🚨 #embeddedjobs at Vivint
Engineering folks in UT - the team at Vivint are hiring for some exciting roles to work on their embedded security cameras. Reqs in post! #embeddedjobs #embeddedengineering #IoTjobs
Memfault is the first IoT reliability platform that empowers teams to build more robust devices with software at scale. We believe that device reliability engineering will transform how developers build and operate IoT and edge devices with more productivity and more collaboration. As IoT applications continue to grow in complexity, it is more important than ever for developers to have Memfault’s performance monitoring, device debugging, and OTA update capabilities built into their fleet of devices for proactive device operations. We built Memfault to enable developers with a more scalable and sustainable process to accelerate go-to-market, de-risk product launches, cut product costs, and deliver overall superior products. By providing support for RTOS, bare metal, Android, and Linux devices, Memfault gives developers new flexibility and control over connected product development and device operations.
External link for Memfault
Memfault is the first IoT reliability platform that empowers developers to build devices with software at scale by employing device reliability engineering (DRE) techniques. Memfault is a one-stop-shop for performance monitoring, device debugging, & OTA updates. Memfault can be integrated into any embedded device with Embedded Linux, Embedded Android (AOSP), & ARM or ESP32 MCUs irrespective of the RTOS or connectivity path. Using Memfault SDKs, full device coredumps, backtraces, debug registers, logs, & custom metrics are collected with ease. Because data structures collected are framed into packets as small as 9 bytes, they can be transported via Bluetooth, LTE, WiFi, LoRa, Zigbee, or even proprietary protocols with ease. Memfault analyzes data in the cloud to classify the issue, identifies a possible root cause, automatically deduplicates similar issues, & sends alerts when problems are detected. From the web app, you can view individual issues & get an overview of fleet health.
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🚨 #embeddedjobs at Vivint
Engineering folks in UT - the team at Vivint are hiring for some exciting roles to work on their embedded security cameras. Reqs in post! #embeddedjobs #embeddedengineering #IoTjobs
You’ve probably heard that new IoT security regulations are imminent. So has your risk and compliance team. 👀 🛡️ 🔐 Now’s the time to get ahead of these changes and ensure your products meet all necessary security requirements and accreditations. Join Memfault Co-Founders François Baldassari and Chris Coleman for a discussion on how these regulations will shape the future of IoT. https://hubs.la/Q02LzbTF0 We’ll cover the potential impacts on your organization, including: 👥 Operational changes ✔️ Compliance requirements 💡 Strategic adjustments ⚒️ Pivotal shifts in how IoT devices will be developed, deployed, and managed Don’t wait until the regulations are enforced. Learn how to navigate this new regulatory environment and prepare for the upcoming changes today. #IoTsecurity #Regulations #CRA
In a fast-evolving industry, staying ahead of the curve is essential. Last week we hosted a webinar with Chris Rommel from @VDC_Research where we discussed the 2024 IoT Industry Report, uncovering the key trends and strategies that are shaping the future of IoT development. Missed it live? No worries! The webinar is now available on demand. Whether you're looking to optimize your current projects or get a glimpse of what’s coming next in the IoT space, this session is packed with actionable takeaways. Watch the webinar: https://hubs.la/Q02LtM9w0 #IoTDevelopment #industryreport #IoT #embedded
📣 New Interrupt post! In the sixth and final part of our "Diving into JTAG" series, Aliaksandr Kavalchuk dives into security issues related to JTAG and the Debug Port. https://hubs.la/Q02LqWtn0
Heads up, Boston! On September 11th, we're bringing together top minds in IoT security for a must-attend panel discussion. 🔒 Whether you're building, securing, or scaling IoT devices, this event will dive into the latest security shifts and what they mean for you. Don't miss out—reserve your seat today! 👉 [https://hubs.la/Q02Lc2DM0 #IoT #cybersecurity #techevents
Attention Firmware Engineers and Team Leaders: Collaboration with your electrical engineering counterparts is crucial for ensuring you have the right hardware to develop, debug, and deploy your code effectively. ⚙️ 👥 And as with most things, timing is everything. ⏰ "Identify needs early on in the development cycle with the electrical team when changes to PCBs are relatively cheap," advises Mark Schulte, Staff Firmware Engineer at Lyft. 💵 Here are a couple key steps to consider: ✔️Get involved in the schematic review. If you’ve been actively collaborating with your electrical engineer and providing guidance on necessary hardware, your involvement in the schematic review should be a given. ✔️Build your checklist upfront. Leverage proven lessons, but tailor your checklist to the specifics of your project. For a head start, here’s a checklist you can use as a foundation: https://hubs.la/Q02Lb5cC0 #EmbeddedSystems #FirmwareDevelopment #EmbeddedEngineering #HardwareDesign #IoT #Collaboration
🚀 Big News! The iconic #EmbeddedWorld conference is making its U.S. debut, and we couldn't be more thrilled! Are you heading to embedded world North America? 🇺🇸 Come visit Memfault at Booth #2434 in Austin, Texas, from October 8-10! We'd love to meet up in person—schedule a chat with us: https://hubs.la/Q02KZgDd0 #IoT #EmbeddedSystems #Firmware #Hardware #ew2024
As the Paris 2024 Olympics draw to a close, it's amazing to see how IoT and embedded technologies have been at the heart of the action. From digital twins to smart transportation, these innovations have powered the games in ways that were once unimaginable. 🚴♂️ ⛳ 🥅 🏋️♀️ If you’re passionate about IoT or embedded systems, this article breaks down 8 incredible ways these technologies are transforming one of the world’s biggest events. Dive into the details here: https://hubs.la/Q02KGnrc0 Article by Liz Taurasi Hughes of IoT World Today #IoT #EmbeddedEngineering #DigitalTransformation #Paris2024 #Olympics
In the first of a series of interviews and webinars, ipXchange chats with firmware engineer Gillian Minnehan to learn how Memfault’s embedded device observability and OTA update platform empowers engineers developing connected products. Skip to 17 minutes into the conversation to see Gillian give Eamon Standing a tour of the platform for MCU-based builds. 🚀 Any engineer who has ever experienced the anxiety of rolling out an update to their fleet will appreciate the example Gillian walks through. Here's the scenario...🍿 A Bluetooth-connected fitness tracker is suffering from connectivity, stability, and battery life issues after an update. The engineers had rolled out the update to around 20% of a 700-device fleet, using a staggered rollout so they could observe the performance of the new software version on a few devices before mass rollout. Unfortunately, that software version was not so stable, so the rollout was halted so that a new, more stable build could be shipped to the remaining fleet. Gillian shows just how easy it is to monitor performance, stability, connectivity, battery life, the source of errors and reboots, and more for each device and software version with Memfault. A huge thanks to ipXchange for featuring our platform, to Eamon for a great conversation, and to Gillian, our rock star firmware engineer (and future movie star?) for the outstanding demo. As ipXchange says: Keep designing!
Easily monitor devices from afar with Memfault – An ipXperience and a demo of the platform! ipXchange recently chatted with Gillian Minnehan from Memfault, a solutions provider that has created an observability platform that enables you to see everything that is happening with your (connected) devices while they’re out in the field. Whether it’s an IoT sensor, a wearable, or anything else with a cloud connection, Memfault lets you monitor the performance of every device in your fleet in real time, debug any errors in your software, and send OTA updates without you having to get a device back on your desk. As a firmware engineer, Gillian not only explained the benefits of Memfault’s platform, she also gave us a detailed demo of a typical debug for an MCU-based device. Watch the full interview and read the article on ipXchange.tech, where we’ve also linked to a demo environment where you can play with Memfault’s platform yourself: https://lnkd.in/eqkHvN6Y Keep designing! If you're ready to get started with this technology, check out Memfault's Sandbox here: https://lnkd.in/eHPh5Pvk #IoT #internetofthings #wearables #medicaldevices #medicalwearables #mcu #microcontrollers #BLE #Bluetooth #Linux #Android #agritech #debug #wireless #wifi #embedded #electronics #electronicsengineering #firmware #firmwareengineering
🚨 Join us on September 11th in Boston for an essential panel discussion on IoT security! Learn from industry experts about the pressing security changes and challenges in the IoT landscape. Secure your spot now: https://hubs.la/Q02KP-t_0 #IoT #cybersecurity #techevents