SYSTEM GRAPH
One graph. Every dependency.
From top-level assembly to every sub-component. Relationships are explicit, typed, and always current.
Koddex gives engineering leaders a structured, computable operating layer from BOM to baselines to AI-ready data, without adding process overhead.
No single source of truth. Product data lives in CAD tools, spreadsheets, Confluence pages, and email threads. Nobody agrees on what "current" means.
Baselines drift. Teams edit files after a design freeze. "Locked" configurations get modified without formal revision. You find out during an audit, or after a field incident.
Certification pressure is increasing across every industry. EU MDR and FDA QMSR raised the bar for MedTech. AS9100 is becoming IA9100 and DO-178C / DO-254 demand connected baselines for aerospace. ISO 10218, EN ISO 13482 and IEC 61508 reshape robotics. RCC-M and 10 CFR 50 App. B run nuclear and energy. Every regulatory update demands structured, traceable engineering data. Your current toolstack wasn't built for that level of proof.
SYSTEM GRAPH
From top-level assembly to every sub-component. Relationships are explicit, typed, and always current.
COMPUTED ATTRIBUTES
Change a component value. Every parent assembly recalculates up the full hierarchy. Instantly. No formula maintenance.
BASELINES
Freeze a baseline before production or audit. Create a new revision without touching the locked state.
MCP & AI AGENTS
The Koddex MCP server exposes your engineering graph to AI tools with full traceability and permission controls.
| Criteria | Excel / Sheets | Confluence / Notion | Jira | Flow Engineering | Koddex |
|---|---|---|---|---|---|
| Structured BOM with typed attributes | |||||
| Automatic roll-up calculations across hierarchy | |||||
| Item-level baseline locking (structural) | |||||
| Formal revision lineage with predecessor link | 1 | 2 | 3 | ||
| Permissions scoped at individual item level | |||||
| Requirements linked to components | |||||
| AI / MCP agent access with audit trail | |||||
| API schema derived from live data model |
Engineering leadership across our industries
Class IIโIII device makers under EU MDR, FDA QMSR, ISO 13485.
Industrial, mobile and humanoid platforms under ISO 10218, EN ISO 13482, IEC 61508.
AS9100, DO-178C, DO-254 and EASA Part 21 programs with locked baselines.
RCC-M, 10 CFR 50 App. B, IAEA SSG-39 design control for reactor and SMR systems.
ISO 9001 / IATF 16949 plants with structured BOMs and revision control.
Multi-decade systems with long-lifecycle configuration and audit obligations.
Quality Engineer
Systems Engineer
Methods Engineer
Test Engineer
Config Manager
R&D Lead
Stop bleeding hours on version chasing, audit prep and cross-team sync. Ship certified hardware faster, on a foundation built for the next decade of complexity.
Enterprise-grade security. Library of certification-friendly templates. Custom deployment for teams of 200+.
Recommended reading for engineering leaders
Industry Trends
Why the teams designing the world's most complex systems still rely on inadequate tools, and what it truly costs.
Industry Trends
How graph-based architectures and model-based systems engineering are replacing fragmented toolchains in hardware development.
Software & Tools
The Model Context Protocol enables AI agents to interact with engineering tools โ but how do you ensure automation doesn't compromise traceability, baselines, or certification readiness? Here's the architecture that works.