Author the BOM you actually ship, then lock it without freezing your team.

Define your engineering objects once with typed attributes. Compose the product BOM from those models. Lock the structure for audit, revise with full lineage, submit edits without breaking certification.

Model · Engineering object

v0.3 · draft

nameCARDIAC_PUMP_PCB

Attributes (5)

textPart Numberrequired
numberMasskg · float
enumLifecycle StatusDraft / Released / EoL
refSupplier→ Vendor
docDatasheetPDF · controlled

Bill of Materials · Pump v2.4

Submitted Mar 12

PUMP-PCB-A4· Rev 2.4Locked
MTR-DC-32· Rev 1.0Locked
BAT-LiPo-1200· Rev 0.3 → Rev 0.4Revising
ENC-Optical-512· Rev 1.2Locked
FW-Pump-Core· Rev 0.9Draft

Define once → Reuse across the BOM → Lock & revise with lineage

Lock once. Revise safely. See the impact before you commit.

A locked baseline is structurally immutable. To evolve, you create a revision — and every change is impact-analysed before it lands.

Configuration draft — every attribute editable

koddex.app · MED-SYS-001 · baseline manager

v1.0draft

v1.0 · attributes

REQ-22
Biocompatibility
ISO 10993-1
ACT-J3
Joint Actuator J3
612 g
PWR-04
Power Module
12 V / 5 V
SHL-05
EMC Shield
60 dB
SEAL-06
IP67 Seal
IP67

Context

Baseline

MED-SYS-001

CardioScan Pro X500

Edit any attribute in the v2.0 draft and Koddex will instantly trace the affected requirements, tests, baselines and roll-ups.

Certification-friendly templates for complex systems

Start from templates tuned to the standards each market demands — so structure, formulas, limits and evidence are wired to the certification from day one.

MedTech

ISO 13485 · EU MDR · IEC 62304 · ISO 14971 · IEC 60601

Class IIb infusion pump: dose-rate ratios and risk controls bound to the design history file.

Aerospace & defense

AS9100 · DO-178C · DO-254 · ARP4754A

DAL-B avionics unit: mass and thermal margins traced to every verification.

Nuclear & energy

RCC-M · IEC 61508 (SIL) · 10 CFR 50 App. B · IEC 61513

Safety-class actuator: SIL allocation and qualification coefficients enforced.

Robotics

ISO 10218 · ISO/TS 15066 · EN ISO 13482 · IEC 61508

Cobot cell: speed, force and separation-distance limits computed and guarded.

Advanced manufacturing & automotive

ISO 26262 (ASIL) · IATF 16949

ASIL-D ECU: hazard analysis and safety-goal ratios templated end to end.

Complex infrastructure & rail

EN 50126 / 50128 / 50129 · CENELEC

Signalling subsystem: RAMS budgets and tolerances computed against the norm.

The pain

The BOM lives in spreadsheets, not a model

Your product structure is scattered across CAD exports and spreadsheets. Nobody can model it, branch it, or trust it as the single thing the whole team builds from.

No safe way to revise without breaking production

R&D edits the same files production runs on. There's no branch, no lock, no clean way to revise V2 while V1 keeps shipping — so every change is a risk.

Requirements don't reach every level

Top-level specs never connect down to the sub-components and tests that must satisfy them. Coverage gaps stay hidden until far too late.

Every program starts from a blank sheet

With no reusable template, each project re-models the same structure and re-derives the same certification scaffolding by hand — slowly.

one structured graph

The Koddex way

01 / 04

Model the BOM as one live tree

Build your product structure once, collaboratively — every discipline edits the same live model, no exports, no "which file is current".

02 / 04

Requirements at every level

Attach requirements from the system down to the leaf component, with coverage computed live so gaps surface on day one, not at submission.

03 / 04

Lock, branch and revise safely

Freeze a baseline, keep V1 in production, and revise V2 on its own branch with full lineage and zero collision.

04 / 04

Start from certification-ready templates

Spin up new programs from reusable, sector-tuned templates so you ship certified products fast — not from a blank sheet.

Ship on time. Every time.