Evidence ingestion
Bring controlled datasheets, BOM exports, requirements, cost, and sourcing context into one review surface.
Engineering decision intelligence
Engineering evidence
you can follow.
CircuitLineage connects requirements, component data, enterprise constraints, EDA analysis, decisions, and approvals—without pretending an AI output is engineering signoff.
Evidence-linkedTool-governedEngineer-authorized
EC-100 / Core PowerPOV
RequirementDroop ≤ 32 mV
AnalysisPowerSI run
Metric30.6 mV
EvidenceCurve missing
DecisionConditional
01Requirement
02Enterprise context
03Design option
04EDA analysis
05Evidence
06Decision
07Approval
The missing layer
Hardware teams have systems of record.
They need a system of reason.
Critical decisions still live across spreadsheets, PDFs, scripts, simulation folders, cost systems, email, and expert memory. When a revision changes, teams reconstruct the argument by hand.
CircuitLineage preserves the chain—not just the final answer.
Product system
From controlled input to authorized decision.
Identity + normalization
Resolve designators, manufacturer and corporate part numbers, revisions, units, rails, and operating conditions.
Decision graph
Connect every requirement, constraint, option, run, metric, decision, and approval as versioned lineage.
Skill registry
Turn engineering practice into reviewed procedures with declared inputs, deterministic checks, fixtures, and approvals.
Where CircuitLineage fits
The connective layer.
Not another system of record.
Keep the solver.
Cadence, Sigrity, Altium, and Siemens tools create and analyze designs. CircuitLineage governs the context, run record, evidence, and resulting decision.
Keep the facts authoritative.
Component services, PLM, ERP, MRP, AVL, and cost systems remain sources of record. CircuitLineage connects their controlled facts to design choices.
Require a decision contract.
AI may assist extraction, mapping, workflow generation, and explanation. Deterministic tools calculate; qualified engineers authorize.
A real decision, safely demonstrated
Can we change the core-rail capacitor strategy without violating electrical, cost, or sourcing constraints?
The interactive POV walks through a fictional edge-controller decision. Every component, document, result, and approval is synthetic.
Open decision workspace ↗Transient droop34.8 → 30.6 mV
Peak impedance4.05 mΩ
Assembly cost$7.46 / unit
Synthetic demonstration metrics. Not a simulation result or engineering recommendation.
Design partner program
Bring one consequential hardware decision.
We’ll map the evidence, replay the decision, and define measurable criteria for a governed technical POC.