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Mobility and Internet of Things (IoT) devices need to be connected to the network as part of your communication strategy and the cloud for management, analytics and data visualization. Explore our technical resources and stay up to date with cloud & connectivity technology.
Via a combination of virtual reality (VR), augmented reality (AR), and mixed reality technologies, end-users can visit whole new worlds and experience incredible interactive activities. The digital world we’re accustomed to will be elevated to uni
With people's growing demand for personalized products and services in recent years, the accelerated progression of enterprise digitalization, and pursuit for production efficiency, industrial cloud platforms have gradually become a focus of markets
More OEMs like you now favor a microservice architecture. Remove the barriers to agile development and give your engineers greater freedom. The results will be worth the effort of migration.
When we talk about autonomous applications, devices such as drones, robots and driverless vehicles come to mind. What they all have in common is the ability to gather information on their surroundings, process this data, interpret it and act on it.
Computer vision perfectly exemplifies the conundrum developers face when comparing processing data in the cloud or at the edge. That is, should the data generated by the camera be processed locally, in the cloud or both?
Electronic sensors provide autonomous systems with essential information. The type of sensor used determines how this information is captured and how useful it is. This data-driven approach brings with it some tough design decisions.
Bluetooth-enabled, ultra-low-power image systems and AI-enabled object recognition make it easier to scale up the IoT. For the first time, low power solutions make smart cameras a cost-effective route to adding intelligence everywhere.
The process of taking a concept to market is considerably more challenging, as anyone with practical experience in electronics and hardware development can tell you.
The three-in-one solution system offered by Azure Sphere – namely, secured MCU, secured OS, and cloud security, looks so perfect that you would expect comprehensive IoT security to be within easy reach.
Our world is becoming increasing reliant on cloud computing and big data. While this may be a good thing for users, it puts more and more pressure on cloud developers.
Two years after its official release, Azure Sphere, Microsoft’s IoT high-security application service development platform, was launched for commercialization in February 2020.
Whether you have an in-house team or are exporting the building of infrastructure to a trusted partner, make sure the team is asking the right questions when it comes to implementing and deploying IoT solutions.