Dojo Five invites you to their event
About this event
What's more robust than unit testing and HIL testing your connected embedded or IoT product? Scanning its code for known vulnerabilities, of course.
Advanced CI/CD frameworks integrate with vulnerability databases. But a DevOps platform can generate software bill of materials (SBOM) and compare it to known vulnerabilities, the flag any CVEs for embedded firmware teams who are already running comprehensive unit and hardware-in-the-loop (HIL) testing, ensuring the robustness and reliability of IoT devices can be automated like never before.
Building on our first two sessions—Automating Reliability Engineering with Unit Testing & EmbedOps and Automating Reliability Engineering with HIL Testing & EmbedOps—Joe now adds automated CVE scanning and SBOM generation to our IoT PoC. With our Nordic Semiconductor nRF54 DK-based BLE sensor node now unit and HIL tested, learn how to identify vulnerable dependencies, enforce security gates within a CI/CD pipeline, and track remediation metrics to harden products before they ship.
Join this interactive developer meetup at 8:00 AM US Pacific time on Thursday, November 13th to get free code samples, access to a leading CI/CD platform, and direct access to experienced embedded firmware engineers who have been there and done that.
Hosted by
Joe Schneider is a husband of 1, father of 3, and a firmware developer. He is dedicated to modernizing embedded and has transformed and built organizations focused on modern embedded practices. He has worked with global Fortune 100’s all the way down to one-person startups. He is humbled to lead Dojo Five, a small consultancy and product company with the mission of modernizing 10,000 projects by the end of the decade. He holds EE and CprE degrees and has practiced for over 20 years.
Based in St. Paul, MN, Dojo Five offers products and services aimed at revolutionizing the embedded firmware development industry. Dojo Five seeks to modernize the firmware development and deployment experience through innovations in the quality, efficiency, and security of modern embedded firmware.
