The Engineering Partner Enabling Edge AI and Embedded Security on NXP Automotive

The Engineering Partner
Enabling Edge AI and
Embedded Security on
NXP Automotive SoCs

Then split this into two service verticals

Each vertical sells your engineering service and demonstrates the AutoBoardV1 as proof of capability.

Vertical

Core Pitch

Value Proposition

Embedded Security Enablement

Secure boot, certificate verification, TLS stack, HSE APIs, secure communication, OTA simulation

We integrate cryptography directly on the chip — no black-box library. Real automotive-grade secure implementations

Edge AI Enablement

Neural inference on S32K344 (Glow compiler, eIQ Auto), sensor data pipeline, deployment optimization

We turn raw sensor data into intelligence — with models that fit the real MCU

S32K3 Enablement Services Secure
Intelligent, Automotive-Grade

From cryptographic trust to on-board intelligence, we help OEMs and Tier-1s build next-generation automotive ECUs using NXP’s S32K3 SoC and our AutoBoardV1 hardware.

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Download Capability Brochure

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Why Automotive Software Teams Struggle with Modern ECU Enablement

• Security Complexity: AIS-189 compliance demands secure boot, certificate chains, authenticated communication.
• Performance Bottlenecks: Integrating cryptography or AI on microcontrollers without hardware acceleration.
• Integration Delays: Long validation cycles between software, hardware, and toolchains (HSE, FreeRTOS, MbedTLS, etc.).
• Skill Gap: Limited in-house expertise on S32K3 architecture and HSE APIs.

We Bring S32K3 to Life Secure, Connected, and
Intelligent

A. Embedded Security Enablement

1.X.509 Certificate Verification on HSE

2.MbedTLS Integration for Secure Communication

3.Secure Boot and Firmware Authentication

4.Secure OTA Simulation

B. Edge AI Enablement

1.Model Optimization with eIQ Auto & Glow Compiler

2.On-MCU AI Inference (Sensor Data → AI Decision)

3.Real-Time Inference Benchmarks and Profiling

C. Automotive Connectivity

1.Automotive Ethernet Communication between ECUs

2.Data Exchange over CAN & TCP/IP

3.Integration with Network Stacks (LwIP, RTOS)

Working Demos on Real Automotive Hardware

Secure X.509 certificate verification with HSE for trusted communication

Implementing MbedTLS for secure communication on S32K344 microcontroller platform.

Seamless Ethernet 2-way communication enabling efficient ECU data exchange

Real-time Edge AI model inference demo on embedded hardware platform

One Board. Many Possibilities

A purpose-built S32K344 development board designed for Edge AI and Security enablement in academic and industrial settings

Buy AutoBoardV1

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Trusted by Engineers Across the Automotive Ecosystem

Our courses and solutions have been adopted by professionals from leading OEMs and Tier-1s

Flexible Engagement Models to Fit Your Project

Model	Ideal For	Deliverables	Engagement Type
PoC Enablement	Quick tech validation	Demo + docs	One-time project
Integration Retainer	Long-term platform development	Monthly deliverables	Retainer model
Co-Development	Joint IP creation	Shared IP	Royalty or milestone-based

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The Engineering Partner Enabling Edge AI and Embedded Security on NXP Automotive