In today’s fast-paced technological world, it’s crucial to stay ahead of the curve in the embedded systems industry.

In this podcast episode, Amelia Dalton from EE Journal interviews Semir Haddad, our Chief Product and Strategy Officer, on the current and future biggest influences of embedded systems development.
Semir highlights the two major trends that are impacting the embedded systems industry: sustainability, containerization and servitization.

MicroEJ unveiled major news in the fields of wearable design, energy management, Edge AI, and embedded security at CES 2023. Learn about its latest announcements for a software-defined world. During the event, MicroEJ announced ground-breaking advancements in software-defined everything, turning fixed-function IoT products into a network of programmable devices with upgradable features and distributed intelligence.

MicroEJ attended Embedded World 2022, one of the famous IoT events in Germany that offers the opportunity to exchange and maintain valuable contacts with our partners and customers. Our partner VeriSilicon introduced on its booth how our software container MICROEJ VEE and their IP solution provide manufacturers a turnkey solution to design rich user interfaces experiences on resource-constrained embedded devices. Take a look at our interview with Martyn Humphries SVP & GM Worldwide Sales & Advanced Platforms at VeriSilicon, to know more about our solution:

MicroEJ exhibited at the biggest electronics and world innovation show for the sixth year: the Consumer Electronics Show (CES) in Las Vegas from January 5th to 7th. Following the cancellation of the CES 2021 in person format due to the Covid-19 pandemic, our MicroEJ team was eager to announce exciting news to visitors and journalists welcomed at the booth.

The digitalization of the world generates more than 100 billion electronic objects per year, or almost 10 electronic objects per person every year. In this gigantic global market that is reshaping most industries, MicroEJ has established itself internationally as the alternative to Android Things for all everyday electronic objects (except smartphones), whether connected or not. Let’s talk with the CEO Fred Rivard, to learn more about the “software containers” market and MicroEJ, which allows the largest community of engineers in the world to create intelligent electronic objects in a fast and cost-effective way.

As the embedded space for IoT devices evolves, MicroEJ customers’ expectations grow. Therefore, our website dedicated to developers has been rebuilt to be streamlined and to the point; in order to help finding the information needed to start building smart, connected IoT devices.

Murata and MicroEJ collaborated to support the ultra-small Wi-Fi + Bluetooth combo module through a specific development board, Type1LD EVB  MicroEJ is providing its leading trusted Virtual Execution Environment (VEE), mixing C and Java technologies for IoT application development.

MicroEJ’s partnership with Google Cloud IoT Core takes care of the “plumbing” between your device and Google Cloud Platform (GCP) for a seamless IoT connectivity. That way, you never have to worry about updating or changing the firmware that sits at the bottom of your product.

In an exclusive interview with Lembarqué.com, Fred Rivard, the CEO and founder of MicroEJ, explains why the embedded applications environment MICROEJ VEE (Virtual Execution Environment) is now qualified as the “tiny sibling of Android™”, a name today duly accepted by the giant Google™ itself. MICROEJ VEE has become recognized as the standard solution for “Things”, to make them more intelligent, secure, and especially, low consumption.

Top corporations are looking to evolve legacy product lines into “connected” offerings to enable new on-demand capabilities, but designing smart applications and deploying them anywhere, to any device is still a challenge. In this session, you’ll learn how MicroEJ addresses the challenge of supporting fleets of devices that operate on heterogeneous hardware and embedded software versions by leveraging Google Cloud IoT connectivity.