Best Practice For End-To-End IoT Security

Security concerns remain a major barrier to IoT adoption for as many as 85% of IoT industry leaders1. Fraud is growing in this area, causing widespread agreement across the ecosystem that securing the IoT application is the only way to fully develop its business potential. The good news is the vast majority of attacks can be prevented – and the resilience of any IoT deployment significantly improved – with measures that are simple and cost-effective to implement.

This white paper explains how mobile connectivity is a central enabler of IoT security. It outlines best practice advice for protection built in at each layer of an IoT solution, and at every stage of its development.

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A global IoT solution for monitoring indoor air quality

Poor indoor air quality is detrimental to our health, economy and workplace productivity, especially in an environment dominated by COVID-19. Real-time airborne monitoring can help prevent the spread of airborne disease, including COVID-19 pathogens. Now, more than ever, businesses need measures in place to protect their workforce and customers from potential airborne hazards and disruptions.

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Why enterprises are choosing eSIM for simple and flexible global IoT connectivity

As the number of connected devices rises from around 700 million today1 to an estimated ten billion by 2030, it’s clear that the pace of evolution in cellular connections is poised to accelerate radically. Current IoT connectivity is composed of 2G, 3G and 4G cellular networks and low power wide area networks (LPWANs). This base will be added to by newer technologies that enable devices to connect without needing their own power supplies.

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