IoT & SIM Connectivity Blog

Do I Need a SIM Management Portal?

nick.lockley@betterm2m.com (Nick Lockley) — Fri, 24 Sep 2021 16:03:19 GMT

Whatever sector you work within, if you deploy mobile or Internet of Things (IoT) devices, you’ll have a barrage of SIMs at your command. They may just be traditional mobile phone SIM repurposed to your needs. Or you might be working with a range of machine to machine (M2M) SIM for global, European, or straight IoT use. But as your business onboards more devices, keeping track of data, usage, and even location can become problematic. That’s where a SIM management portal can come into its own.

Do I Need a SIM Management Portal for My Business?

What is a SIM management portal?

A SIM management portal is a digital platform created to allow for the smooth and integrated management of all of your organisation’s SIM cards. They’ve been designed to enable not just the tracking of SIM, and the monitoring of their use. But access to the data they are collecting in real time, from anywhere. As well as the redistribution of assets, helping you to control your budget in a way previously unavailable. If, for example, one of your devices has used very little data, you can transfer its remaining data allowance to another, busier application. Allowing you to continue working without incurring additional costs.

A SIM management portal also provides one-stop access to contract management, device security protocols, and device [de]activation. Essentially bringing clarity to your organisation’s tech infrastructure.

Who would benefit from a SIM management portal?

Basically, any business that relies upon SIM-connected devices. From logistics and taxi enterprises, to security and industry . Whether you use SIM to track assets or collect data, a SIM management portal can help you stay in control of your devices and your data.

Are there any drawbacks to using a SIM management portal?

The only risk associated with portal adoption is choosing the wrong provider for your needs. Some portals have limited use across device function and network. Others simply aren’t cost effective. Our leading IoT Platform, BetterConnect , provides everything you need to access and manage your IoT devices. With a range of scalable prices according to your business’ requirements, we can help you find the best solution for you.

As IoT devices become an increasingly important part of the business landscape, the demand for simple SIM management has grown. For those organisations wanting to maximise productivity and efficiency, a SIM management portal has become an integral part of their business ecosystem.

Get in touch with BetterM2M to request a free demo SIM and discuss your SIM management needs.

How M2M SIMs Are Driving the Smart Buildings Movement

nick.lockley@betterm2m.com (Nick Lockley) — Thu, 16 Sep 2021 08:47:54 GMT

Smart buildings are becoming increasingly important in a sustainably aware society. With the growing pressure to reduce energy consumption and waste, simple ways to monitor and control the built environment are becoming ever-more essential. New builds are being created with this in mind – both for residential and business properties. While technology has evolved to allow older, even heritage buildings, to be retrofitted with devices enabling the spaces to be used more efficiently, for a reduced carbon footprint. But without M2M SIM , this process would be far more invasive and expensive.

The Role of M2M SIM in the Smart Buildings Movement

What are smart buildings?

A smart building is defined by its use of technology to facilitate the creation of the most comfortable and safe working and/or living environment. While ensuring that resources are used as effectively as possible. This can include climate control, distribution of resources, smart maintenance, and predictive maintenance.

How do smart buildings work?

The smart building infrastructure is facilitated by sensors. Tiny sensors are deployed throughout the building to collect and feedback various data points. This can range from building occupancy to individual room temperature, and water consumption. These data points are then fed back to a central control point. Depending upon individual user settings, the data can be used to either automatically manage the building’s environment and maintenance routines through AI (artificial intelligence). Or provide managers with the information they need to initiate any required changes.

How is the data transferred?

The real beauty and benefit of smart building management in the age of the Internet of Things (IoT) is that all of this data gathering and transfer can be done without any structural intervention. Sensors are now powered by tiny, super long-life batteries. And can transfer data via either a standard internet connection, or through the use of M2M SIM. This means that the sensors can be used almost anywhere, to gather almost any kind of data. Because there is no need for structural integration, the sensors can be deployed at a far reduced cost. And they can work without reference to any legacy systems.

What’s the benefit of smart buildings?

Smart buildings are beneficial for all kinds of reasons. Sustainability is a primary reason for building smart technology into your building’s infrastructure. But it can also help to reduce expense, as resources are only used where they are needed. It can enhance productivity, as workers are more comfortable, healthier, and happier with their working conditions. Smart sensors can provide a watertight record of compliance adherence – whether for specific issues, such as Covid-19, or broader health and safety compliance. And you can benefit from reduced downtime, as predictive maintenance helps to prevent problems before they occur.

With smart sensors and M2M SIM, any building can now become a smart building. Data can be gathered and transmitted from any location. Allowing managers to take control of their assets – and provide the best experiences for their people – wherever they are in the world.

If you’re looking for more information about M2M SIM for smart buildings – or any other application – get in touch with Better M2M today.

What is Cellular Bonding and Does My Business Need It?

nick.lockley@betterm2m.com (Nick Lockley) — Wed, 25 Aug 2021 15:41:16 GMT

There seems to be endless options these days, when it comes to connectivity. But if your business relies upon the live streaming of data, especially video content, cellular bonding has become the go-to solution. But what exactly is cellular bonding? And how could it be of benefit to your business?

What Do You Need to know About Cellular Bonding?

What is cellular bonding?

Cellular bonding is the process in which two or more cellular modems are intelligently combined to enable the user to exploit the combined bandwidth.

The benefit this process brings is optimised performance. With the ability to rapidly connect and achieve high connection speeds in almost any location, you never need to worry about losing your signal at an integral moment. A cellular router is the best way to ensure connectivity where fixed line facilities aren’t available.

Where might cellular bonding be beneficial?

Cellular bonding devices are being deployed in a wide range of sectors and services. One of the most common reasons for adoption is video production, frequently for live news streaming and other outdoor broadcasts. But like M2M SIM communication, the potential applications are significantly broader. And range from medical use whereby first responders can relay crucial information, to Wi-Fi provision on public transport, and the transmitting of data from security systems.

Does my business need a cellular bonding router?

Well, the easiest way to answer that is with another question. Is wireless video transmission integral to your business? If yes, then cellular bonding tech can be a good investment. Equally so, if you need to ensure connectivity for a large amount of data where a wired connection is not always available, whether for a high number of users, or larger file sizes.

Using a cellular bonded router can be significantly more cost-effective than wired solutions. The technology is usually easily transportable. It guarantees the best possible connection in any given location. And it’s an easily scalable solution that can simply grow with your business’ needs.

Finding the best connectivity solutions for your business isn’t always easy. Cellular bonding is just one of the growing list of options. But it can be invaluable when fixed line networks fail to provide the connectivity you need, when you need it.

If you’d like advice on the best connectivity solutions for your business, get in touch with Better M2M .

Can the IoT Improve Your Customer Experience?

nick.lockley@betterm2m.com (Nick Lockley) — Wed, 11 Aug 2021 09:59:32 GMT

If there has been one key business term of the last five years, it has to be ‘customer experience’ (CX). It’s not just about providing a decent level of service that won’t see your customers turning to social media to vent. It’s about going the extra mile. Enhancing your processes and systems to remove any pain points, smoothing the customer journey, and turning customers into brand ambassadors.

With its emphasis on remote and automated processes, the Internet of Things (IoT) seems an unlikely tool in the championing of CX. But it has more to offer than you might expect.

Six Ways the IoT Can Help Improve Your Customer Experience

1. Experience personalisation

Communication personalisation has been around for a while. A sales email full of irrelevant products is going to achieve nothing more than irritation. But the IoT can take personalisation to the next level. Few stores use it yet – possibly with the exception of Amazon – but with the IoT, it’s possible to link rewards cards, so that customers can receive tailored offers whenever they entre a bricks and mortar store. Sensors can be deployed to gauge the interest of certain customer types in certain products. And when working digitally, you can use the IoT to monitor customer interests and guide them to new, relevant products and experiences.

2. Real time strategy input

Data has become one of businesses most valuable assets in recent years. And that’s mainly due to the machine-to-machine communication (M2M) and the IoT. Because although businesses have been able to gather vast swathes of data for decades, most of it has been unusable. Simply because the gathering is the easy part, it’s the extracting and analysing that takes time. With the IoT and M2M communication, vital data can be extrapolated and reported in real time. Whether it relates to monitoring fraudulent activity, tracking shipments, or easing points of friction for customers.

3. Inventory management

You can provide the best customer service in the world, but it counts for nothing if you can’t also supply the products your customers need. From cold chain management to automating order processes, with the IoT, smart sensors and M2M SIM, you ensure that your inventory remains healthy and accurate. And that you remain informed and in control.

4. Customer feedback management

Have you ever had that thing, where you’ve been so incensed by a lack of service, or a failed product that you’ve felt compelled to complain? And then been even more incensed that your complaint hasn’t been responded to? And you’ve moved from being a perfectly average customer, to an ex-customer with a grudge in moments. The thing is, that most poorly handled customer complaints come down to the mishandling of feedback. A complaint is made, but never seen. With the power to create keyword alerts, the IoT makes customer retention – and recovery – significantly easier. Meaning that you need never talkdown a Facebook diatribe again.

5. Improved security

For any business with a digital presence, security must be of paramount importance. And the IoT is powering some of the most advanced security protocols. If you’re providing an IoT-based service – surveillance monitoring, building management sensors, managed cold chain systems – then M2M SIM have the potential to deliver the securest network connection available. Then there’s the potential to employ IoT-enabled biometric sensors and IDs for verification. And there is real-time monitoring available, to ensure that security threats are picked up – and dealt with – as they happen.

6. Environmental enhancement

If you run a business that welcomes customers on site, your physical environment can significantly impact the time that your customers spend with you. And consequently, their likelihood to spend cash. Too hot, too cold, too dark, too bright, and customers are unlikely to linger. Using smart sensors – connected via M2M SIM – to monitor and manage your environment can reduce overheads through unnecessary heating or cooling expenditure, while creating the optimal environment for your customers. They can also be employed to ensure that your cleaning protocols are being adequately observed. While proximity sensors can help to ensure that customers feel safe when on site.

The potential of the IoT is only just being uncovered. For businesses working to optimise their customer experience, it has the potential to be a significant asset.

If you’d like to learn more about using M2M SIM to connect IoT devices, get in touch with better M2M today.

The Most Common Uses for an M2M SIM

nick.lockley@betterm2m.com (Nick Lockley) — Mon, 02 Aug 2021 15:33:08 GMT

Machine to machine (M2M) communication has become more or less common practice in business today. It is used across sectors for endless purposes. Some of which rely on the use of M2M SIM for continuous functionality.

The beauty of M2M SIM is that they’ve been designed specifically for business use. They’re more durable, can withstand significant temperature fluctuations and rough handling, and they can latch on to the strongest available network at any given time. And because M2M SIM were created for business, they’re also simpler to configure and to manage than traditional SIM, allowing businesses to securely access their data from a central hub, and to redistribute data allowance for the most cost-effective communication solution.

But while M2M SIM can be deployed with great benefit in any M2M device, there are certain sectors where they provide the only viable form of connectivity. So, where are M2M SIMs most commonly used? And what benefits do they bring there?

The Five Most Common Purposes for M2M SIM Deployment

1. Fleet vehicle tracking and GPS

There are various reasons why M2M SIM can benefit in the management of fleet vehicles. They range from simple GPS and the tracking of assets, to monitoring driver behaviour. With data-driven insurance a genuine prospect of the near future , it’s becoming increasingly important that fleet managers have the power to identify and correct potentially damaging behaviours. While the ability to locate vehicles not only acts as a valuable security feature, but has the power to dramatically enhance customer service and the customer experience.

2. Logistics

As well as vehicle tracking, in logistics M2M SIM can also work with other Internet of Things (IoT) devices . This allows for real-time information transfer and – potentially – control over previously difficult to handle variables. Cold chain management. Compliance and reporting. Smart routing and rerouting. And security. These are all areas that have the capacity to incur losses for a logistics company. With real-time smart monitoring and reporting, you have the power to prevent issues and reduce their impact.

3. Security

It’s arguable that most CCTV and smart security systems can be connected to the internet via Wi-Fi. But M2M SIM have benefits here too. To start with, they provide more flexibility when it comes to siting. Then there is the issue of connectivity – if there is a power outage Wi-Fi fails. M2M SIM will always connect to the strongest available signal, meaning that it’s extremely rare for connectivity to be disrupted. And M2M SIM are more secure. They’re more difficult to break into. And they can be set up to work with VPNs (Virtual Private Networks), which means that all data sent from your device is encrypted. More than once.

4. Industry

Although in most industrial settings Wi-Fi is readily available, where there is heat, or cold, or significant movement – including the vibrations of heavy machinery – it is easy for standard wireless tech to be damaged. This is where the durable build of M2M SIM comes into its own. There are different types of M2M SIM for different sectors. But M2M SIM for industry have a temperature tolerance range of between -40°C and 105°C. They are also generally more suited for the rigours of an industrial setting.

5. Smart monitoring

Smart monitoring refers to a multitude of potential applications. It could be for traffic or air pollution monitoring and management in smart cities. It could be for buildings management – is the temperature of this office comfortable? How much energy is being used in this complex? Is it necessary? Has this pipe passed enough water to make legionella flushing unnecessary? Or it could be for warehouse management, smart home solutions, or for agricultural purposes. Whatever the use, smart monitoring is one of the fastest growing technical developments of the last decade. And M2M SIM make it possible.

The reason M2M SIM have become so integral to contemporary business is that they provide the flexible connectivity necessary to drive endless industrial and business processes. In a world where data is more valuable than ever before, M2M SIM provide the key to seamless and secure connectivity.

Are you interested in M2M SIM deployment for your business? Request your free Better M2M demo SIM today.

How Do M2M SIM Cards Work?

nick.lockley@betterm2m.com (Nick Lockley) — Thu, 15 Jul 2021 13:25:18 GMT

Anyone who has ever owned a mobile phone will have at least a sketchy idea of what a SIM card is. It’s the part that enables devices to communicate. And to save important data. In mobile phones, this means things like contact details, and message contents. Without a SIM card, most phones are little more than pretty shells. And the technology behind the SIM is versatile, allowing it to be used in multiple devices for numerous applications. Hence its widespread adoption throughout the business and industrial ecosystem.

But while standard SIM cards do have their uses in business, the technology has evolved further, leading to the development of M2M SIM. So, what does that mean? And how do M2M SIM work?

M2M SIM Cards – What You Need to Know for Your Business

What are M2M SIM for?

Developed specifically for machine to machine (M2M) communication, M2M SIM facilitate the collection and transfer of data in a wide range of devices and scenarios. Ideal for the age of the Internet of Things (IoT), where smart devices are reducing the need for human intervention across a range of processes and applications, M2M SIM have become integral across sectors.

How does an M2M SIM card work?

The core of the M2M SIM is the same as the traditional SIM. It is basically a form of device or user identification. But the functionality of M2M SIM cards is different. Although voice services are available, most M2M SIM are used for text-based communication. This includes the sending and receiving of vast amounts of data, where required. And they do this through a reduced data rate… Which probably sounds like a negative thing, but in reality, equates to a lower consumption of cellular data and power for each interaction. Making M2M SIM more efficient for data heavy processes.

M2M SIM cards also carry additional functionality. Including card management. So, if your company is using a network of cards, you can distribute the data allowance where it is needed most, avoiding unnecessary cost.

What are the benefits of using M2M SIM cards?

While most machine to machine communication can be conducted via traditional SIM, there are numerous benefits of working with dedicated M2M SIM cards.

Network surfing

A key advantage of M2M SIM is that your devices are rarely left without coverage because they have the ability shift between different cellular networks. And it’s this that makes them so useful within the PHV and taxi sector , as well as transport and logistics . Assets are highly unlikely to drop off the radar because they have infinite roaming potential.

Security

The security of M2M SIM will always depend upon your provider. But the SIMs were designed with security in mind. The right provider will afford a private APN (Access Point Name) accessed through a VPN (Virtual Private Network) for your SIM communication. This guarantees that you always have a secure tunnel for data transfer, preventing unauthorised data access.

Durability

M2M SIM were originally developed for industry, where they could be reliably used in a variety of environments. This meant that they needed to be stronger than the original SIM cards. M2M SIM can withstand extremes of temperature and movement. They can be used indoors or out. And they can be used for long periods without detrimental effect.

Remote accessibility

Wherever in the world the device you are monitoring is based, with M2M SIM you have remote access to its data. You’ll need an app and the IP address entry point, but it puts you in control of all of your assets from any distance. Reducing the need for boots on the ground.

Scalability

M2M SIM were created for scalability. Once you’ve done the groundwork, implementing M2M SIM within your business infrastructure, networks can be added to or changed relatively easily. So, the SIM are there to meet your business needs, as you need them.

M2M SIM are not fundamental to the efficient management of a business or its assets. But they are very beneficial. As seamless communication and data gathering increase in importance and business performance, M2M SIM have the potential to make business smarter. And a whole range of sectors have already discovered the advantages they can bring.

Interested in finding the best M2M SIM for your business? Get in touch .

What’s the Difference Between Telematics and Vehicle Tracking?

nick.lockley@betterm2m.com (Nick Lockley) — Wed, 30 Jun 2021 11:59:48 GMT

Telematics and vehicle tracking are often used interchangeably. But for a business, the system you employ can make all the difference. At Better M2M, we supply M2M SIM cards for both vehicle tracking and telematics systems , but how do you know what is going to bring the most benefit to your business?

What’s the Difference Between Vehicle Tracking and Telematics?

What is telematics?

Telematics is the overall umbrella term used for the technology and telecommunications systems available for the vehicle and transport industries. It covers the management of a full remit of technological tools, including:

· Global positioning systems (GPS)

· Engine diagnostics

· Driver behaviour – gathered through sensors

· Vehicle activity

It can be used for individual vehicles, or – more commonly – as part of fleet management.

On the other hand, vehicle tracking typically refers to the GPS element of telematics, deployed for fleet management.

How does telematics work?

The technology used within a telematics system gathers data from a wide range of sources. Sensors can detect everything from the opening of doors, aggressive acceleration, and poor control when navigating corners, to odometer readings and fuel use. The data is then stored within the onboard telematics device before being transmitted to the fleet manager’s data hub for analysis.

Depending on the data transfer system you use, the information can be transmitted in real time. Reputable M2M SIM providers deliver a private APN (Access Point Name) accessed through a VPN (Virtual Private Network), which allows the rapid and secure transfer of data from almost anywhere.

What are the main benefits of using a telematics system over a vehicle tracking system?

In short, telematics can provide fleet managers with more information and more control. In many cases, vehicle tracking is all that a business needs. But with telematics, you have the information to manage individual drivers, helping to improve customer service and reduce overheads.

If you know exactly where every vehicle is, you can give your customers precise delivery and collection windows. With driver behaviour data, you can take steps to correct undesirable traits, from speeding to unnecessary fuel spend – this is at the heart of what’s making true data-driven insurance a reality . With telematics, driver safety and cargo security are also enhanced. And with a wealth of data at your fingertips, you have incontrovertible proof of compliance across the board.

Where can telematics systems be deployed?

Telematics systems are compact and customisable. So, they can be used on almost any vehicle. From cars, to buses, HGVs, and even construction vehicles, if required.

The main difference between vehicle tracking systems and telematics is versatility. Vehicle tracking can be incredibly useful. It’s smart tech that does exactly as the name implies. Telematics simply does more. Helping to aid productivity, correct behaviour, make real cost-savings, manage maintenance, and ensure compliance. Both systems have their audience. And they can both benefit from the use of high quality M2M SIM.

Get in touch to find out more about the best M2M SIM for your vehicle tracking or telematics system, and to claim your free demo SIM .

How Could Global Roaming M2M SIM Cards Benefit Your Business?

nick.lockley@betterm2m.com (Nick Lockley) — Thu, 17 Jun 2021 10:31:07 GMT

As the Internet of Things (IoT) advances and more and more smart machines and technology come on to the market, there is an increasing need for reliable connectivity. Understanding how to achieve the best network coverage for all of your devices can make the difference between a merely functional and a highly productive business infrastructure. And that’s where global roaming M2M SIM cards can come into play.

How Global Roaming M2M SIM Cards Could Benefit Your Business

What is a global roaming M2M SIM card?

Global roaming M2M SIM cards are designed specifically for your M2M devices. Working in everything from mobile cold chain monitors to security systems and remote industrial machinery, they provide constant connectivity by seamlessly switching between tier one carriers as the situation demands. As the name implies, they work globally. Our SIM provide coverage in more than 200 countries, gaining access to more than 800 networks.

What are the benefits of using global roaming M2M SIM cards?

Uninterrupted connectivity is the primary advantage that global roaming M2M SIM cards can deliver. However, they do offer other gains too.

Cost efficiencies

Global roaming M2M SIM are designed for control. This doesn’t just mean control of your data, but control of your costs too. If used to transmit raw data, you can pay per transmission, rather than the amount of data you use. And with the Better M2M Management Portal, you can transfer data allowances between the SIMs within your account. Avoiding overspend, and maximising the value of your investment. You are also protected against typically high-cost international roaming fees.

Security

M2M SIM are designed with enhanced security features, helping to protect your data, no matter how sensitive it may be. And if, like Better M2M, your provider delivers a private APN (Access Point Name) accessed through a VPN (Virtual Private Network), you gain a secure tunnel for data transfer. This prevents any unauthorised access.

Functionality

All M2M SIM are designed for business. This means that they have a more robust build quality. Ensuring compatibility in as many environments as possible. From industrial and agricultural settings, to clinical.

Simple Management

While the gathering of data might be a relatively easy task, accessing and controlling it can be more difficult. Your Better M2M Management Portal gives you complete control over your devices, wherever in the world they happen to be.

Broad application potential

Global roaming M2M SIM cards provide the best connectivity in a huge number of arenas, including: remote monitoring, system automation, robotics, manufacturing, meteorological surveying, vehicle tracking and logistics , security, shipping, and telecoms.

If your business relies upon the transmission of data from external sources, particularly devices based in other countries, or placed within moving assets, global roaming M2M SIM cards are the best option for securing interruption-free connectivity. Gain control of your remote devices with global roaming M2M SIM cards.

Get in touch with Better M2M to discuss how we can better support your business.

What is an Intelligent Network – And How Could it Help Your Business?

nick.lockley@betterm2m.com (Nick Lockley) — Thu, 20 May 2021 13:49:16 GMT

The communications sector is constantly evolving. There always seems to be something new for businesses to consider. So, it can be difficult to know what is right for your business, and what is just a passing fad. Intelligent networks offer advanced technical services for the simplification and enhancement of communication and connectivity. That’s why they are being adopted by so many businesses. But how can you tell if it’s the right option for you?

An Overview of Intelligent Networks

What is an intelligent network?

An Intelligent Network (IN) is a telephone network architecture devised to deliver increased service management control. The service logic and switching facilities are located separately, allowing for the changing or increasing of services without the need to redesign switching equipment.

An IN can enable a variety of additional features to be added to a particular network, from call queuing and call transfer, to Universal Personal Telecommunications services.

How an intelligent network could benefit your business

Intelligent networks offer a whole range of potential benefits to businesses. They can help maximise profit. And minimise disruption. Here are some of the key ways that an intelligent network could help you.

Simple service onboarding

One of the greatest deterrents to upgrading systems or implementing new services is the disruption to legacy systems, and expense it can engender. Because intelligent networks can be added to or revised without any form of physical intervention, future modification is completely painless. And extremely quick to implement.

Customisable service

Finding the right network plan for your business can be difficult. A basic package may not be enough for your needs. But all the bells and whistles can be both expensive and unnecessary. With an intelligent network, you can simply select the services that are appropriate to your requirements. Not every business needs an overseas MMS service, call screening, or a home area discount. With an intelligent network, you get to choose what’s important.

Better connectivity

An intelligent network architecture delivers greater stability of connectivity. This means that your business is less likely to experience lost revenue though the failure of payment terminals. Or through poor customer experience.

Greater security

Autonomous networking allows for procedures to be set in place to enhance the security of an intelligent network – and all the data that passes through it. Through the integration of the Internet of Things (IoT) and artificial intelligence (AI), processes can be easily implemented to automatically detect and remove anomalous activity.

Intelligent networks are being adopted by an ever-growing number of businesses globally. Because they simplify a previously complicated system. Offering almost infinite scalability, and the potential for ongoing evolution.

Order a demo SIM from Better M2M today.

How the IoT is Driving Sustainability in Business

nick.lockley@betterm2m.com (Nick Lockley) — Wed, 12 May 2021 09:48:19 GMT

Sustainability has become increasingly important to businesses in recent years. Not only are there governmental pressures, encouraging businesses to help meet national and global sustainability targets. But when it comes to brand differentiation, sustainability also plays a significant role. For the most part, consumers are looking for responsible businesses to work with. And if a company is seen to be behaving carelessly, customers will vote with their feet. The difficulty has always been in finding efficient, cost-effective means to make green changes. The Internet of Things (IoT) is changing that.

How the IoT can Help Make Your Business Greener

Climate control

Every year, millions of tonnes of carbon are used correcting inefficient HVAC systems. Heating, ventilation, and air conditioning represent one of the largest overheads for many businesses. Working environment – including temperature – is also one of the most influential factors when it comes to employee productivity. And yet many still get it wrong. Windows are opened in overheated rooms while the thermostat remains untouched. Plug-in heaters are brought in because there is no manual override to stop fans and air conditioning units that are programmed to operate until a fixed point in the calendar. With the application of smart sensors, connected by M2M SIM , the IoT allows building managers complete climate control. If a room or part of a building is unused for a period, HVAC systems can be set to minimum. If a warm or cold front is forecast, office climate can be proactively managed. Preventing excess energy consumption, and limiting costs.

Reduced travel

Imagine a scenario where remote data needs to be collected on a regular basis. Whether an energy company sending hundreds of workers from to home, travelling untold distances each day, or oil and gas companies performing vital checks to ensure that there are no leaks at diverse locations. Machine to machine (M2M) communication lessens the need for that travel. Not only sending through the relevant metrics, but providing operational data, alerts when components need replacing, and providing a compliance audit trail.

Waste reduction

Waste happens in business for a whole raft of reasons. Some, compliance based. Such as the necessary flushing of pipework to prevent the likes of legionella and other bacteria taking hold. Others, the products of poor storage, or undetected environmental failures. Such as freezer vehicle breakdown. In both cold chain management and compliance, IoT tech allows for constant monitoring. With real time data, managers can see if enough water or the right temperature has passed through any given tap in any particular timeframe. They can see if the environment of a warehouse or vehicle is rising above the requisite temperature. Water companies can accurately monitor whole sections of pipework for leaks. And they can take the appropriate action. Preventing unnecessary waste.

Smart management

In our cities, perhaps more than anywhere else, there is the potential to achieve real sustainability gains through the IoT. Smart cities employ the IoT for all kinds of functions, from traffic management to security. And a significant part of that is the administration of our streets – when does street lighting need to be deployed? How much CO2, NO2 and atmospheric dust are in the local atmosphere at any given time? When does action need to be taken to manage it? All of these principles can be adopted and adapted for the business environment.

The IoT is still in its early days. And the potential for the application of smart monitoring technology for sustainability practices is still being explored. But there is no denying that the potential is there. And it could prove to be the most easily adopted and effective option for a whole range of sectors.

If you’re looking for the best M2M SIM to connect your IoT solutions, get in touch to claim your free demo SIM , and find out how Better M2M can help.

The Challenges of IoT Integration and How to Address Them

nick.lockley@betterm2m.com (Nick Lockley) — Thu, 15 Apr 2021 11:48:15 GMT

Everywhere you look at the moment, you’ll see people extolling the virtues of Internet of Things (IoT) adoption. But as attractive as the theory sounds, you’ll know from past experience that no new tech integration comes without challenges. And this can be a significant deterrent. So, today we’re going to be looking at some of the potential challenges associated with IoT integration, and the best ways to confront them.

Three Common Challenges of IoT Integration

Compatibility and interoperability

The integration of IoT tech with legacy systems has been one of the greatest issues for businesses. And has arguably slowed the uptake of the new tech in many instances. Often necessitating the temporary decommissioning of equipment while devices have been physically embedded within machines. A costly procedure than ran the risk compromising the future performance of the equipment.

A lot has changed very quickly in IoT tech. With the Covid-19 pandemic massively accelerating development . Now, in a huge number of areas, IoT devices have shrunk. Many are no larger than a postage stamp. And they can function without any legacy disruption. Operating wirelessly, with long-life batteries, they don’t even need to be worked into your energy system. It’s quick, fuss-free, and removes all compatibility and interoperability concerns.

Security

Security has become one of the greatest priorities for businesses in recent years. With hacking producing endless security breaches and bad news stories across sectors, putting more data online through IoT and machine to machine (M2M) communication can feel like an unnecessary risk. And that’s totally understandable. But there are multiple ways in which you can mitigate that risk.

· To start with, you can ensure that you’re working with a secure network. All of the traditional endpoint security features remain valid. So, antivirus, firewalls, intrusion prevention and detection systems, and anti-malware should all be in place.

· Use IoT data encryption to further protect all of the information passing between devices throughout your organisation.

· Only employ M2M SIM cards . Created specifically for M2M communication, these SIM are designed with additional built-in security features, with many providing a private APN (Access Point Name) accessed through a VPN (Virtual Private Network) to ensure that you have a secure tunnel for data transfer. This prevents any unauthorised data access.

· You can also select IoT devices that allow for the implementation of user management features, such as two-factor authentication, biometrics, and digital certificates.

Connectivity

For roaming and field IoT devices – perhaps those used in the logistics sector, or for the capturing of weather data – a major issue is the lack of connectivity. The internet isn’t yet everywhere. This can render IoT devices useless. Leaving blanks in data and preventing the accurate tracking of assets.

But this is another area that can be remedied with the use of M2M SIM. Unlike traditional SIM cards, M2M SIM are designed to tether onto the strongest available network at any given time. Regardless of its origin. This means that if there is even the smallest signal to be had, your data can still be sent and received.

The IoT – and its applications – is in a constant state of evolution right now. It’s getting better, faster, with a broader remit and simpler interface. System integration still presents problems and expense. But it also presents massive opportunity. And it’s now considerably easier to take advantage of that opportunity if you select your IoT tech and connectivity systems wisely.

Get in touch to find out more about how M2M SIM can enhance your IoT integration.

The IoT and Cold Chain Management

nick.lockley@betterm2m.com (Nick Lockley) — Wed, 24 Mar 2021 12:44:28 GMT

Cold chain management has always been an area of logistical concern for businesses. Shipping and storing goods that must be maintained at a prescribed temperature is difficult for numerous reasons. Packaging failure, hardware failure, employee error, vehicle malfunction, and poor handling can lead to scenarios where whole consignments, or even whole warehouses of goods become not fit for purpose. The Internet of Things (IoT) can provide a simple and scalable solution.

Cold Chain Management IoT Solutions

What IoT solutions are available for cold chain management?

IoT tech helps to remove the potential problems associated with cold chain management through the application of sensors that can be used to monitor and manage the storage environment. Whether static or mobile.

Employing wireless communication – often powered by M2M SIM – these sensors send alerts to managers and drivers when any potential problems are detected. Whether fluctuating temperatures, power issues, or a problem with the seals on the storage containers. This allows for corrective action to be taken before products are adversely affected.

What are the benefits of IoT enabled cold chain management?

The primary benefit of employing IoT tech within your cold chain management is obviously reducing loss. But there are additional advantages that enhance the value proposition of any potential investment.

· You can automatically capture critical temperature data, providing an indisputable audit trail, should customers have concerns about their products. If you can show that any fault definitely didn’t happen in your storage environment or throughout transportation, they’ll need to look into their own practices before taking action.

· With all historical data saved, you can track changes and identify points of vulnerability within your cold chain system.

· Compliance monitoring also becomes simpler, as the devices monitor all processes throughout the cold chain.

· And you have access to exact data on the whereabouts and condition of your goods at all times. This allows for precise customer updates and the potential for contingencies should delays or errors occur.

How can IoT cold chain devices be implemented?

IoT cold chain monitoring is cost-effective and easy to install, with many of the latest systems working wirelessly with very long-life batteries. The newer sensors can simply be strategically placed within a storage environment, without the need for any equipment integration, and without causing any disruption to legacy technology. With some the size of postage stamps, they will make no impact on the physical space. The only work that needs to be undertaken, is the calibration of the sensors to the needs of your particular business. And in most cases, your provider will manage that for you.

Cold chain management has been under a lot of scrutiny recently. Partly due to the imperative for transporting vast supplies of the Covid-19 vaccine. And partly as the focus on food waste intensifies. Whether you’re working within the medical supplies or food sectors, IoT solutions can radically transform your cold chain management.

If you would like more information about the use of M2M SIM in cold chine management, please get in touch .

How IoT Solutions Can Speed Up Retail

nick.lockley@betterm2m.com (Nick Lockley) — Wed, 24 Mar 2021 12:40:01 GMT

When you think of Internet of Things (IoT) tech, retail isn’t usually the first arena that springs to mind. But already playing a significant part in supply chain modernisation, it has real potential in the broader retail space. Both for bricks and mortar and digital propositions.

How the IoT can Bring Efficiencies to the Retail Sector

Smarter warehouse management

Anyone who has ever worked in retail will recognise the following scenario. You have a customer looking for product X. They’re in your store because they’ve either carried out an online stock check or they have called ahead and been told that the computer says that you have stock. But when they get there, product X is nowhere to be found. Smart warehouse sensors can help to prevent this. Able to assess the height and weight of pallets and extrapolate content from that, sensors can trigger alerts when stock is falling low. They can provide warnings should products be inaccurately stored. And if goods are removed from the warehouse without due authority. Give exacting details of product locations. And they can monitor and correct storage conditions – both in transit and on site, with the use of M2M SIM to guarantee constant connectivity – helping to prevent unnecessary waste.

Customer experience enhancement

Customer experience (CX) has become a primary focus for all retailers. IoT tech has the ability to significantly build CX in number of different ways.

· Tracking consumer habits, so you have the power to second-guess your customer’s needs.

· Delivering real-time feedback, so whether customers are shopping instore or online, they have the ability to provide instant feedback on their experience. And suggest points of improvement.

· Conflict resolution, through the application of intelligent automation. The IoT allows for issues to be resolved instantly, 24 hours a day. Often without input from a human employee.

· Personalised communication, ensuring relevance and increasing both sales and satisfaction.

Security

Whether you’re talking about enhanced digital protocols to protect customers, or the installation of sensors to track warehouse access or stock movement, security is one of the primary contemporary concerns in retail. The IoT can provide both a safer digital environment and a more secure physical environment.

Automation

OK, so we’re not yet at the stage where we might be considering the onboarding of service drones at the local supermarket. But automation can help throughout the retail sector. From managing inventory to monitoring cleaning regimes.

Risk mitigation

No one wants a customer or staff member to be injured in their store. With IoT sensors, spillages and trip hazards can be reported as they happen.

Asset management

In 2012, one Tesco store reported the theft of almost 500 shopping baskets . And according to figures published by DEFRA , 10,000 shopping trolleys are stolen every year. At a cost of between £80 and £130 each, that’s a significant loss for any business. The IoT can help with all kinds of asset management and tracking. From shopping trolleys to scanners, tablets, and vehicles. If you want to know where your assets are and what they’re being used for, the IoT can help.

The remit of the IoT in retail is only just beginning to be explored. Right now, it has the potential to deliver efficiencies, cost savings, improved security, and enhanced CX. But the consensus is that that is just the beginning. With the IoT and machine to machine (M2M) communication, powered by M2M SIM , there is the potential for a wholesale reinvention of the retail space.

If you’d like more information about the best M2M SIM for your retail business, contact Better M2M today.

Three Tips for Successful IoT Adoption for Industry

nick.lockley@betterm2m.com (Nick Lockley) — Mon, 08 Mar 2021 17:39:17 GMT

With process automation, industry has been using the Internet of Things (IoT) for decades. Arguably, even before the IoT as an entity had really been created. Machines were calibrated to respond to each other, triggering alerts if measurements needed adjusting, or instruments needed correcting.

T oday, the IoT is capable of doing so much more than that, and yet many sectors of industry have held back on further adoption. This is partly because current systems work… But there’s always room for improvement.

The adoption of IoT technologies holds significant potential for industry, in terms of productivity, cost savings and efficiency. Here are a few ways that your business might benefit from IoT integration.

Three Things to Consider for Successful IoT Adoption for Industry

External sensors

One of the main reasons why IoT tech has not been widely embraced in industry is because it was invasive, and therefore expensive. Until very recently, sensors would need to be embedded within equipment to accurately work. This would mean considerable disruption and expense. New sensors are smaller – some no bigger than a postage stamp – lighter and can work from the peripheries. With long life battery power and wireless connectivity, system integration becomes entirely painless. And considerably cheaper to manage.

Shadow sensors

IoT evolution has meant that tech adoption has often been patchy. In those organisations where IoT integration has taken place, there are usually gaps, where the investment has been in essential areas, leaving less vital operations – such as analytics – to be performed manually. Advancing tech means that businesses can now employ shadow sensors to support their existing infrastructure without legacy disruption. Measuring metrics and providing data far more efficiently and cost effectively than human workers are able.

Field expansion

Likewise, smaller, more cost-effective sensors allow for the expansion of industrial IoT systems. With the use of M2M SIMs , industry now has the potential to quickly and simply gather data from field projects without the deployment of field workers. While central operations may have already been partially automated, field operations are often left to manpower. This is because until recently, the technology was too big and too expensive to leave in the field, particularly for non-critical operations. Wired or tethered connectivity also limited functionality. Today’s tech makes this expansion not only possible, but profitable.

The basic remit of the IoT in industry is the streamlining and simplification of time-hungry tasks. You’ve already seen how it can increase accuracy and productivity in the automation of many machine processes. But now, it can reduce the time and money spent in the field. It can provide instant data on almost anything, anywhere. It can remove wasteful processes, and it can empower decision making. And it can do all of that without necessitating major operational disturbance. IoT for industry is an area that is evolving by the day. And its potential is becoming limitless.

If you would like more information about how M2M SIMs can be used to enhance your IoT performance, contact Better M2M today.

The IoT and Telematics in the Logistics Sector

nick.lockley@betterm2m.com (Nick Lockley) — Wed, 17 Feb 2021 10:40:01 GMT

The logistics and transport sectors have undergone a tremendous digital transformation in the course of the last decade. The Internet of Things (IoT) has played an integral role, reinventing supply chain procedures, providing real-time data and analytics, powering predictive maintenance, and improving operational efficiency. And, of course, it has facilitated the growth of telematics. But what is actually meant by telematics, and how can it further benefit transport and logistics suppliers?

How the IoT and Telematics Can Further Support Transport and Logistics

What is telematics?

Telematics is essentially the IoT technology that deals with the machine-to-machine (M2M) communication, monitoring, tracking, and remote management of vehicles and other mobile resources. In fleet management, it has become industry standard, providing live data on both vehicle and driver performance. It facilitates faster deliveries through painless rerouting, and maximises up time with predictive vehicle maintenance.

All of these advances have rendered enormous benefits for the logistics and transport sectors. But is there more potential for this evolving tech?

Where else can telematics and the IoT support the logistics sector?

The Covid-19 pandemic hasn’t carried many benefits. But it has accelerated IoT developments massively. As more people have been driven to embrace the technology, so the price of products has come down, the infrastructure has increased, and the investment in the whole of the IoT ecosystem has skyrocketed. Consequently, new developments are being announced daily. From thumbnail sized smart sensors for cold storage monitoring, to telehealth.

In logistics, this has meant a number of things:

Further adoption of smart city practices makes it possible to better plan and control supply chain and warehousing infrastructure and movement.

With advanced algorithms and smart data analysis, data-driven insurance has suddenly become a viable option for fleet managers, allowing for informed decision making, policies that actually reflect real driver behaviour, and the potential for businesses to educate drivers and reward positive behaviour changes.

The real-time monitoring of perishable goods when in transit, to reduce losses throughout the supply chain – something that is particularly relevant at a time when the world is orchestrating the large-scale movement of temperature-sensitive vaccines.

Process automation is also very much on the agenda within transport and logistics. The automatic rerouting in response to severe weather warnings or traffic data has the potential to improve customer service and reduce driver stress.

While the data trail provided by all IoT processes can aid in both compliance and reporting.

Looking slightly further forward, the IoT and telematics are also playing a huge part in the development of automated commercial vehicles. They’re not quite ready to be integrated into your feel just yet. But when they do come, the whole face of logistics will change.

How to maximise the efficiency of your IoT and telematics systems

Connectivity is the be-all and end-all of the IoT. Without some form of internet connection, the system unravels. Data cannot be exchanged. Processes cannot be managed. M2M SIM have been devised specifically to overcome these issues. Latching on to the strongest available signal, rather than being tethered to a single network, M2M SIM can keep your vehicles connected wherever they are in the world.

With aggregated data, bespoke tariffs, and value-driven pricing, M2M SIM can provide your business with the flexible connectivity it needs, whenever and wherever it needs it.

The IoT and telematics work together to give transport and logistics businesses more control over their assets. Enhancing resilience and agility. As the technology advances, reactive fleet management will become a thing of the past, as a new proactive logistics sector emerges. And M2M SIM will be silently powering these developments.

Has Covid-19 Accelerated the Development of The IoT?

nick.lockley@betterm2m.com (Nick Lockley) — Mon, 08 Feb 2021 16:33:12 GMT

You don’t need us to tell you that Covid-19 has been disastrous for many areas of business. Across sectors, those that have managed to hang on, have done so through rapid adaptation. In March 2020, new ways of working needed to be onboarded, practically overnight. And in the intervening ten months of almost continual disruption, contingencies have been explored from every angle, with new processes, new tech, and new working practices being adopted everywhere.

Amidst all this change, the Internet of Things (IoT) has cemented its place. Powering remote working, and adding a layer of adaptability to businesses that may otherwise have had little thought of digital integration for many years to come.

But has the pandemic accelerated the development of the IoT as well as its uptake? And where has it been of benefit?

How has Covid-19 increased IoT uptake?

According to the Twilio COVID-19 Digital Engagement Report , the pandemic accelerated digital communications strategies by an average of 6 years globally, and 5.3 years within the UK. With 96% of UK enterprise decision makers believing that the pandemic sped up their company’s digital transformation.

The reasons for this were varied. Of course, necessity drove many decisions. But other stated factors included an increase in available digital budget, faster executive decision making, greater availability of time, and an increased focus on strategy.

Together, these elements have led masses of businesses to invest in digital transformation, implementing schemes that would previously have taken months or years in just a few short weeks. And the digital transformation continues.

So, with IoT adoption quickening, how has it evolved in the last year? And where has it been used?

How has the IoT evolved since the onset of the pandemic?

There are three key areas in which the IoT has advanced.

Application

Largely due to demand, there has been a real focus on IoT enabled devices in the last year. The pandemic has revealed the potential for further IoT application across sectors, from healthcare and track and trace systems, to digital retail enhancement. And developers have responded with a significant influx of new devices and applications.

Cost

Because demand has increased, the cost of IoT devices has markedly fallen. As with almost all sectors, the greater the market, the greater the opportunity – and need – for competitive cost reduction.

Size

Not so long ago, a smart sensor for building management would have been a fairly hefty piece of kit. Today, you can purchase sensors that are little bigger than a single key from a laptop keyboard. And with M2M SIM to power them, there is no need for a largescale connectivity infrastructure, saving businesses both space and money.

Where is the IoT being used now?

The simple answer to that question is, ‘everywhere’. There is hardly a sector now, where the IoT is not being employed in some way. Manufacturing and industrial settings are probably still the greatest beneficiaries of IoT tech, with transport and logistics following closely behind. But the pandemic has pushed other sectors into exploring the possibilities of digital transformation.

Healthcare – From the development of e-health services to remote air pollution monitoring and control, the IoT is enabling a healthcare revolution. And with the ongoing development of Covid-related technology – access point fever sensors, social distancing monitoring equipment – this is likely to continue.

Retail – The IoT has been employed by the large retailers for a while now, working to gather and effectively use customer data. With the pandemic, the emphasis has moved into using the IoT to improve digital services and further integrate them with bricks and mortar stores.

Smart city management – Pollution, security, traffic management, people management, facility tracking. These are all within the reach of the smart city , and can be done, safely, from a distance. With a continued emphasis on sustainability, more cities are adopting this tech.

Building management – Again on the subject of sustainability. With IoT tech, building administrators can monitor and manage energy consumption, reducing costs and emissions while workplaces are not being used, and helping to create a healthy working environment when they are.

Supply chain – Asset tracking, inventory monitoring, condition monitoring, storage management, and ordering. As the pandemic has called for the reduction in the movement of people, so the need for technical transformation has intensified.

2020 was a year of change for most businesses. So far, 2021 has shown that the need to adapt and evolve remains equally pressing. The Internet of Things is providing an important resource in that evolution. M2M SIM cards are providing the fast, reliable, affordable connectivity that makes this progression possible.

To find out more about how M2M SIM can support your business, please contact Better M2M today.

How M2M SIM Cards Can Better Support Industry

nick.lockley@betterm2m.com (Nick Lockley) — Mon, 18 Jan 2021 09:58:49 GMT

Machine to machine (M2M) communication in tandem with the Intent of Things (IoT) has transformed efficiency in vast swathes of business. But nowhere more so than industry. Original equipment manufacturers (OEMs) have been able to automate multiple processes through the creation of self-monitoring adaptive networks with the capacity for data generation and transmission. Resulting in real cost-savings, enhanced productivity, and reduced labour. It’s the pinnacle of interoperability. And yet many OEMs are yet to maximise the potential of M2M. And it’s partly due to lack of understanding.

How Can M2M Devices with M2M SIM Support Efficiencies in Industry

Operational preparedness

For OEMs, production line equipment breakdown is one of the worst-case scenarios. M2M devices allow for constant equipment monitoring. This ensures that any robotics, engineering or basic functionality issues – temperature fluctuations, timeliness – are picked up and reported before they become a serious problem and lead to break down.

And with M2M SIM , communication can take place between devices in practically any location. If your plant is based separately to your offices, you can keep an eye remotely. Something that’s even more beneficial at a time of pandemic.

Supply chain

With M2M monitoring, you can also simplify your supply chain. With stock notifications, you can either implement automatic replenishment. Or you can control stock levels remotely without unnecessary employee deployment.

Data availability

M2M is one of the most cost-effective methods of data gathering and analysis. Properly deployed, this can provide you with the integral insights you need to not just grow your business, but transform your operating model, build resilience, and control costs.

And because M2M SIM are capable of withstanding extreme conditions – heat, cold, vibrations – they can provide uninterrupted data at all times.

Decision making

Leading on from the above. Because M2M devices provide an abundance of real-time data, they can be a real boon when it comes to decision making. You can do this on a small scale, at a company level. But you can also use M2M in a big data scenario.

Cost control

The whole idea behind M2M is that it removes the need for personnel to be on site to perform various tasks – data recovery, stock monitoring, performance checks. This results in direct cost savings. And because the data provided is error-free, there’s a far lower likelihood of expensive mistakes occurring.

With M2M SIM you only pay for the data you use, and you can share your data allowance between all of your devices. Meaning that you never need to spend more than you have budgeted for.

Customer experience (CX)

Customers of every kind expect more than they ever have before. Using M2M devices, you can monitor your CX, extrapolate useful analytics and initiate change. You can identify pain points. Enhance payment processes. And automate relevant activities.

Future proofing

M2M SIM and devices were designed for scalability. This means that no matter what the future brings for your business – recession-proofing or upscaling – your have the tech available to handle the changes.

Two of the reasons why OEMs have been deterred from the onboarding of M2M is that connectivity has been unreliable, and equipment has been costly. With the IoT growing by the day and increasing numbers of equipment coming on to the market, costs have fallen significantly. And with dedicated M2M SIM having the capability to flow between the strongest available network signals without loss of connectivity, there have been dramatic reliability gains.

Covid-19 has significantly enhanced the availability of M2M products and capability of the IoT. While at the same time making the necessity for these tools increasingly essential across all business sectors. Industry is no exception.

If you’d like support finding the best connectivity for your M2M devices, contact Better M2M today.

How M2M SIMs Can Power Smart Cities

nick.lockley@betterm2m.com (Nick Lockley) — Tue, 05 Jan 2021 12:10:36 GMT

The number of machine to machine (M2M) technologies employed in urban environments have dramatically increased in recent years. Heralded as the advent of the smart city, M2M technology is being added to the very core of city infrastructure. But how, exactly, is M2M being used to transform and connect our cities?

M2M SIM: The Power Behind Smart Cities

What is M2M?

M2M refers to the direct communication between machines. It can be made through wired and wireless connectivity. And is used for a vast array of applications, from telematics to health . And usually related to the internet of things (IoT).

What M2M applications are being used within smart cities?

The point of the smart city is to improve operational efficiency, enhance quality of life for residents, and the monitoring and minimising of environmental impact. M2M technology can contribute to this in a number of ways.

Security and CCTV

Delivering remote access to, and control of, multiple security systems – cameras, lighting, motion detectors, and access points – there is a wealth of opportunity for M2M SIM within city security . M2M connectivity can even remotely manage physical accessibility, such as the locking and unlocking of doors.

Street management

As well as security, M2M technology can help in other areas of city management. Including the implementation of efficient, adaptive street lighting and ensuring the resilience of city infrastructure.

Traffic management

Congestion is one of the biggest issues faced by the contemporary city. With M2M technologies, ‘smart roads’ can be created. This allows for the management of traffic flow and diversions. It can also enable the simple monitoring of emissions for climate management.

Pollution tracking and management

And leading on from the above… According to the World Health Organisation (WHO), air pollution is currently responsible for causing the deaths of around 4.2 million people annually . And this isn’t just in the infamously polluted cities, like Dhaka, Delhi and Wuhan. These deaths occur the world over. M2M technology, powered by M2M SIM, can measure the levels of CO2, NO2 and atmospheric dust in real time. Helping with future planning and preventative measures.

Noise polluton

The WHO identifies noise pollution as the second largest cause of environmental health problems, after air pollution. Smart cities are employing M2M tech to monitor noise pollution and its causes.

How are M2M SIM facilitating these applications?

The primary role of the M2M SIM is to provide internet connectivity any time and anywhere. Because M2M SIM are not tethered to any particular network, but instead switch to the strongest available signal, they can vastly reduce the potential of downtime through loss of connectivity.

M2M SIM are also more robust, better able to tolerate temperature fluctuations, and can withstand vibrations without loss of function. And because you are only charged for the data used, M2M SIM can be more cost effective than other solutions. Together, this makes the M2M SIM the most viable option for a variety of applications.

The opportunities for the application of M2M technology and connectivity within the urban environment are growing every day. Retail, energy, building automation, irrigation and water leak tracking, community engagement, and predictive policing are all areas that are being researched and developed. M2M SIM provide the flexibility for these developments to continue and evolve.

M2M SIM Cards & The Health Sector

nick.lockley@betterm2m.com (Nick Lockley) — Thu, 03 Dec 2020 12:46:41 GMT

2020 has been an incredible year for tech. As the physical world has gone to Hell in a handbasket, digital solutions have powered the continuance of everyday life, albeit with a strong degree of adjustment.

And behind much of the technical problem solving has been the Internet of Things (IoT).

The IoT is being employed throughout all sectors, from agriculture to security . But there’s one area which has traditionally be reluctant to embrace tech that allows for virtual and long-distance interaction: health. Throughout the various periods of lockdown, however, the global health sector has been forced to re-evaluate its stance.

Telehealth became a necessity. And one which proved unexpectedly successful.

So, is there a long-term place for the IoT in the health sector? And how can M2M SIMs help secure the best possible outcomes?

What is the potential for the IoT in the health sector?

The Internet of Things can be used for various purposes throughout the healthcare sector.

Remote patient monitoring

Basic patient monitoring can take up a lot of resources, regardless of the condition. As well as equipment and facilities, it requires personal care and time. The use of IoT devices has the potential to significantly reduce those costs, removing the – often unnecessary – need for a hospital bed, as well reducing the time drain on medical personnel. Devices can be wearable or ingestible and provide the opportunity for round-the-clock monitoring – from a distance.

This application is far-reaching, and can be employed for everything, from diagnosis testing, to the monitoring of various life-changing conditions, including:

Diabetes – Lifescan’s Onetouch system has been developed to continuously monitor the blood sugar of chronic diabetes patients. It is capable of sending regular glucose readings to a designated doctor or nurse, helping to prevent diabetes-related illness and death.

Parkinson’s disease – IoT devices can help detect a deterioration in the condition, reporting data back to medics for assessment and treatment.

Heart conditions – Heart-rate monitoring has become far more accessible with the advent of smartwatches, but with the IoT, the data gathered can be transmitted directly to medical practitioners for simple and effective monitoring.

Depression – Mental health disorders can be among the most difficult to treat, largely because it is difficult to collect the relevant data consistently. But heart-rate and blood pressure can be a good indication of mood. Efforts are currently underway to use these metrics to create a functioning IoT depression monitoring system.

Hygiene

Hand hygiene has always been a significant concern for medical establishments. COVID-19 may have sharpened practices, but ‘superbug’ infections – E.coli, Klebsiella, C. difficile, CRE – cost millions annually and need to be prevented. IoT devices have the power to monitor hand hygiene – and send reminders when adequate care is not being observed.

Surgery

Robotic surgery is no new thing. But IoT device driven surgery has the potential to increase surgical accuracy in intricate procedures, where the smallest margin of error could be devastating. There’s even the potential for robotic nurse surgical assistants… Although this latter point may be a tad too sci-fi for most people’s comfort!

Logistics

The IoT and M2M SIMs are already being broadly used throughout the logistics sector . In healthcare, however, it has further potential. The tracking and monitoring of shipments – organs, temperature-sensitive drugs (the COVID-19 Pfizer vaccination, for example) – could save money and lives. And the technology is already there to manage it.

How can M2M SIMs benefit the healthcare sector’s use of the Internet of Things?

The primary benefit of M2M SIMs is that they have been specifically designed for IoT connectivity . They are fast. They are highly secure, employing the most advanced security protection available. And they have the best possible connectivity, being able to switch to the strongest available signal at any given time – which is essential for any mobile data tracking.

Working in tandem with M2M SIMs, the Internet of Things has the power to transform healthcare, globally. It can improve care, increase access, enhance accuracy and reduce both time and economic drains. Whether the healthcare sector will fully embrace the potential available, remains to be seen. But the fact that the potential is there, is undeniable.

Find out more about M2M SIMs for healthcare .

What is a Hosted VoIP System – And How Could it Benefit Your Business?

nick.lockley@betterm2m.com (Nick Lockley) — Fri, 13 Nov 2020 10:51:25 GMT

If you’re looking into upgrading your company’s telephone system, you’ll have come across the term ‘ hosted VoIP ’. But what does it actually mean? How does it work? And is it the right choice for your business?

Everything You Need to Know About Hosted VoIP Systems

What is meant by hosted VoIP?

VoIP is the acronym for Voice over Internet Protocol. And it’s basically the process of making telephone calls using the internet rather than traditional fixed line methods.

While standard VoIP requires a substantial in-house infrastructure, hosted VoIP is supported virtually by a professional supplier – like Better M2M.

How do hosted VoIP systems work?

Unlike the traditional Public Switched Telephone Network, where speech is transmitted via electrical signal, VoIP systems convert audio into a series of data packets. These packets are then transmitted to the telephone network via the internet.

With hosted VoIP, users will access an IP (Internet Protocol) phone – Better M2M provide these units free with certain VoIP system tariffs . The IP phone will connect to your VoIP service provider, and your data packets will be transmitted – live – to the relevant data centre.

Are VoIP systems secure?

Although it seems a distinctly contemporary operation system, hosted VoIP has been around for a couple of decades. And it has faced serious penetration testing within that time. Despite the continual inventiveness of the ever-evolving security threats, VoIP stands up under pressure, delivering safe and secure communications.

Why would I choose hosted VoIP for my business?

Whether you’re operating a call centre or a dental surgery, a hosted VoIP system can bring multiple benefits to your business. These include:

- The ability to take your phone home, or anywhere with an internet connection. You can unplug it from your office, plug it into a router anywhere in the world and it will still act like you are using it in your office with the same number. This is particularly useful for office workers who want the flexibility to work from home and still access their office phone.

· Unlimited calls to both mobiles and landlines for a fixed rolling monthly fee. This can be considerably more cost-effective than analogue systems. Particularly where international calls are involved.

· Mobile app control and monitoring.

· High definition audio quality.

· The potential for integrated CRM and other advanced call centre tools, including voice to email, voice to text, and call analytics.

· Simple conference call functionality – no need to dial in to a third-party provider.

· Use of a single out-going number, if required, to allow for customer-friendly interaction.

· [EH1] Hosted VoiP systems are also infinitely scalable, so you can easily adapt your system according to the changing needs of your business.

If you’re looking for an advanced, versatile communications system for your business, but don’t want the expense and technical complication of building your own inhouse infrastructure, hosted VoIP can provide the ultimate solution.

Want to find out more? Contact Better M2M today.

Why Would You Use an M2M SIM for Transport and Logistics?

nick.lockley@betterm2m.com (Nick Lockley) — Thu, 05 Nov 2020 15:52:04 GMT

M2M (machine to machine) communication and the SIM that facilitate it are being adopted by more and more industries globally. But nowhere more assiduously than in transport and logistics. The backbone of commerce, especially in the current climate, it’s integral that transport and logistics enterprises run as smoothly and efficiently as possible. M2M SIMs have become fundamental to that. But what do they actually do?

Why Use M2M SIM for Transport and Logistics

Real-time data

The primary benefit of M2M communication in logistics is that it can provide real-time data and control over all of a business’ assets, nationally and globally. If you’re transporting a shipment from Derby to the Czech Republic – Italy, South Africa, anywhere in the world – you can keep track of its whereabouts at all times.

Real-time control

There are some cargoes that need special conditions. With M2M communication, you can guarantee that the goods are kept at the correct temperature and humidity… Or anything else that might be relevant to the job at hand.

Surveillance and security

M2M SIM are widely used in security . They facilitate alarms, CCTV, biometric scanners, access control systems, and, of course, vehicle tracking. They can also let you know if your freight is being accessed – as it’s happening. So, if, for instance, your goods are tampered with while your driver is resting or your truck is in the hold of a ferry, you will be able to alert the relevant authority and help reduce loss. This can also help prevent unauthorised people from travelling within your cargo.

What are the particular benefits of using M2M SIM for logistics and transport?

While all of these areas of machine to machine communication can be serviced by standard phone SIM , M2M SIM carry a number of advantages.

· Because M2M SIMs work on a roaming data basis, transitioning between networks without loss of coverage, you receive the very best connectivity available. This means no black spots, no lost information.

· Dedicated M2M SIM cards tend to be considerably more cost effective.

· M2M SIMs are tougher, better able to withstand vibrations and temperature changes than standard phone SIM.

· M2M SIMs work faster, and are capable of transferring masses of information incredibly quickly.

· An M2M SIM gives you more control over your data.

Information doesn’t just give you control over your fleet and your freight. It helps manage efficiencies. It allows you to see what’s working, what’s not, and where improvements can be made. That’s why so many logistics and transport organisations are turning to M2M.

Are you interested in integrating M2M SIM into your logistics business? Order a demo SIM from Better M2M today.

Why are M2M SIM Cards Better for IoT Connectivity?

nick.lockley@betterm2m.com (Nick Lockley) — Mon, 12 Oct 2020 11:20:06 GMT

From humble beginnings, the Internet of Things (IoT) has become an invaluable business tool, used through sectors as diverse as farming, manufacturing , data analytics, healthcare and PHV . This international network of computing devices, mechanical and digital machines, objects, and even people and animals, offers agility and efficiency at a level that it is hard to compete with through other means. But the one thing that it relies on is connectivity. To employ the IoT you need to be able to connect to it. This can be done through fixed broadband, mobile SIMs, even landlines. But the best form of connectivity is through M2M SIMs. And in this blog, we’re going to tell you why.

Why M2M SIM Cards are Better for Internet of Things Connectivity

What is an M2M SIM?

Before you can fully understand why an M2M SIM is the best choice for IoT connectivity, you first need to understand what an M2M SIM is . In essence, an M2M SIM is a means to transfer data between two devices. Unlike the standard SIM that we all use in our smartphones, M2M SIMs have been formed specifically to expedite data transfer. So, they’re faster, better equipped to handle high volumes of data and considerably more versatile.

What makes M2M SIM better suited to IoT connectivity?

Security

With so much data flying around these days, security is more important than ever. And M2M SIMs provide some of the best security around. For starters, data can be anonymised. IMEI device verification can be employed to ensure that only the intended device is able to access transferred data. M2M SIM can also be set up to work with VPNs (Virtual Private Networks), ensuring that your device’s connection to the IoT is encrypted and that all data sent through the network is authenticated and encrypted too. So, you have a triple layer of security.

Connectivity

Another really useful aspect of working with M2M SIM is that connectivity is rarely interrupted. Unlike traditional phone SIM, broadband or Wi-Fi, M2M SIM are not connected to a fixed internet provider. So, if connectivity drops out during data transfer, your M2M SIM will simply latch on to the next strongest available signal. This means that interruptions are rare.

Manageability

If you’re working with IoT or M2M (Machine to Machine) devices, the ability to control your data becomes invaluable. M2M SIM provide you with complete real time management within your IoT ecosystem. So, you can control your budget, choose where your data goes and fully manage the connectivity of all of your IoT devices.

Compatibility

M2M SIM are also the most widely compatible for IoT devices. Because they can be created with different features – enhanced temperature tolerance, the ability to cope with serious vibrations – they can be used in far more scenarios and devices than any other form of connectivity. Which makes the M2M SIM the only contender for many IoT devices.

There is an estimated 7 billion IoT devices in operation globally in 2020. It is projected that by 2025, there will be more than 21 billion . That’s because it’s the most efficient and agile way of working right now. But to make the most of the IoT’s potential, you need M2M SIMs to power your devices.

Find out how Better M2M can help your business to reach its full potential.

How M2M SIMs can Make Your Security Smarter

nick.lockley@betterm2m.com (Nick Lockley) — Tue, 29 Sep 2020 10:49:26 GMT

From CCTV to alarm systems, security has become markedly smarter in the last decade. There has been no end of developments, for individual homeowners, as well as for business and industry. Systems are smoother, easier to navigate, less space intensive and more adaptable. New technology has also allowed for enhanced protection against system failure. And part of that revolves around the use of M2M SIM .

How M2M SIMs can be Used for Smart Security

CCTV

The primary benefit of using M2M SIM for your CCTV systems is instant access and data transferral. Whether you’re an independent business operating your own security systems, or a security company monitoring multiple businesses, the ability to access data and live stream full or partial camera feeds is essential. It allows you to manage premises quickly and efficiently. But to do that, you need access to a fixed static IP address, and that’s what an M2M SIM can provide.

Better M2M can deliver SIMs with either fixed public IP's at network level or our own fixed private IP address that connect your resources via a VPN. The latter provides the highest level of security available, including encryption, which can be an essential feature, particularly in areas where sensitive data is involved.

Alarm systems

One of the major developments in security alarms in recent years is that many can now connect to personal communication devices. In the event of a security risk, a call will be made or a message sent, directly to an allocated smartphone or tablet. However, many networks do not allow their SIMs to be used in unattended devices. With M2M SIMs you have the benefit of constant connectivity, and yet will only be charged for the data you use. If the alarm is not triggered, your monthly fee will be zero. And yet, there is no danger of the line being disconnected, because Better M2M security SIMs have been designed to work under these conditions.

Other security systems

The security sector is getting smarter by the day. Technology continues to evolve, delivering systems that seemed the work of sci-fi just a few decades ago. Now, Biometric scanners, Access Control Systems and Vehicle Tracking are just par for the course. And M2M SIM have helped to make that possible, delivering instant data with the best protection possible.

It’s estimated that there are between 4-5.9 million CCTV cameras in the UK . Most of them are managed remotely. Standard internet connectivity exposes those cameras to the threat of hijacking, hacking and virus infection. Because of the enhanced levels of security, M2M SIM remove those threats. While also removing the risk of network outage.

If you’d like to find out more about M2M SIM for security systems, please contact the Better M2M team today .

How M2M SIMs Can Help in the Taxi and PHV Sector

nick.lockley@betterm2m.com (Nick Lockley) — Thu, 17 Sep 2020 09:50:10 GMT

If you’re operating a taxi or PHV company, you’ll already know that the key to success and profit lies in getting vehicles to the right place at the right time. Delays equal lost revenue. Unhappy customers equal lost business. While the use of unreliable radio communication was acceptable when there were no alternatives to be had, today the public expect more. Smartphones have helped in the evolution of the sector. But with poor network coverage, they’re not a reliable option. Your business needs absolute efficiency in order to survive in a cut-throat marketplace. And that’s where machine to machine (M2M) communication comes in.

What is M2M communication and how can it help PHVs and taxis?

What is M2M communication?

M2M communication is essentially the automation of machine processes. With the use of M2M SIMS , machines can exchange vast amounts of data automatically. This enhances efficiency as there is no delay while a human operative processes, filters and transfers the relevant information. And a significant margin of error is removed as the data is not being double handled. It is simply sent to where it needs to be and is used accordingly.

How does M2M communication work?

M2M communication is usually facilitated through the use of specifically formed M2M SIMs. Just like the SIM in your smartphone allows you to send texts, access data and make voice calls, an M2M SIM allows for the transfer of various forms of data. Voice calls can be included, but in most instances, these SIMS are designed for industry specific data. They’re secure, cost-effective and versatile.

How can M2M SIMs be used for Taxis and PHVs?

M2M SIMs have been designed to work across cellular networks. So, unlike phone SIMs, where two people can be in the same place, one with full coverage the other without a single bar because they have contracts with different network providers, M2M SIMs will simply attach to the strongest signal to send and receive data. The value of this to moving machine data transference – such as that involved in the management of PHVs and taxis – is priceless.

Through the use of M2M SIMs you can automate driver workflow, keep track of individual locations and allocate fares as quickly and seamlessly as possible. This means less downtime, fewer wasted man hours, improved customer service and increased revenue.

M2M SIMs also have the benefit of improved security over traditional phone SIMs, so you’ve no need to worry about protecting customer data. And because you can share data allowance across all of your devices, it’s easier to manage your budget and avoid overspends.

Built to withstand harsh conditions, M2M SIMs are reliable, cost effective and versatile. And that’s why they present a fantastic logistics investment for any taxi or PHV firm.

Want to find out more about how M2M SIMs could improve the performance of your business? Contact Better M2M today .

What’s the Difference Between Standard SIM Cards and M2M SIMs?

nick.lockley@betterm2m.com (Nick Lockley) — Fri, 04 Sep 2020 09:12:49 GMT

Subscriber Identity Modules, or as most of us know them, SIMs, have become such an integral part of contemporary communications that they’re rarely given much thought beyond the selection of providers. They identify which network your device connects to for calls, texts and data, and determine your fees for these services. And that’s pretty much what most people want from their machine to machine communications too. So, why would you consider a dedicated M2M SIM instead of the standard consumer SIM? And how are M2M SIMs different?

The Difference Between Standard SIM Cards and M2M SIMs

Application

Consumer SIMs and M2M SIM cards are made for very different purposes. General communication, and machine to machine communication, hence the M2M acronym. This means that M2M SIMs allow machines to send and receive data in real time, often across very large distances. The uses for this are myriad. M2M SIMs power GPS tracking for the freight and logistics sector , allow for process automation in industrial settings , can assist with the digitisation of healthcare allowing for remote patient monitoring, and can provide remote working solutions . Among many other applications.

The M2M SIM is a versatile, flexible, and powerful solution that allows for improved productivity and a reduction of man hours.

Function

One of the main benefits of employing M2M SIMs is that you have complete control over your SIM estate through a single portal. So, if you’re deploying multiple SIMs, perhaps for taxi or PHV management , you can access the data from every one in real time from one IoT (Internet of Things) platform. You can even track data usage and SIM activity for each individual as you go. And with the data packages tailored to meet the specific needs of your M2M applications and the flexibility to share data across all devices, you’ll never overspend.

Build

Another significant difference between standard SIM cards and M2M SIMs is their build. M2M SIMs are much more robust than their consumer counterparts. Because they’ll often need to be used in industrial or exposed environments, they can withstand significantly higher and lower temperatures. Typically having a tolerance range between -40°C and 105°C. They’re corrosion resistant. And they can tolerate both vibration and sudden movement far more successfully than standard SIM cards.

M2M SIM are also designed to be used with multiple carriers, rather than being locked into a single provider. This ability to roam is of particular benefit to the logistics and transportation sectors.

Lastly, M2M SIMs can also be used to transmit raw data. And the benefit of this is that you’re only paying for a single transmission, rather than the amount of data used.

So, while the idea and the basic infrastructure of the M2M SIM is very similar to the traditional consumer SIM, there are a number of differences that make the M2M SIM far more suited to business applications.

If you would like to learn more about the best M2M SIM for your business, contact Better M2M today.

All The Basics You Need To Know About M2M SIM Cards

nick.lockley@betterm2m.com (Nick Lockley) — Fri, 21 Aug 2020 09:47:59 GMT

Better M2M has been providing mobile tech services for more than a decade. Our products work to connect devices and traverse data between them. We have customers throughout the UK and across sectors. But of all the questions we’re asked, the most frequent is, ‘what, actually, is an M2M SIM?’

If you don’t have a lot of technical knowledge, it’s not the easiest thing to understand. In this post, we’re going to do our best to make things as clear as possible.

So, let’s cover some of the basics.

What is M2M?

M2M is an abbreviation of machine to machine. It refers to the direct exchange of information between two devices, using a wired or wireless communication channel without the need of human intervention. It is the foundation of the Internet of Things (IoT). And allows for the automation of virtually any process. It has found application in a broad range of sectors, from manufacturing to healthcare. M2M provides a way to improve productivity and eliminate imprecision without accruing significant extra costs.

What is an M2M SIM?

In short, an M2M SIM facilitates all of the above. Just like a standard mobile phone SIM enables the transfer of voice and SMS communication, an M2M SIM expedites the transfer of data. The M2M SIM can be inserted or embedded into a device, which is then configured with the organisation’s server. From there, you can monitor your data and manage all of your SIMS. There are different management platforms available, but you should be able to set data caps and alerts to prevent you from overusing data and overspending.

What’s the difference between standard phone SIM cards and M2M SIM cards?

Consumer SIM cards are typically used to store the information that is required to connect a handheld device to cellular networks – your phone number, network settings, carrier settings. They can perform many of the functions of the M2M SIM and can be used for IoT devices. But they may not withstand the conditions you require them to.

M2M SIMS generally have a greater storage capacity than standard phone SIMS. They’re usually more secure. And they have a longer lifecycle – most can retain data between 10 to 17 years.

Some M2M SIMs are also more robust than others. Those tailored for the automotive and industrial environment, for example, are created to cope with extreme temperatures, ranging from -40°C to 105°C. They also have a stronger build, so they’re better able to withstand mechanical processes, equipment tremors and the rigors of the harshest working locales. A consumer SIM would not continue to function in those circumstances.

How secure are M2M SIMS?

SIM security depends on your provider. Some provide a private APN (Access Point Name) accessed through a VPN (Virtual Private Network). This ensures that you have a secure tunnel for data transfer and prevents any unauthorised data access. Lower budget M2M SIMS usually connect to the open internet, which means that security could be an issue. Be sure to check before committing to any deal.

When would you use an M2M SIM?

Machine to Machine communication is used for a variety of functions including but not limited to:

Remote monitoring – stock checking and auto-replenishment
System automation
Payments and invoicing
Security
E-health and telemedicine
Logistics and vehicle tracking
Robotics
Manufacturing
Smart home tech
Telecoms

That’s just the start or the M2M potential. And M2M SIMS can be used for all of these sectors and processes.

M2M SIMS are basically a tool to aid the productivity of your business. They can be employed in a variety of ways and a series of devices. If you’re looking for a secure, robust way to automate processes within your organisation and store a high capacity of data, M2M SIMs should be a serious consideration.

Want to know more? You can contact us right here .

IoT | How to Manufacture 4g/5g Connected Products with eSIM

Sun, 03 May 2020 05:38:33 GMT

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Manufacturers worldwide are rolling out smart IoT-ready connected products, here's how they are doing it

Manufacturers of everything from CCTV & Telehealth equipment to toasters and fridges are now embracing the Internet of Things & building IoT managed 4g & 5g connectivity into their products by installing miniature embedded SIM cards into the circuit board (PCB).

This removes the need for secondary devices such as a smart phone or active wifi signal & provides all sorts of options in terms of accessing and operating the device. An example here would be an epilepsy alarm, intended to notify emergency services when the user has a seizure. Traditionally these alarms would rely on connection to the users wifi/broadband in order to work & communicate with the outside world. Today these alarms are fitted with inbuilt 4g/5g connectivity leaving no further action required by the user in order to make the product work the way it should do.

How does it work though?

Products are easily connected by simply installing an eSIM chip onto the circuit board (PCB), this works just like a normal SIM card would however the SIM does not belong to any single mobile network, meaning you can download networks & tariffs onto the device without having to ever access it again or change the embedded SIM.

This gives you access to everything from 2g to 5g via 800 networks in over 200 counties worldwide. The chip also uses eUICC multi network capabilities, meaning it will automatically roam to find an active network signal if the current network signal drops due to bad coverage or a network outage.

Conclusion

Traditionally companies would use methods such as Bluetooth or Wifi to connect a device to the relevant servers , devices or the internet, but that means your product doesn't work properly unless the user ensures that secondary device or connection is both present and active.

Today manufacturers are controlling not just the data that travels within their application but also the data that connects that application, using unique tools & real time reporting from an online portal, not reliant on any proprietary network SIM or secondary connected device to stay connected and reliable.

After working with everything from home heating to biometrics I have acquired a great deal of experience in implementing IoT into new products or machinery, give us a call if you need any help.

Have you got plans to implement IoT & Managed Connectivity into your products? If so let's discuss it in the comments below!

IoT | How Digital Health Solutions & AI are Leading the Battle against Covid19

Sun, 03 May 2020 03:33:15 GMT

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How are Digital Health Technologies & IoT helping prevent the spread of Covid19?

Covid19 has quickly became the biggest global health emergency in a generation. Multiple countries have gone into mandatory lockdown with medical authorities & governments worldwide scrambling to flatten the curve & contain the spread of the virus.

The new requirements for social distancing in addition to a global shortage of healthcare workers and personal protective equipment (PPE) have presented harsh challenges for medical authorities worldwide, making autonomous digital health solutions now more important than ever before in being able to monitor & treat patients.

Heres some interesting ways digital health & IoT have contributed towards the fight against Covid19...

Artificial Intelligence to Detect the Spread of Epidemics

Covid19 was officially identified & announced on January 9th 2020 by the WHO. Since then, the virus has quickly spread to all corners of the world & changed life as we know it for the foreseeable future.

What you may not know, is that the WHO were actually beaten to the punch by Canadian health monitoring AI platform "Bluedot" which sent word of the outbreak to it's customers on December 31st!

Bluedot uses a series of algorithms to scan world data for signs of potential outbreaks by scouring foreign language news reports, global airline ticketing data & plant & animal disease networks for warning signs that an outbreak may be happening.

Remote Patient Monitoring & Biometric Sensors

In the current healthcare situation, meeting, triaging & diagnosing patients has never been a bigger challenge. Remote patient monitoring devices such as wristbands, bed sensors & biometric clothing give hospitals the ability to track patients vitals such as oxygen density, body temperature & heartrate remotely without having to physically see the patient in person.

An example here is a biometric wristband that detects body temperature, location & movement habits. When you combine this with AI the patient literally has an autonomous doctor monitoring their health for signs of fever or detecting when they fall over & notifying ambulance services of their location.

Another example is a unique smartphone app that can detect body temperature, oxygen density & blood levels simply by the user taking a photograph below their eye using any iphone 8 camera or above. Allowing authorities to triage entire populations for symptoms of illnesses such as Covid19 simply by them downloading an app onto their smartphone.

5G opening new doors for Digital Healthcare

Previously with 3g & 4g (LTE) spectrum, some areas such as Telehealth were unsuitable for cellular connection to the Internet of Things. This is because latency at best even with 4g would be 40ms (milliseconds), proving to be unreliable for complicated AI driven medical equipment or software which needs to analyse & report data without any delay or missed packets.

5G opens new doors for digital healthcare as it offers ultra reliable low latency communication with as many as 1 in a million packets being lost and latency as low as just 1ms. This means even the most complicated real-time healthcare solutions such as those using AI are able to operate seamlessly & reliably without any failures.

Conclusion

At this point, it is clear that autonomous digital health technologies are paving the way for a healthy future.

With developments in the communications industry such as eSIM (eUICC), the communications networks have also evolved to meet the demands of this industry, giving developers real-time un steered management and control of not just their autonomous technology, but also the intelligent connectivity & network infrastructure that enables it to work.

If you want to know how we can help you with the connectivity, give us a call!

Have you spotted any interesting telehealth solutions being deployed anywhere around the world? Feel free to tell us about it in the comments below this article!

What does 5G mean for IoT?

Sun, 03 May 2020 00:19:24 GMT

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What does 5g mean for IoT & how does is compare to 4g?

there are many questions around what 5g actually brings to the table other than faster speeds than 3g or 4g so I thought I would write an article highlighting the key benefits of 5g & what doors this can open for the Internet of Things & connected devices.

Well first of all, 5g uses a millimetre wave spectrum, which uses sub 30 to 300gHZ frequencies which are significantly higher than 4g's maximum capability of 2500mHZ.

This leads to a number of use cases, allowing more complicated machinery to be connected & opening doors to new market verticals falling into the following three categories:

Enhanced Mobile Broadband (eMBB)

Massive machine type communication (mMTC)

Ultra-reliable Low Latency Communications (uRLLC)

Enhanced Mobile Broadband (eMBB)

For those of us that want super fast internet, achieving speeds of 1Gbps and being able to stream a 16-bit high dynamic range (HDR) video with a whopping frame rate of over 60fps.

This makes eMBB an exciting development for those working in the media and entertainment industry, with them benefitting from not just lightning quick downloads and image streaming but will also provide VR & AR capabilities & panoramic video streaming far beyond where technology has allowed us to go up until now.

This is due to get better & better with latencies expected to become as low as 1ms as we embrace and expand on this exciting new technlogy.

Ultra Reliable Low Latency Communication (URLLC)

An important factor in looking at the benefits of 5g is latency. Latency dictates the ping rate / delay in data packets being exchnaged. So if you have high latency you have delay in information being sent or received which can then cause failures for the user.

4g has at the absolute lowest 40ms in latency. This means 40 milliseconds of delay in packets. When working with health equipment or vehicle telematics for instance, data needs to be be on time and reactive to multiple sensors and triggers.

5g achieves low latency as low as 1ms (1 millisecond), this is extremely exciting for industries such as Telehealth as it allows ultra reliable communication with machines opening doors for much more complicated applications such as artificial intelligence to be used in that machine thus further empowering the concept of IoT & "Smart" health equipment.

The term URLLC focuses on 2 factors, 1) Reliability - 5G spectrum loses a maximum of 1 message per million messages ensuring ultra reliability of packet delivery. 2) Low latency - Lightning quick data transmission supporting even the most high tech real-time managed devices.

The benefits to this ultra reliable low latency are specifically exciting for those working with artificial intelligence, paving the way for future technologies.

Massive IoT

Another exciting door that 5G opens is Massive Machine-type Communication (mMTC). This allows massive densities of connected devices to operate within areas.

4G can support maximum 4000 connected devices per square kilometre whereas 5g can easily support a whopping 1 million connected devices per square kilometre.

This makes 5G critically important to building Smart Cities and will meet the demands of increasing numbers of connected household devices not to mention the requirements of Industry 4.0.

Conclusion

IoT is an exciting industry, with more and more machines becoming "Smart" and a constant flow of new exciting technologies coming out of numerous industries. 5G is set to open new doors here, especially for digital health, vehicle telematics & Smart Cities.

How could 5G make your IoT solution operate better? Maybe you were considering using other communication methods due to reliability issues in 4G?

Leave your thoughts in the comments section below.

if your ready to start planning how you can excel your business & IoT projects with 5G, give us a call or check out our 5G Mega-SIM Solution here!

IoT & SIM Connectivity Blog

Do I Need a SIM Management Portal?

Do I Need a SIM Management Portal for My Business?

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What is a SIM management portal?

Who would benefit from a SIM management portal?

Are there any drawbacks to using a SIM management portal?

How M2M SIMs Are Driving the Smart Buildings Movement

The Role of M2M SIM in the Smart Buildings Movement

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What are smart buildings?

How do smart buildings work?

How is the data transferred?

What’s the benefit of smart buildings?

What is Cellular Bonding and Does My Business Need It?

What Do You Need to know About Cellular Bonding?

What is cellular bonding?

Where might cellular bonding be beneficial?

Does my business need a cellular bonding router?

Can the IoT Improve Your Customer Experience?

Six Ways the IoT Can Help Improve Your Customer Experience

1. Experience personalisation

2. Real time strategy input

3. Inventory management

4. Customer feedback management

5. Improved security

6. Environmental enhancement

The Most Common Uses for an M2M SIM

The Five Most Common Purposes for M2M SIM Deployment

1. Fleet vehicle tracking and GPS

2. Logistics

3. Security

4. Industry

5. Smart monitoring

How Do M2M SIM Cards Work?

M2M SIM Cards – What You Need to Know for Your Business

What are M2M SIM for?

How does an M2M SIM card work?

What are the benefits of using M2M SIM cards?

Network surfing

Security

Durability

Remote accessibility

What’s the Difference Between Telematics and Vehicle Tracking?

What’s the Difference Between Vehicle Tracking and Telematics?

What is telematics?

How does telematics work?

What are the main benefits of using a telematics system over a vehicle tracking system?

Where can telematics systems be deployed?

How Could Global Roaming M2M SIM Cards Benefit Your Business?

How Global Roaming M2M SIM Cards Could Benefit Your Business

What is a global roaming M2M SIM card?

What are the benefits of using global roaming M2M SIM cards?

What is an Intelligent Network – And How Could it Help Your Business?

An Overview of Intelligent Networks

What is an intelligent network?

How an intelligent network could benefit your business

Simple service onboarding

Customisable service

Better connectivity

Greater security

How the IoT is Driving Sustainability in Business

How the IoT can Help Make Your Business Greener

Climate control

Reduced travel

Waste reduction

Smart management

The Challenges of IoT Integration and How to Address Them

Three Common Challenges of IoT Integration

Compatibility and interoperability

Security

Connectivity

The IoT and Cold Chain Management

Cold Chain Management IoT Solutions

What IoT solutions are available for cold chain management?

What are the benefits of IoT enabled cold chain management?

How can IoT cold chain devices be implemented?

How IoT Solutions Can Speed Up Retail

How the IoT can Bring Efficiencies to the Retail Sector

Smarter warehouse management