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Coordinate across disciplines without the overhead

Hardware swaps a part. Firmware, test, purchasing and quality hear it in different emails, or not at all. The value is that the right disciplines see the same change the same day, without anyone booking a sync meeting to discover it.

One change, everyone who is actually affected.

Swap one cell and the enclosure, the test fixture and the purchase line no longer match. The tradition is that the person who changed it emails “those concerned”, and hopes the list was right. Colleag.ai reads the product structure and says which disciplines are hit. You will recognise the week-six meeting where manufacturing says this is the first they heard of it.

One more cell, three disciplines that were not told

Hardware swaps a part. The enclosure, the test fixture and the purchase line no longer match. The tradition is an email “to those concerned”, and hope that the list was right. The value is that the right disciplines see the same change the same day, without a coordination meeting in week six.

Impact in parallel, not in a queue

Colleag.ai reads the product structure and says who is hit. Firmware, test, purchasing and quality get their part of the question at the same time, not when the previous person happened to forward it. You approve what goes out. The tool does not hunt in silence for you.

A trail you can open later

When the customer or the auditor asks who knew what, the answer should not live in an email thread. Decisions and notices sit against the product. Then manufacturing stops saying they heard it for the first time when the fixture was already wrong.

Key benefits

  • Automatic identification of affected disciplines for any change
  • Parallel impact assessment instead of sequential review cycles
  • Structured notifications with relevant context for each discipline
  • Full traceability of cross-functional decisions and approvals
  • Reduced coordination meetings without losing alignment

Read more

How do you know which disciplines a part swap touches? Colleag.ai reads product structure, document dependencies and roles and runs impact in parallel. ERP sees the article. PLM sees the item. The project tool invites people to a meeting.

A part swap rarely hits mechanics only. Test, purchasing and quality have their own files and SOPs. Colleag.ai reads the structure and runs the impact in parallel, instead of someone guessing who to invite.

ERP sees the article. PLM sees the item. The project tool sends the invite. The difference is an answer that already says what must change in which file, not only that “someone should check”.

How this differs from ERP, PLM, LCM and project systems

ERP
ERP does not know firmware and quality must see the same swap.
PLM
PLM has where-used. It does not write the notice with the right context per discipline.
LCM
LCM opens a change object. It does not run a parallel assessment.
Project management systems
Meetings and email are coordination. Here it is automatic and logged.

What Colleag.ai does here that those systems do not

  • The right people with the right context, not an all-hands
  • Parallel assessment instead of a queue
  • An audit trail of who saw what

See it in action

Book a 30-minute demo and see how Colleag.ai handles this for your team.

Book a demo