That’s a wrap for our Mesh workshop at RoseLab Toulouse!🤩 We dived deep into decentralized open mesh networks and no-code hardware development.⚙️ 🚨When cellular networks and internet go down, citizen-run mesh networks let you exchange messages and location — no public infrastructure required. Great to meet so many passionate makers and build custom mesh devices with CodeCraft together. 🤝 More maker workshops coming soon!🤯🙌 #SeeedStudio# #MeshNetwork# #Meshtastic# #EdgeAI# #EmbeddedSystems# #Makers# #Toulouse#

What challenges does the shortage of skilled workers pose for the embedded systems industry? Three experts shed light on this topic at the #ew23# exhibitor forum. 💡 Missed the discussion? Here ➡️ you have the opportunity to see the expert panel again!

$BB is live on Raydium. BlackBerry is a software company focused on secure communications and embedded systems, with its QNX software used across more than 275 million vehicles. Now trading 24/7 on Solana via @sunrise and @Backpack Securities.

Working on a new project. This time I'm getting into hardware. I'm looking for an embedded systems engineer to design custom PCBs and work hands-on across hardware prototyping. Generous salary and equity. DM me.

🚀 purecrypto v0.10.4 is out! A pure Rust cryptography library aiming for OpenSSL-level functionality, with support for embedded systems (already used in CatCard), MPC, QUIC, and more. Extensively AI-reviewed over months, across multiple independent runs. Now looking for feedback, code reviews, security analysis, and contributions!

ST is introducing an initiative to provide Rust drivers for many of our sensors, opening a new avenue for those looking to adopt this programming language in their embedded systems development. 🔍 Learn more on the #STBlog#:

The 78th Marine Propulsion Control Technology Course (#MPCTC#) commenced at #MILIT#, Pune, bringing together 41 officers—17 from the #IndianNavy#, 8 from the #IndianCoastGuard# and 16 from Friendly Foreign Countries, including #Namibia#, #Togo#, #Tanzania#, #Philippines# and #SriLanka#. Major General Naveen Thapliyal, Commandant #MILIT# interacted with the student officers, encouraging participants to embrace emerging #MarineEngineering# technologies and innovative solutions to meet evolving maritime challenges. The course provides advanced training in marine propulsion control systems, embedded systems, signal processing, mechatronics, simulation and modelling and microcontrollers, equipping officers to meet the future maritime operational requirements. #ProfessionalMilitaryEducation# @DefenceMinIndia @SethSanjayMP @SpokespersonMoD @MIB_India

It's good to see robotics finally getting the recognition it deserves these days. The venture capital market says so, the steady flow of talent says so, and of course so does the progress in AI, which promises that the physical world can be automated, despite being so unpredictable and messy for machines. That's exactly why I wanted to shine a light on the people building in the robotics space. They're a bit like Renaissance men. Their skills go way beyond writing code. They have to bridge software with the real world, and despite how it might sound, that's an incredibly hard challenge. Atoms are harder to control than bits. Here are just some of the fields a roboticist must be aware of: → Software engineering & robotics frameworks: Fluency in Python/C++ and tools like ROS 2 and simulators. Modern robots are software-defined, so code quality is critical. → AI & ML for perception and control + data: Computer vision, sensor fusion, and deep/reinforcement learning. Knowing when to use classical vs. learned methods is key. → Systems integration & mechatronics: Understanding how sensors, actuators, electronics, and embedded systems fit together. Debugging across the hardware/software boundary sets strong engineers apart. → Control theory & motion planning: From PID and MPC to trajectory optimization and path planning. This is what makes robots move reliably in the real world. → Collaboration & safety-aware design: Communicating across disciplines and designing for reliability and safety standards. Deployment realities and failure modes matter as much as features. Hats off to all these great people working in robotics space, and focusing on really hard problems :) Image credits: @jbhuang0604 ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →