NXP EdgeVerse Techcast

EdgeVerse TechCast — Embedded World 2026 Preview! | NXP Demos, FRDM Lab, Zephyr Anniversary & More
Welcome back to the EdgeVerse TechCast! In this episode, Bridgette and Kyle take you on a fun, fast‑paced tour of everything NXP is bringing to Embedded World 2026 in Nuremberg — one of the biggest global gatherings for embedded engineers.
Whether you're attending the show or tuning in from your lab bench, this episode walks you through the innovations, demos, giveaways, and technical sessions shaping the future of embedded design.
What You'll Learn in This Episode
Explore the FRDM Lab. Get hands-on with AI/ML, security, connectivity, motor control, graphics, sensors, and low-power demos — plus small-group technical sessions led by NXP engineers. And yes… free FRDM boards are involved.
Introducing FRDM Automotive. The FRDM ecosystem expands into automotive! Discover the new automotive-focused development boards debuting at Embedded World. 
Zephyr Project's 10-Year Anniversary. NXP is celebrating by giving away 10,000 boards throughout 2026 to accelerate open-source development. Learn how to get yours at the show.
Industrial & Robotics Demos. See how edge AI, real-time control, TSN, and robotics toolkits are enabling smarter factories.
Healthcare & 🏡 Smart Home Innovations. AI-driven infant monitoring, Matter-enabled devices, UWB-based access systems, and more cutting-edge demonstrations.
Live Technical Sessions at Embedded World. Hear from the engineers building the future — from CRA strategies to UWB plug‑and‑play to AI-powered vehicle architectures.
Attending Embedded World? Visit NXP Booth 4A‑222 and dive into live demos, hands-on labs, and technical Q&A sessions with NXP engineers. 
Episode Resources:
NXP at EW Booth 4A-222
FRDM lab at EW Booth 3A-128
Zephyr at EW Booth 4-170
Webinar | Build with FRDM: Your Getting Started Guide and Embedded World 2026 FRDM Lab Highlights
00:00 – Intro: Danke Schoen & Embedded World vibes
01:12 – What's happening at Embedded World 2026
03:00 – Inside the FRDM Lab: Hands-on demos & sessions
05:42 – Free FRDM board giveaways
07:15 – Launching FRDM Automotive
09:30 – Zephyr Project 10-year celebration & 10k board giveaway
12:05 – Automotive demos: S32N, EV orchestration & Cabin IQ
15:48 – Industrial demos: Robotics, edge AI & software-defined factories
18:30 – Healthcare & smart home technologies
21:05 – Technical sessions & expert talks
23:10 – Can't attend? Upcoming FRDM Lab webinar
24:40 – Wrap-up & closing thoughts

MCUXpresso Installer: End Embedded Setup Nightmares (MCUXpresso, Zephyr & Matter)
In this EdgeVerse Techcast episode, co-hosts Bridgette Stone and Kyle Dando interview Alexandra Maracine, a software engineer on the MCUXpresso Installer team, about how the MCUXpresso Installer simplifies embedded development environment setup. Alexandra explains the common pain points—scattered tool downloads, dependency and version conflicts, broken PATHs, and team-wide consistency issues. Then she covers how the Installer centralizes sources, manages multiple coexisting versions across MCUXpresso SDK, Zephyr, and Matter, configures environments automatically, supports offline installs, and works across Windows, macOS, and Linux. She contrasts monolithic IDE installers with modular, package-driven approaches and describes key engineering challenges such as isolating installs from unpredictable user systems (including Python virtual environments) and handling enterprise constraints like proxies and restricted networks.
Episode resources:
MCUXpresso Installer Overview
Download MCUXpresso Installer (MacOS, Linux, Windows)
MCUXpresso for VS Code: Getting Started
00:00 Welcome to EdgeVerse
00:49 Why Setup Is Painful 
01:29 Meet Alexandra 
02:12 Furniture Analogy 
03:35 Real Dependency Nightmares
05:35 Key Benefits Breakdown 
06:56 Offline and PATH Magic 
08:05 Alternatives and Trends
10:16 Hardest Engineering Challenges 
11:40 Respecting User Systems 
12:24 Enterprise Constraints
13:32 How to Get and Update
14:16 VS Code Integration
14:50 Wrap Up and Takeaways

CRA Week Ep. 4: Maintaining CRA Conformity Across the Product Lifecycle
In the fourth and final episode of CRA Week, hosts Kyle and Bridgette wrap the series up with 3 CRA experts Asim Zaidi, Julien Delplancke, and Louis Rodriguez.
Asim explains why CRA compliance continues long after a product ships and highlights key underestimated challenges. (Architecture drift, maintaining secure configurations, Crypto agility, Documentation (including SBOMs). 
Julien describes manufacturing-stage security needs and how EdgeLock 2Go centralizes secure credential provisioning, supports secure over-the-air updates, and enables credential renewal and crypto agility for devices in the field.
Louis outlines the role of a PSIRT, and reviews core lifecycle vulnerability processes including intake, triage and impact assessment, remediation, coordinated communications, multi-vendor coordination, and notification obligations.
Episode Resources:
NXP CRA web page: EU Cyber Resilience Act (CRA)
NXP PQC web page:Post-Quantum Cryptography
EdgeLock 2GO | IOT Service Platform for Secure Deployment and Management
NXP PSIRT: Product Security Vulnerability
Security Certification: Security Certification
00:00 Welcome to CRA Week Finale
01:39 Why Lifecycle Matters
01:58 Hidden Long Term Challenges
05:00 Future Proof Architecture
06:41 SBOM and Crypto Agility
08:16 Manufacturing Security Basics
09:51 EdgeLock 2Go for Updates
11:50 PSIRT and Governance
15:14 Vulnerability Management Processes
16:49 CRA Week Recap and Closing

CRA Week Day 3: Proving Compliance—Your "Recipe" for EU Cyber Resilience Act Conformance
On Day 3 of CRA Week on the EdgeVerse Techcast, hosts Kyle Dando and Bridgette Stone are joined by NXP expert Carlos Serratos to explain how manufacturers can prove compliance with the EU Cyber Resilience Act (CRA). Carlos connects Risk Assessment and Security by Design to the need to demonstrate cybersecurity conformance. 
Using a baking analogy, he outlines key CRA compliance "ingredients":
 A risk assessment
Vulnerability management policy
Secure development process
Support period policy,
User information
Product class identification
Conformity assessment
Technical documentation
Declaration of Conformity
A CE mark
He then details a step-by-step process to "bake the ingredients": perform risk analysis and select mitigations/components, analyze conformance against CRA essential requirements, verify conformance per applicable standards and product class, collect evidence and draft the declaration, ensure support period and vulnerability management are reflected in the risk assessment and user guidance, apply the CE mark, and retain documentation for 10 years after market placement!
Episode resources:
CRA web guidance
Security process descriptions and certifications
CRA Paradigm Shift Training
NXP's vulnerability management policy
 
00:00 Day 3 Proving Compliance
01:25 Why Compliance Matters
02:52 Risk Assessment Drives Decisions
03:31 Security by Design Lifecycle
03:55 CRA Cake Ingredients
05:46 Step by Step Conformance
07:24 Not Legal Advice Start Now
08:05 NXP Tools and Resources
09:08 Wrap Up and Next Episode

CRA Week: Step 2 Security by Design
Day 2 of CRA Week covers the 2nd major step in CRA Compliance, Security by Design. NXP security expert Marc Vauclair explains that CRA security is about managing risk, and that Security by Design reduces risk compared to adding security later.
The episode outlines the following CRA expectations:
Shipping products in a secure state
Enabling security features by default
Using encryption and data minimization
Minimizing components and unused interfaces to reduce attack surface
Ensuring only trusted software runs at startup 
Marc encourages threat modeling, security into product requirements alongside traditional constraints, and accurate risk assessments. 
Apply what is discussed with a wireless keyboard example. It illustrates threats such as snooping, data injection, and denial-of-service via wireless flooding, and explains decomposing threats into risk factors, asset-centric impact analysis, and using threat intelligence and vulnerability severity to derive project-specific risk levels. At the end threats are mapped to mitigations like authentication to prevent spoofing and cryptographic integrity checks to prevent tampering. 
Marc also highlights NXP technologies that support Security by Design:
Encrypted firmware and key installation
Secure debug/configuration
Remote key provisioning
Memory encryption
Isolation between secure and non-secure areas
Secure connectivity features (origin attestation, secure communication, accelerated networking, remote key management)
Incident detection/response/recovery with measured boot, runtime attestation, cyber resilience recovery, tamper detection, and battery-backed monitoring 
Don't miss this detailed episode to better understand Security by Design for CRA!
Episode Resources:
NXP CRA page: EU Cyber Resilience Act (CRA)
NXP page: Security Certification
00:00 Welcome to CRA Week Day 2
00:48 Meet Marc Vauclair
01:49 What Security by Design Means
02:54 CRA Secure by Default Requirements
04:13 Lifecycle Threat Modeling
06:02 Making It Practical in Development
07:30 Right Sizing Security Effort
09:23 Threat Modeling Keyboard Example
12:13 Risk Assessment Basics and Factors
14:25 NXP Technologies for Security
16:14 Recap and Step 3 Teaser