Percepio®’s Post

"When most companies think of observability, they think of monitoring, alerting, and reacting when something doesn’t work. They fit the issue, deploy a bug, and call it a day. They do it until they achieve a running operation again. Consider a simple example. If you are running out of memory, then there must be a moment beforehand when you had 99, 95 or 90% memory occupation. You should be able to take action when you have a 90% occupation level rather than when you’re already out of memory. ... The new trend is to shift left from post-deployment observability to built-in observability and observability by design. In this new approach, observability is the first thing you think about. You ask yourself what you would observe to determine if the system is healthy or not healthy. Once that is defined, you add it to your implementation." Quote above from Daniel Gebler, CTO and Founder at Picnic, interviewed on Observability Driven Development by The Software House earlier this year (well worth a read). Now, with Percepio Detect, we're bringing Continuous Observability capabilities to the embedded space.

#sundayfunday Working on a "cool project" Implementing Lens IDE #k0smotron with #clusterapi #docker provider with #helm addon deploying a full #observability stack #grafana alertmanager dashboard and rules included All to be able to demo behaviour of #cncf #chaosmesh

Tag your friends who's are embedded systems guru and battle it out in the comments! Share this post and spread the word - let's crowdsource the future of embedded systems! #embeddeddesigner #embedded #embeddedsystems #emergingtech #embeddedworld #techinnovation #futuretech #embeddeddevelopment #Tech #innovation #embeddedhardware #techpredictions

Here we have an informative video regarding the important and growth of embedded systems.How we engage with embedded system in our day to life.we have a vast examples of embedded system. Some of them are listed in the above video. You can engage with Emertxe Information Technologies to build your career in embedded system. . . . . #emertxecap #embeddedsystems

Here is the video for implementation of gates using multiplexer. #verilog #vlsi #digitalelectronics #rtl_design link: https://lnkd.in/gpisuBZi

I'm sure lots of you have seen the CH32V003F4P6 RISC-V MCU making the rounds as of late and have been wanting to have a play without too much of a learning curve. Well, that's where Embeetle comes to the rescue. Kristof Mulier just sent me this article on getting started with the 10 cents microcontroller with only 3 files. I'm sure you'll find it a blast: https://lnkd.in/e5sRYvc8 And if you want to see a real-time demo of Embeetle IDE in action, here's a tutorial from the first time ipXchange met Embeetle: https://lnkd.in/eVDyvK8R

Simulation is the key to shift-left testing of embedded systems because it enables earlier, more frequent and scalable testing -- even before hardware has been manufactured. But it must be integrated and automated in a way that improves development efficiency and doesn’t create additional testing and maintenance burden. Wind River Studio Virtual Lab is the only DevSecOps platform for embedded developers that provides uniform management and automation of simulated and hardware testing targets out of the box. Read our latest blog post to learn how easy it is to improve testing of your intelligent edge project: https://lnkd.in/ebYWFdgT #DevSecOps #Simulation #Embedded #IntelligentEdge

🚀 Excited to share my latest project leveraging FreeRTOS and TouchGFX for seamless interthread communication! 🌐 In this demo, I’ve implemented a robust synchronization mechanism using FreeRTOS queues to coordinate multiple threads in a TouchGFX application. Here’s a breakdown of the setup: 🔧 Tasks Configuration: • One task for acquiring ADC data every 50 milliseconds. • Another task for RTC updates every 500 milliseconds. • Main TouchGFX task for GUI updates. ⚙️ Interthread Communication: • Utilizing FreeRTOS queues, I’ve ensured timely delivery of data from the ADC and RTC tasks to the main TouchGFX task. • This seamless communication enables real-time updates of the GUI, enhancing user experience and responsiveness. 📈 Performance Optimization: • Careful management of queue sizes and task priorities ensures efficient resource utilization. • Thorough testing and profiling have been conducted to identify and address any performance bottlenecks. 🛠️ Continuous Improvement: • I’m continuously exploring ways to optimize resource usage and enhance the overall performance of the application. • Feedback and suggestions for further improvements are always welcome! 👨💻 Conclusion: • By effectively managing queues and leveraging FreeRTOS capabilities, I’ve demonstrated how to build responsive TouchGFX applications with rich features and high performance. 💡 Let’s Connect: • Interested in discussing more about FreeRTOS, TouchGFX, or embedded systems? Let’s connect and share insights! Looking forward to hearing your thoughts and feedback on this exciting project! 🚀🔍 #FreeRTOS #TouchGFX #EmbeddedSystems #InterthreadCommunication #RTOS #RealTimeSystems #EmbeddedDevelopment #GUI #PerformanceOptimization #STM32 #ARM_CortexM7 #STM32H7 #STM32CubeIDE

Ever wonder what your model is trying to tell you? 🤔 Wonder no more! Join us in 2 weeks for our next Simio Solution Series, “What Exactly is My Model Doing? Verification and Debugging Techniques” and find out what causes some common model behaviors. Sign up here: https://lnkd.in/de2abb7k #Simulation #Modeling #ProjectManagement

From theory to practice: Our lab session on Pulse Amplitude Modulation (PAM) using Lucas Null setup and LabSoft software. 📈🔍 Understanding signal fidelity and modulation principles firsthand. #HandsOnLearning #CommunicationTech