2500⁺
Engineering SMEs
400⁺
Quality specialists
25⁺ years
Across regulated industries
44
Non-conformance approvers
25⁺
Concession assessors
Quality & regulatory lifecycle
Quality and regulatory work is usually treated as a gate: check at the end, file the documents, fix what failed.
But the data that proves quality and keeps you compliant is already being created at every step - in design, on the line, across your suppliers. Most of it sits in silos, used once and forgotten.
We connect that data and put AI to work inside your quality and regulatory workflows - so defects are prevented, not caught, and compliance is continuous, not periodic.
From quality data to assurance you can prove, any day of the year. That’s Intelligent Engineering.
Architect the target state
on the Engineering Intelligence
Platform and Product-to-Service
Digital Thread.
Quality & Regulatory Lifecycle
Quality and regulatory work is usually treated as a gate: check at the end, file the documents, fix what failed.
But the data that proves quality and keeps you compliant is already being created at every step - in design, on the line, across your suppliers. Most of it sits in silos, used once and forgotten.
We connect that data and put AI to work inside your quality and regulatory workflows - so defects are prevented, not caught, and compliance is continuous, not periodic.
From quality data to assurance you can prove, any day of the year. That’s Intelligent Engineering.
Optimize the total cost of
ownership, boost manufacturing
output, minimize process delays
and achieve operational excellence
Quality & Regulatory Lifecycle
Quality and regulatory work is usually treated as a gate: check at the end, file the documents, fix what failed.
But the data that proves quality and keeps you compliant is already being created at every step - in design, on the line, across your suppliers. Most of it sits in silos, used once and forgotten.
We connect that data and put AI to work inside your quality and regulatory workflows - so defects are prevented, not caught, and compliance is continuous, not periodic.
From quality data to assurance you can prove, any day of the year. That’s Intelligent Engineering.
Connect suppliers,
BOMs, planning, and logistics
for resilient, visible,
data-driven supply chains.
Quality & Regulatory Lifecycle
Quality and regulatory work is usually treated as a gate: check at the end, file the documents, fix what failed.
But the data that proves quality and keeps you compliant is already being created at every step - in design, on the line, across your suppliers. Most of it sits in silos, used once and forgotten.
We connect that data and put AI to work inside your quality and regulatory workflows - so defects are prevented, not caught, and compliance is continuous, not periodic.
From quality data to assurance you can prove, any day of the year. That’s Intelligent Engineering.
Enable ongoing support,
customized services, and
value throughout the
product’s lifecycle and
drive sustainable growth.
Why this is changing now?
Compliance keeps getting harder.
More regulations, more markets, more scrutiny - and the cost of getting it wrong, from rework to recalls, keeps climbing.
The old way can’t keep up.
Defects found after the fact, root cause done by hand, and disconnected QA, RA, and engineering systems make assurance slow and expensive.
Continuous assurance is finally possible.
AI agents and connected data can watch, predict, and resolve in the flow of work - but only once that data is joined up. Connected data is the precondition, not the reward.
The four pillars
One connected thread. Four pillars. Powered by our engineering intelligence platform and AI agents embedded where the work happens - linking design intent to what’s actually made, shipped, and reported.
Predictive Quality & Zero Defect
Closed-Loop CAPA & Non-Conformance
Continuous Regulatory Compliance
One discipline, three domains
The Quality & Regulatory Lifecycle holds its shape across everything we engineer. One platform, one thread, across the regulated industries we serve - from medical devices to aerospace.
Products
Design controls, non-conformance and CAPA, product certification, post-market surveillance.
Plants
Process quality, operational compliance, safety and environmental assurance.
Networks
Standards conformance, rollout quality, security and OT compliance.