Flexibility to combine embedded hardware and software technologies

NXP Semiconductors announced the 'Modular IoT Framework', which helps specialized development teams develop secure Internet of Things applications.

NXP said its modular IoT framework provides the flexibility to freely combine NXP's extensive embedded hardware and software technologies to develop and deploy compatible IoT systems.

A compatible IoT system includes edge devices, gateways, communication connectivity, security, and commissioning. The framework's components are tested and verified to implement ZigBee and Thread connectivity, and to support cloud communication via Wi-Fi, Ethernet, cellular, and LoRa. These wireless capabilities enable access to cloud platform services such as Amazon Web Services (AWS).

“NXP’s modular IoT framework is a production-ready IoT platform with pre-built interfaces, communication capabilities and security features, along with well-documented documentation,” said Ben Corrado, CEO of Rigado. “This allows Rigado to quickly define, integrate, and iterate on the IoT system functions our customers require,” he said. “Many of our IoT customers want to reduce risk and shorten the time it takes to develop products. NXP’s framework allows us to rapidly replicate functionality and optimally combine industry-leading hardware, software, and communication capabilities. This allows us to get products to market ahead of our competitors.”

“There has been a call for enhanced cloud capabilities to fuel IoT growth, but there has always been a shortage of experts in the security, wireless connectivity, and commissioning infrastructure needed to enable the diverse IoT edge devices connected to the cloud,” said Denis Cabrol, senior director of solutions at NXP. “Building proficiency in these areas can take years, and adding the right security and connectivity can delay development by years. NXP’s proven modular IoT framework significantly reduces time to market by reducing the time, effort, and expertise required to develop and connect the embedded components needed to build fully functional and secure IoT systems.”