Now onboarding pilot partners
Traceability from system intent to silicon.
With TraceSilicon Co-Architect™, an architecture-centric, SysML-based platform, TraceSilicon bridges the gap between requirements, system architecture and semiconductor implementation—creating a continuous engineering thread for complex SoC, SiP and chiplet development.
Connect what the product should do with how the silicon implements it.
Semiconductor development information is distributed across requirements tools, system models, schematics, netlists and implementation databases. TraceSilicon creates structured relationships across these engineering domains.
The architecture model is the single source of truth.
TraceSilicon Co-Architect™ puts the system architecture at the centre of semiconductor development. Requirements, design data and verification evidence are linked to one SysML model, not to scattered documents.
Functions, interfaces and logical and physical structure are modelled explicitly, so every design decision has an architectural home.
Built on the standard SysML metamodel, so models stay open and exchangeable with established MBSE tools instead of locked in a proprietary format.
Versioned trace links connect requirements, architecture and silicon implementation, and consistency rules flag mismatches and change impact automatically.
Four modules. One engineering knowledge thread.
Coming soon — Our software platform is in development. Contact us to explore pilot collaboration.
TraceSilicon Modeller
Explore existing semiconductor design data and generate structured physical architecture that can be transferred into SysML/MBSE environments.
Consistency & Traceability
Connect requirements, architecture and implementation; detect mismatches and support change-impact analysis across engineering domains.
TraceSilicon AI
Use structured engineering models as a foundation for AI-assisted reviews, engineering analysis, audit preparation and knowledge retrieval.
Digital Twin Enabler
Connect architecture models to test, telemetry and EDA data, so real silicon behaviour can be traced back to requirements and design intent.
Turn engineering traceability into measurable business value.
TraceSilicon helps semiconductor organizations reduce development risk and the cost of late changes by connecting requirements, architecture and implementation in one continuous engineering thread.
Detect inconsistencies and missing links earlier, before they turn into late-stage rework and integration issues.
Automate model creation and make change impact visible, reducing manual hand-offs across disciplines.
Keep engineering information consistent and traceable from system intent to silicon, with evidence ready for reviews.
Capture engineering relationships in reusable models instead of scattered documents and individual experts.
Designed for complex semiconductor products.
TraceSilicon focuses on engineering environments where architecture complexity, cross-domain collaboration and traceability have direct impact on development quality and efficiency.
Value across semiconductor development.
One digital thread, tailored to the priorities of business, engineering management and technical teams.
Executive & business level
Product & engineering management
Engineering & implementation
One connecting layer across the engineering ecosystem.
TraceSilicon connects the major domains involved in complex semiconductor product development while complementing established engineering tools and workflows.
Semiconductor expertise meets Model-Based Systems Engineering.
TraceSilicon is being developed specifically for the semiconductor and electronics domain. The goal is not to replace established EDA or MBSE tools, but to connect engineering information across them and make the relationships accessible, traceable and machine-readable.
Bring your engineering thread together.
We are looking for semiconductor teams and technology partners interested in evaluating TraceSilicon on real engineering workflows.