Tag: iot platform
Embedded Programming for the Internet of Things
Embedded programming is essential to the way IoT devices work. For production, you'll need C/C++ and some hands-on electronics experience.
IoT Applications in Prisons: From a Dusty Lockup to a “Smart Penitentiary Facility”
By embracing IoT technology, prison administrators can transform a prison into an automated and connected smart penitentiary facility.
Business Models in the Age of IoT: Enabling Usage-Based Pricing
An IoT "Platform as a Product" (or "PaaP") framework enables you to build IoT products with usage-based pricing without paying PaaS fees to a provider.
Plug & Play Best Practices for Wireless IoT Deployments
Apple provides IoT solutions providers with a blueprint for creating truly plug-and-play products and services. They would do well to learn Apple's lessons.
3 IIoT Trends Affecting Major Industries
Industries may have to wait years for the trillions analysts predict IIoT trends will create. Interoperability and collaboration will bring us closer.
The Pivotal Role of Business APIs in IoT Platforms: Part II
Part 2 of this series outlines the "3 R's Framework" (Roles, Rights, Revenues) for designing IoT platform "business APIs" that attract partners and scale.
Containers On The Edge
IoT devices have seen unprecedented evolution in the last few years in terms of their features and usefulness. However, the IoT devices of today are still largely limited in the functionality that...
CES 2019 Recap: IoT Tech With a Social Impact
CES 2019 proved socially impactful IoT products are economically viable and technically impressive. Tech innovators should ask, “how can I help the world?”
Choosing the Right IoT Platform: The Ultimate Checklist
Choosing the right IoT platform requires a deep exploration of your needs and the capability, reliability, and scalability of your candidate IoT platforms.
Top Five Considerations When Choosing an IoT Platform
Focus on time-to-value in a future-proof IoT platform that's reusable across products, application agonistic, and not overcommitted to one compute scenario.
