Engineering
connected
systems.

Embedded software, AI infrastructure and digital products.

Embedded products, AI infrastructure and digital applications arranged on a shared engineering plane

THREE DISCIPLINES. ONE ENGINEERING APPROACH.

What do you need to build?

Choose a focused service or bring us a system that connects them.

vehicles on the road with software
developed wholly or in part by our founder.

Production experience.
Applied to your next challenge.

Our roots are in safety-critical embedded software. Clear interfaces, controlled releases and failure handling shape our work across AI and digital products.

Explore our engineering background

SELECTED WORK

Experience you can examine.

From complete controller software to model infrastructure and connected interfaces.

View all projects

PRODUCTION ECU SOFTWARE

A complete drivetrain ECU

Complete software for a drivetrain control ECU, developed from scratch and taken into production.

Software architecture
ApplicationControl logic
MiddlewareServices & communication
Hardware accessDrivers & peripherals
CANVehicle network
BootStartup & updates
ECU hardware

Defined boundaries, from hardware to application.

Production deliveryView project

OUR INFRASTRUCTURE · SIAVASH LABS

Open-model infrastructure

Our infrastructure project for deploying open AI models and connecting them to applications and development workflows.

Open-model service
ApplicationWeb · Mobile · Development tools
Backend APIApplication integration
Model-serving infrastructureDeployed open model

Siavash Labs · Our own infrastructure project.

Own infrastructure projectView project

ANDROID & EMBEDDED INTEGRATION

Android HMI & ECU integration

Android application and ECU software for switching equipment in a specialist vehicle application.

From command to equipment
Android HMIOperator controls
Supplier ECUEmbedded application
Equipment power pathsSupplier hardware

Software on both sides. Hardware supplied by a third party.

Implemented softwareView project

HOW WE WORK

Clear scope. Useful handover.

  1. 01

    Define the responsibility

    Agree the milestone, system boundaries and the work we own.

  2. 02

    Build and verify

    Implement against an agreed baseline, with visible progress and acceptance checks.

  3. 03

    Put it in your hands

    Deliver code, build instructions, test evidence and the context your team needs.

ENGINEERING INSIGHTS

The decisions behind delivery.

Practical guides to scoping, integration and the paths that can fail.

All insights

LET’S GET SPECIFIC

What are you building?

Tell us what needs to work, what already exists and the milestone you need to reach.

Discuss your project