When it comes to developing for the Internet of Things, developers are often challenged by the complexity of creating both highly secure and interoperable solutions that today’s end users expect, while maintaining a certain level of innovation and creativity.It just so happens that two of the biggest problems troubling IoT are security and incompatibility. The goals achieved by implementing IoT solutions are only achieved if the devices across different ecosystems work together—and they must do so securely.A developer may create a solution for a particular ecosystem with uniquely defined ways of communicating or collecting information, but doing so limits their market potential and may block the more innovative aspects of their solution from coming to fruition. Developers can build support across multiple ecosystems; however, this complicates development, expands the code footprint, increases costs, and further complicates security.
Secure and Interoperable Solutions Help Create the True Vision of IoT
Leverage Existing Open Source and Standard Language IoT Kits
It’s not always in a developer’s best interest to start from scratch, and that’s where common standards and open source toolkits are important.Standards bring together a wide ecosystem of developers and resources to help create and deliver products that continue to make IoT a reality.
Always Conduct Solution Checks to Ensure Full Security
While open source tools and standard languages can help developers build very secure and interoperable solutions, they can only go so far. Developers should never assume that existing technology will fully protect their IoT creations, and must arm themselves with a complete and holistic view of their designs.Here are two general recommendations:
Clearly visualize what your IoT device should do – Well-designed products result from careful thinking. Don’t just think of your primary application. Think of what your product can do if it’s part of an ecosystem and can be used together with other products the customer already owns.
Prototype and test – Your vision is not worth much if you can’t build what you’ve designed. Your first iteration will probably be bad. Build a second and a third. Rapid prototyping is key to seeing your ideas in action and generating new ideas. Prototypes also allow your potential customers to try the experience and give you real user feedback.
Getting to the prototype stage puts you well on your way, but there is still more to do to get a product to market. You will need a lot of testing and feedback. The true promise of the Internet of Things is similar to the promise of the internet itself: If you constrain your solution to a proprietary ecosystem, you can only address a limited subset of problems.The internet only realized its potential when companies understood there was more value in interoperability between competitors than in protecting your own turf. The same is likely true with IoT. Interoperability is an opportunity, and security provides the protection you and your customers need.Clarke Stevens, Chair, Data Model Tools Task Group, and Vice Chair, Data Modeling Work Group at the Open Connectivity Foundation.
Paris has historically stood as a popular tourist destination and icon for romance, fashion, art, culture, and history. As city planners continue to integrate technology into Paris' urban infrastructure, city officials are challenged with incorporating smart city technology while preserving and maintaining Paris' cultural identity as the "City of Lights."
This is a two part article. In the first part I demonstrate how an IoT device can incorporate a light weight blockchain on a camera device. In the second part I describe the need for open-source bodycams with law enforcement.
This is a step-by-step of how I built an IoT smart water meter using Raspberry Pi, the Microsoft Azure Anomaly Detector API, Soracom Beam and a Soracom IoT SIM card.I've included screenshots and code snippets that I used, along with reasoning why I chose Soracom and how hobbyists could further develop this project.