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Cellular Connectivity Unleashed: Elevating POS Innovations Beyond Traditional Limitations

The retail landscape is at a pivotal crossroads, driven not only by evolving consumer expectations and retailer demands but also by a technological revolution within Point of Sale (POS) systems. In this ever-changing environment, the importance of reliable, secure, and versatile connectivity cannot be overstated. It’s here that cellular connectivity is stepping into the spotlight, offering a robust alternative to traditional WiFi systems. With its wider reach and enhanced security, cellular connectivity is poised to redefine how retail transactions are conducted, making it a cornerstone of modern retail infrastructure.

Emerging Trends in POS Systems and Retail Challenges

The POS system landscape is evolving rapidly, driven by the pursuit of speed and convenience to enhance the customer experience. Valued at $36.07 billion in 2022, the mobile POS terminal market is projected to grow at a 11.1% CAGR from 2023 to 2030. Advances in AI and machine learning are equipping POS systems with the capability to offer tailored experiences and streamline inventory management. The proliferation of self-service technologies like kiosks and mobile apps also underscores a shift toward increased consumer independence and improved operational efficacy. These developments highlight the retail industry’s growing demand for more sophisticated and reliable connectivity solutions.

WiFi Limitations in Retail POS Systems

Traditional WiFi-based POS systems in retail environments are hitting their limits. Issues with range and interference, especially in densely populated settings, hinder performance. More critical is the vulnerability of WiFi to security breaches, threatening the integrity of transaction data and undermining consumer trust.

WiFi vs Cellular Connectivity

The Cellular Connectivity Advantage

Cellular connectivity is stepping up as the ideal successor, overcoming WiFi’s shortcomings. Its broader coverage and superior security protocols ensure a dependable connection essential for today’s retail needs. This move is not merely a technical update but a strategic alignment with the ongoing shift toward mobile, secure transactions. As industry demands evolve, cellular offers a more flexible and future-proof alternative for POS systems. See the difference cellular makes in our infographic below, showcasing its role in revolutionizing POS technology.

Velocity IoT’s Smart SIM Solutions: Tailoring to Retail Needs

Velocity IoT is revolutionizing POS systems with its smart SIM solutions, offering unmatched global IoT connectivity through advanced multi-IMSI, eUICC-compliant technology. These global IoT SIMs are designed for scalability and efficiency, supporting over 600 carriers in 190 countries, and are equipped with self-healing network infrastructure for seamless failover and uninterrupted connectivity. Businesses benefit from the ease of integration, comprehensive security, and remote SIM provisioning. This makes Velocity IoT’s solutions not only future-ready but also ideal for maximizing efficiency and ROI in the dynamic retail landscape.

As you can see, cellular connectivity clearly outshines WiFi, offering unmatched benefits in coverage, stability, security, and scalability for POS systems. With Velocity IoT as your partner, you can leverage the full potential of global cellular connectivity to revolutionize your retail operations. Embrace the future of transactions with Velocity IoT’s advanced solutions – your key to a more reliable, secure, and efficient retail experience. Contact Velocity IoT today to start your journey towards seamless, next-generation POS connectivity. 

Revolutionizing Utilities and Energy: The Unparalleled Power of IoT Connectivity

Amidst the surge of digital transformation in the utilities and energy sector, the USA government’s recent allocation of $65 billion towards upgrading the national power infrastructure further propels the industry’s push towards modernization. Coupled with the transformative capabilities of the Internet of Things (IoT), industries are experiencing enhanced operations, sustainability, and efficiency. This article underscores how IoT connectivity is reshaping this vital sector, spotlighting key players like Velocity IoT that facilitate smooth IoT implementations.

IoT: Redefining Utilities Management

IoT’s influence in the utilities sector is multifaceted, combining enhanced resource management, sustainability, and technological advancement:

Optimized Resource Management: IoT’s real-time data capabilities, exemplified by interconnected devices like smart thermostats and occupancy sensors, drive significant energy savings and operational efficiency.

Sustainability and Efficiency: Beyond mere cost savings, IoT technologies, particularly smart meters, play a crucial role in energy conservation and waste reduction. This shift is not just economically beneficial but also pivotal in promoting sustainable environmental practices.

Technological Integration and Grid Modernization: The advent of IoT-driven microgrids, often powered by renewable sources, exemplifies how technology is reinventing energy distribution for efficiency and reliability. Furthermore, the convergence of IoT with AI and machine learning heralds a new era of intelligent, autonomous decision-making in grid management, enhancing both agility and security.

Navigating IoT Implementation with Velocity IoT

Velocity IoT’s advanced multi-IMSI global IoT SIM card is reshaping the utilities and energy sector. In an industry where immediate data and constant monitoring are key, dependable IoT connectivity is crucial.

Enhanced Flexibility and Reliability: Traditional SIM cards, bound to one carrier, are susceptible to service disruptions from rate hikes or policy shifts. In contrast, Velocity IoT’s multi-IMSI SIM cards enable switching between carriers, enhancing service reliability and reducing the risk of interruptions.

Cost-Efficient and Future-Ready: With a unique pricing model, Velocity IoT charges only for active devices, significantly reducing costs for idle equipment. Their SIMs, equipped with over-the-air (OTA) provisioning, minimize the need for physical maintenance and are adaptable to evolving network technologies, ensuring long-term operational relevance.

Global Coverage with Localized Efficiency: Velocity IoT’s SIMs offer widespread cellular network coverage, spanning over 600 networks across more than 190 countries. This global reach not only ensures consistent operational efficiency worldwide but also caters to local regulatory compliance and data privacy requirements. Furthermore, these SIMs effectively manage roaming challenges by leveraging local network connections.

In Conclusion

The transformation in utilities and energy, driven by IoT, is not just a change—it’s a revolution. At the forefront is Velocity IoT, whose innovative solutions are pivotal in steering this movement. As we lean into a future that prioritizes sustainability and efficiency, embracing IoT is not just beneficial—it’s essential. Partner with Velocity IoT to embark on a journey towards a smarter, more interconnected future. Contact us to explore how your business can be part of this exciting transformation.

Revolutionizing Pet Care: The Future of Cellular-Connected Smart Collars with Velocity IoT

From tracking our daily steps to securing our homes with smart surveillance systems, the Internet of Things (IoT) has reshaped the way we interact with the world. As the IoT landscape proliferates, one area gaining significant traction is the realm of pet care, particularly with cellular-connected smart collars. At Velocity IoT, our innovative solutions are poised to redefine pet ownership in the age of connectivity.

The Rise of the Smart Collar

Over recent years, pet owners have increasingly turned to smart collars, which offer advanced features like location tracking, health monitoring, and behavior analysis. In 2022, the Smart Dog Collar market was valued at USD 660.47 million. With a projected CAGR of 27.53%, it’s anticipated to hit USD 2841.37 million by 2028. But this technology isn’t just for pets. The cattle industry uses similar systems due to rising dairy and beef consumption demands.
Clearly, smart collars and monitoring systems are making waves not just in pet care but in the broader livestock industry.

Why Cellular Connectivity?

Traditional RF (Radio Frequency) pet trackers, though offering a decent range, come with the disadvantage of being bulky and providing only approximate location readings. In contrast, smart collars integrated with cellular connectivity tap into existing cellular networks, offering broader, real-time tracking capabilities. While there might be a monthly fee associated with the use of a SIM card, the precision and expansive reach of cellular connectivity make it a superior choice for those wanting to keep a closer eye on their pets. With solutions like those from Velocity IoT, the advantages of cellular over RF become clear.

Velocity IoT’s Edge in Pet Care

Global Coverage: Velocity’s service is offered on leading tier-one cellular operators. Our multi-IMSI solution offers the best of all worlds: One SIM for all carriers, with direct-to-carrier reliability & performance. We have local core networks deployed in various countries; each hosting a local IMSI range that helps overcome roaming challenges.

Reduced downtime: Velocity IoT provides direct access to over 600 carriers in 190 countries. Our IoT SIM cards automatically connect to the strongest available network. This minimizes interruptions, ensuring swift and secure communication. Without this, imagine the distress of a lost pet signal – your dog’s location becomes a mystery, and their safety is compromised. With Velocity IoT, you’re always connected.

Designed for IoT: Our SIM cards are tailored specifically for IoT applications, ensuring both device and data security while optimizing performance. Thanks to OTA updates, users can be confident their smart collars remain current with the latest technology, all without the hassle of a physical SIM card replacement.

In Conclusion
The integration of IoT with pet and livestock care signals a new era of precision and efficiency. While the applications of smart collars and monitoring systems are vast, the connectivity that powers them is paramount. Velocity IoT’s cutting-edge cellular connectivity solutions ensure that these devices remain online, offering real-time insights and unparalleled tracking accuracy. In a world increasingly driven by data and seamless communication, our solutions serve as the backbone for countless IoT solutions.
At Velocity IoT, our dedication lies in providing robust and reliable connectivity solutions, complemented by comprehensive project support.

Ready to amplify your connectivity solution and propel your business forward? Reach out to Velocity IoT today!

Redefining Surveillance: How Advanced Cellular Technologies are Changing the Game

In this era of rapid technological advancement, ensuring seamless, real-time, and secure connectivity has become the cornerstone of effective video surveillance systems. Whether it’s monitoring the activities of urban landscapes or tracking wildlife movements in remote areas, uninterrupted connectivity is vital. The success of such surveillance tools often hinges on three crucial factors: impeccable connectivity, real-time data transmission, and robust security. With the contributions of companies like Velocity IoT, smart SIM technologies such as multi-IMSI, eUICC, and eSIM are setting new benchmarks in the industry. These innovations are not just amplifying connectivity but are reshaping the entire landscape of surveillance, driving systems towards enhanced efficiency, adaptability, and security.

The Triad of Effective Surveillance: Connectivity, Real-Time Data, and Security.

Connectivity: Picture a busy city center during a major event. Surveillance cameras are strategically placed to monitor crowd movements and identify potential security threats. However, a lapse in connectivity can result in blind spots, rendering the entire operation futile. Similarly, trail cameras used by wildlife researchers in remote locations rely heavily on uninterrupted connectivity to capture rare animal movements and behaviors.

Real-Time Data: Take the example of law enforcement agencies. When tracking suspicious activities, they rely on real-time video feeds to make immediate decisions. A delay of even a few seconds can make the difference between apprehending a suspect and missing them entirely. In the world of wildlife research, capturing real-time data can be crucial to observe and understand certain animal behaviors.

Security: In a corporate setting, surveillance cameras guard intellectual property and sensitive data. A breach in the surveillance system’s security can lead to significant losses. Similarly, city surveillance systems that monitor public areas need to be secure to prevent any malicious interference that could jeopardize public safety.

Amid these advancements, Velocity IoT leads with its eUICC Multi-IMSI solution

In surveillance, both reliability and security are paramount. Although WiFi remains prevalent, cellular connectivity offers greater reliability and security. Velocity IoT’s global IoT SIM cards exemplify the advancements in smart SIM solutions, delivering superior global coverage, robust security, and notable cost efficiencies.

Here’s how Velocity IoT is reshaping the surveillance landscape:

Unparalleled Global Connectivity: Traditional SIM cards, which are bound to a single carrier, sometimes fall short in providing uninterrupted connections, especially in areas with scarce carrier presence. Velocity IoT’s solution uses eUICC compliant multi-IMSI technology, letting devices seamlessly transition between multiple carriers. 

Enhanced Network Redundancy: Armed with autonomous switching capabilities, Velocity IoT’s solution ensures that if one carrier drops out, the system promptly connects to the most robust available network. This responsiveness drastically reduces downtime, guaranteeing connectivity even in the remotest corners.

Future-Ready Surveillance: With Velocity IoT’s advanced SIMs, changing a device’s network profile is hassle-free, eliminating the need for manual SIM card replacements. Especially for surveillance equipment situated in remote or challenging environments, devices can stay stationary, receiving over-the-air (OTA) updates and ensuring they always align with the best carrier configurations.

Fortified Security: While WiFi remains a widely-used connectivity option for surveillance, data on an unsecured WiFi network isn’t encrypted, leaving it vulnerable to external threats. Even secure WiFi is less secure than relying on 4G or 5G connectivity.  At Velocity IoT, connectivity is married with security. Our comprehensive security framework protects both devices and data against fraud attempts and cybersecurity threats.

Real time data: with Velocity IoT customers have access to a connectivity management platform that comes with a real time monitoring and alerting system.

Economical & Streamlined: Navigate around the pitfalls of roaming charges with ease. Break free from the constraints of traditional SIMs —you only pay for devices when they are active, ensuring you aren’t charged when no data is transferred. Plus, streamline operations by partnering with a single provider granting access to multiple carriers, simplifying interactions and cutting down overheads.

Ready to revolutionize your surveillance solutions with Velocity IoT? Reach out to us today and explore the future of connectivity


Embracing the Future of Asset Tracking: Navigating IoT Connectivity Challenges and Beyond

Imagine overseeing a global shipping company, with thousands of assets scattered across the world. You’re reliant on asset tracking to ensure your operations run smoothly, but dealing with inconsistent connectivity, roaming restrictions, and complex operations is a constant battle. This is where the future of asset tracking comes into play, leveraging the power of IoT.

The Asset Tracking Market size, currently valued at USD 21.09 billion, is expected to nearly double by 2028. As such, IoT-based asset tracking and management solutions have become critical to achieving operational efficiency in a fast-paced digital landscape.

However, implementing IoT isn’t always smooth sailing. It comes with a set of challenges, from inconsistent network coverage to high churn rates and inactive devices. Let’s explore these challenges and reveal how Velocity IoT can help you navigate them

Asset Tracking Challenges in a Hyper-Connected World

Various interconnected factors create complexities in asset tracking:

Inconsistent Connectivity: 

Inconsistent connectivity is a major challenge in asset tracking. For a construction company, tracking equipment and machinery at remote sites becomes difficult due to spotty network coverage. As a result, project delays, equipment location issues, and increased operational costs arise from inefficient resource allocation. This emphasizes the crucial requirement for a reliable asset tracking solution that can overcome connectivity challenges and ensure seamless operations in remote areas.

Roaming Restrictions: 

When assets cross borders, they risk losing connection due to roaming restrictions, causing significant tracking disruptions. This can lead to delayed deliveries, potential theft or loss of assets.

Operational Complexity:

To overcome roaming challenges and coverage gaps, enterprises often find themselves engaging with multiple operator contracts and multiple SKUs for different localities. Managing these multiple SKUs and partnerships with carriers and vendors can become a logistical nightmare, further compounded by the high operational overhead for vendor integration, making it an unfavorable situation.

Churn Rate and Inactive Devices: 

These can inflate costs and decrease efficiency, as inactive devices continue to drain resources even when not in use.


Keeping up with rapid technological advancements to ensure your asset tracking systems stay current is a constant race against time. Falling behind can lead to obsolete solutions and a loss of competitive edge.

Sounds daunting? Let’s see how Velocity IoT can turn these challenges into opportunities.

Addressing Challenges with Velocity IoT

Connectivity Without Boundaries:

Imagine no longer battling connectivity issues as your devices traverse international borders. With Velocity IoT’s solution, which combines eUICC and multi-IMSI technology, seamless connectivity becomes a reality. By leveraging a single intelligent IoT SIM card, you gain access to a vast network of over 600 carriers across 190 countries. This ensures uninterrupted connectivity while maintaining compliance with local regulations, eliminating the need to manage multiple SKUs and vendor relationships.

Overcoming Roaming Restrictions:

Our highly secure local core networks, deployed in different countries, enable devices to download and use localized IMSIs, effectively overcoming roaming restrictions. This empowers your assets to maintain consistent connectivity regardless of their location, streamlining tracking operations.

Optimizing Asset Performance:

With Velocity IoT, you can optimize asset performance through real-time data insights while only paying for active SIMs. By minimizing costs and reducing churn rates, you can ensure efficient asset tracking and management, saving both time and resources.

Future-Proof Solutions:

As technology evolves, so does our solution. Velocity IoT’s SIM cards offer over-the-air (OTA) updates, eliminating the need for physical replacements and ensuring your asset tracking systems stay up to date effortlessly. Moreover, our multi-layered security suite prioritizes your data and device protection without compromising performance.

Embrace the Future of Asset Tracking with Velocity IoT. Let us be your trusted partner in overcoming current asset tracking challenges and driving future success. Contact us today!

5 Essential Connectivity Needs for Successful Smart Agriculture

Smart agriculture, powered by the Internet of Things (IoT), is transforming farming practices to overcome challenges like population growth, labor shortages, and the need for sustainable approaches. With the smart agriculture market projected to reach $43.37 billion by 2030 (Precedence Research), it’s imperative that farmers embrace IoT connectivity. Let’s delve into the five fundamental connectivity requirements that underpin thriving smart agriculture.

Reliable Network Coverage:

Limited or erratic network coverage in rural areas can pose considerable challenges for farmers. Resolving rural connectivity issues is pivotal for smooth communication between sensors, devices, and centralized monitoring systems. Selecting a suitable network infrastructure – cellular networks, satellite connectivity, or LPWAN technologies like LoRaWAN or NB-IoT – is imperative in these distant locations. Conquering connectivity challenges in rural areas ensures continuous data flow and propels the full capabilities of IoT-driven smart agriculture.

Scalable Sensor Networks:

The deployment of expansive sensor networks is integral for monitoring key parameters such as soil moisture, temperature, humidity, and crop growth. Real-time data garnered from these sensors offer valuable insights for precision farming. The chosen connectivity solution should support instantaneous and consistent data transfer, enabling farmers to have current information about their fields at their fingertips. A dependable connectivity provider with sturdy infrastructure ensures real-time transmission from the expansive sensor network, facilitating informed decisions, resource optimization, and amplified efficiency and productivity.

Data Security and Privacy:

As agriculture becomes more digitized, ensuring data security and privacy is paramount. Robust security measures, including encrypted communication protocols, access controls, and regular software updates, protect sensitive farm data from cyber threats and unauthorized access. Maintaining farmers’ trust in smart agriculture solutions requires prioritizing data security and privacy.

Low Power Consumption:

Battery-powered IoT devices deployed in remote areas must operate with low power consumption to enhance longevity and minimize maintenance efforts. Optimizing power management strategies, leveraging energy-efficient communication protocols, and utilizing renewable energy sources like solar power significantly improve the reliability and longevity of IoT devices in the field.

Integration and Interoperability:

Successful smart agriculture requires seamless integration and interoperability among different devices, platforms, and data sources. Farmers rely on multiple applications, sensors, and equipment from various vendors. The connectivity solution should support standard protocols, open APIs, and data formats, facilitating easy data exchange and interoperability among diverse agricultural systems. Integration empowers farmers to gain a holistic view of their operations, leveraging comprehensive data for efficient decision-making.

Global IoT SIM cards for Smart Farming

At Velocity IoT, we offer a connectivity solution that effectively addresses all five essential connectivity needs in smart agriculture. Our global IoT SIM cards, utilizing eUICC-compliant multi-IMSI technology, provide customers with access to over 600 carriers in 190 countries through a single SIM card and vendor relationship. With our solution, IoT devices experience lower latency, reduced costs, improved compliance, and enhanced security through secure local breakouts.

Our SIM cards automatically connect to the strongest available carrier, effortlessly overcoming connectivity challenges and ensuring uninterrupted communication. Additionally, our device-agnostic approach ensures compatibility with a wide range of sensors and devices, future-proofed through over-the-air (OTA) updates. Our pricing model caters to farmers by charging only for active SIM cards, ensuring cost-effectiveness, even during seasons with no data reporting.

Moreover, our solution is open and integrative, facilitating seamless integration with other systems and platforms. With Velocity IoT’s connectivity solution, farmers can confidently embrace the power of IoT in smart agriculture, optimizing operations and driving sustainable farming practices forward.

Take the next step towards successful smart agriculture by contacting Velocity IoT or exploring our connectivity solutions today. Contact US

IoT and the Evolution of Smart Cities: Shaping a Connected Future

The surge in urbanization demands a pivot to smart cities, where innovation meets necessity, shaping efficient, sustainable, and livable futures. Internet of Things (IoT) is a key catalyst in this transformation, weaving a tapestry of connectivity that binds city infrastructures together.

Smart lighting, waste management, and connected traffic lights are prime examples of use cases that depend on real-time data transmission, emphasizing the importance of reliable connectivity. This blog post dives into the benefits of smart cities, illuminates examples of IoT in action, outlines connectivity prerequisites, and underscores the role of modern SIM technology like Velocity IoT in revolutionizing cityscapes.

What is a Smart City ?

A smart city is a digital and connected urban area that leverages IoT and data analytics to enhance quality of life, bolster efficiency and safety, and promote sustainability. Some notable outcomes include efficient resource management, improved mobility, advanced infrastructure, and enhanced security.

Examples of Smart City IoT Solutions

IoT solutions are the engine room of smart city innovation. For instance, IoT-equipped smart energy grids monitor and manage energy distribution, optimizing usage and stability, and facilitating seamless integration of renewable energy. Intelligent waste management utilizes smart bins and IoT sensors for efficient garbage collection, reducing costs and environmental footprint. Connected transportation and smart public safety systems leverage IoT for real-time traffic updates, transportation scheduling, and prompt emergency response, promoting safer, smarter cities.

Global cities like Singapore, Zurich, and Amsterdam are embracing smart city initiatives. Singapore employs IoT for digital healthcare and environmental monitoring. Zurich uses sensor-equipped streetlights for safety and smart building management for sustainability. Amsterdam’s expansive smart city project, with over 170 operations, champions innovative use of renewable energy, eco-friendly infrastructure, and energy-efficiency.

Connectivity Requirements for Smart Cities

IoT devices in smart cities have diverse connectivity needs. Understanding these requirements is essential for harnessing the full potential of IoT in urban environments. Devices like environmental sensors require intermittent communication for efficient data transmission and low power consumption during inactivity. Smart streetlights and waste management sensors need low-latency connectivity to respond quickly to events and facilitate resource management. Surveillance cameras and real-time traffic systems require constant, high-speed connectivity for uninterrupted data streaming and immediate access to critical information.

Choosing a reliable connectivity provider, like Velocity IoT, is vital to the success of a smart city initiative.


How Velocity IoT Can Help Smart Cities

Velocity IoT empowers smart cities with its cost-effective, eUICC compliant global IoT SIM cards designed for large-scale deployments. Our solutions provide seamless global connectivity, robust security, low latency, and real-time network monitoring. With our core networks deployed globally, we bypass issues with permanent roaming, data privacy, and performance.

Our single connectivity management platform provides easy configuration, customization, OTA provisioning, and more. Simplify connectivity management, increase performance, enhance flexibility, improve operational efficiency, and ensure heightened security for smart cities with our solution. 

Contact us today to learn more about how Velocity IoT can bring your city into the connected future.

Elevate your Telematics connectivity with Velocity IoT’s Advanced Global IoT Solutions

The global vehicle telematics market is projected to reach a value of $154.8 billion by 2028. Some reasons behind this rapid growth include the increased adoption of connected vehicles, the demand for improved safety, and government regulations that have further driven the adoption of telematics for safety and emissions requirements. Telematics providers have leveraged IoT to develop sophisticated solutions that optimize vehicle performance, reduce costs, and improve safety. IoT-enabled telematics devices such as GPS trackers, dash cams, and sensors rely on cellular connectivity. Selecting the right connectivity provider is critical for ensuring that devices operate effectively and efficiently. Traditional SIM cards can pose challenges for the telematics industry due to their limited capacity, high maintenance costs, and inflexibility in handling large-scale deployments of connected devices. In this blog post, we will explore how Velocity IoT’s global IoT connectivity solution can help overcome these challenges.



One of the biggest challenges for telematics systems is limited connectivity coverage, especially when operating in remote or international locations. Traditional SIM cards are often tied to a single operator and network, making it difficult to achieve reliable connectivity across borders or in areas where the primary operator has limited coverage. 


Costs related to connectivity can be a significant challenge for telematics devices. For example, the cost of SIM cards and their activation during manufacturing can add up quickly, especially for large-scale production. Furthermore, traditional SIM cards may require specific data plans that can be costly, tying in telematics providers to a specific network and creating challenges when scaling up operations. In addition, roaming charges can further add to the cost of connectivity, particularly for fleets of vehicles that operate across different regions or countries. All of these costs can result in significant expenses and logistical challenges for telematics providers, impacting their profitability and ability to provide competitive pricing.

Device lifecycle management

Managing and maintaining telematics devices over their entire lifecycle can be challenging. Connectivity through traditional SIM cards can cause problems, particularly when network technologies are phased out or sunsetted, such as in the case of 3G. This can lead to compatibility issues with older telematics devices that rely on 3G connectivity, potentially rendering them obsolete and requiring costly device or SIM card replacement.

Real-time data

Real-time data is crucial for telematics devices, such as dash cameras, because it provides immediate insights into driver behavior and vehicle performance. For dash cameras, real-time data helps improve driver safety, reduce accidents, and lower insurance premiums. It enables rapid action in the event of an accident by notifying emergency services and providing critical information about the incident’s location and severity.

Velocity IoT’s Global IoT connectivity solution

Velocity IoT offers a global connectivity solution that provides access to 600+ carriers with a single SIM card. Our VIoT-Flex SIM cards combine the benefits of eUICC and the simplicity, ease of use, and cost-effectiveness of a multi-IMSI solution. Highly secure local core networks deployed in different countries enable devices to download and use localized IMSIs. Velocity IoT’s solution is designed with IoT in mind making it ideal for the telematics industry, benefits include:

Ubiquitous connection

Velocity IoT provides seamless global connectivity through a single SIM card, offering access to multiple carriers and autonomous switching capabilities. As devices travel across borders or encounter unreliable coverage or availability, they can switch autonomously to ensure continuous data coverage. In addition, minimal latency guarantees high-quality data transmission.

Future- proof

Remote SIM provisioning provides peace of mind that physical replacement or management of multiple SIM cards for different regions and carriers is not required. All updates can be done over the air, ensuring convenience and flexibility. This feature protects devices from network sunsets and other carrier-related technology changes.

Competitive Pricing

Velocity IoT offers competitive rate plans that are ideal for a wide range of use cases. Our policy is to charge only for what you use, so devices that are not active within a billing month will not incur charges. Moreover, unlike traditional eUICC solutions, Velocity IoT does not impose transaction fees for managing profiles.

Real-time monitoring

Velocity IoT’s platform provides access to real-time, detailed network status and device activity, enabling advanced troubleshooting capabilities.

VIoT-Flex SIMs are hardware–agnostic and will work with most cellular IoT devices ranging from GPS trackers to dash cams. 

Contact us today to learn how Velocity IoT can add value to your business..

The importance of IoT connectivity for the growth of EV charging infrastructure

In recent years, we have seen a surge in the popularity of electric vehicles (EVs) as more people are turning to sustainable transportation options. Clean energy, improved driving performance, and government incentives are driving people to switch to EVs. The European Union (EU) and the United States (US) have set ambitious targets to reduce greenhouse gas emissions and transition to a net-zero emissions economy. With this shift, the need for EV charging stations has increased significantly, leading to a boom in the EV charging industry. Governments across the globe  have recognized the importance of supporting the growth of EV charging infrastructure and implemented policies and procedures to accelerate its development.

The role of IoT in EV charging stations

Efficiency and reliability are critical factors to the success of EV charging stations. Drivers expect to be able to charge their vehicles quickly, reliably and conveniently. Cellular IoT connectivity can provide a number of benefits for EV charging providers looking to improve their charging station deployment, operations, maintenance, and service provisioning.

IoT connectivity allows for real-time communication between devices and enables data exchange without human intervention. This technology is essential for the EV charging industry as it provides several benefits that make charging more accessible, efficient, and cost-effective. Features enabled by IoT include:

  1. Remote monitoring and management of EV charging stations: Operators can monitor the usage, status, and performance of charging stations from a central location, without physical intervention. This not only saves time and money but also ensures that any issues can be quickly identified and resolved, minimizing downtime for EV drivers.
  2. Smart charging: the intelligent distribution of power to EVs based on factors such as battery level, charging speed, and grid demand. This ensures that the available power is used efficiently and reduces the strain on the grid during peak hours. Smart charging also allows for dynamic pricing, where the cost of charging varies based on the time of day and demand, encouraging EV owners to charge their vehicles during off-peak hours when electricity is cheaper and more abundant.
  3. Reservation apps: enable EV drivers to locate and reserve charging stations using mobile apps or navigation systems, making charging more accessible and convenient. This feature is ideal for long-distance travel, where drivers need to plan their route and ensure charging station accessibility along the way.
  4. Integration with Payment Systems: cellular connectivity can be used to integrate charging stations with payment systems, making it easier for users to pay for charging services.

Overcoming connectivity challenges

Robust connectivity is critical for EV charging infrastructure. Connectivity issues could lead to downtime creating a negative experience for the consumer and decreased revenue for the provider. 

While both Open Charge Point Protocol (OCPP) and Wi-Fi are commonly used to provide connectivity for EV charging stations, cellular connectivity has several advantages over these technologies. Cellular networks offer higher levels of security and are more scalable than Wi-Fi or OCPP. Traditional cellular connectivity also faces certain challenges, including: 

  • Varying signal strength based on location
  • The need to physically change a SIM card to change carriers
  • Added complexity of managing multiple provider contracts

Velocity IoT’s SIM cards, VIoT-Flex, provide direct access to hundreds of wireless carriers, unlike traditional SIMs that rely on roaming or are locked into a single carrier. Velocity IoT has a unique solution that combines the benefits of eUICC and the simplicity, ease of use and cost effectiveness of a multi-IMSI solution. Highly secure local core networks deployed in different countries enable devices to download and use localized IMSIs. Benefits of the solution include:

  • Autonomous switching to the strongest available carrier
  • Increased up-time and better connectivity
  • Global coverage with a single SIM
  • Compliance with roaming restrictions

Designed for IoT scale, VIoT-Flex gives you a secure platform that supports remote SIM management and control, ensuring the longevity of your solutions without ever needing to replace a SIM card.

As the demand for EVs and charging stations continues to grow, IoT connectivity will play a crucial role in ensuring the sustainability and scalability of the EV charging industry. The need for reliable IoT connectivity solutions , such as Velocity IoT’s VIoT-Flex, will be essential for providing the consistent and reliable services that customers expect.