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Six questions VeldBuild answers about a unit of work.

Not document search. Each is a question a shipyard asks about a specific work package — answered from configuration, material, dependency, quality and evidence state rather than from whichever file surfaced first. Every one is grounded in the synthetic program VS-001 and its work package WP-019, and one person still owns the result. Reasoning jobs over those questions live on VeldMind.

Initial operating use cases

01
Production

Work readiness

Demonstrated deterministically on VS-001 in the working proof (/demo). Live shipyard connectors are planned.
The governing question
Can WP-019 begin now — and if not, which gate is open?
Why the answer breaks

A work package can look scheduled and still be unbuildable: the governing revision is not released, two of nine kit items are held at receipt, a predecessor is not accepted, or a hold point is open. Each fact lives in a different system, so a crew discovers the block on the deck plate instead of before mobilizing.

  • A crew mobilizes against a superseded revision
  • Work starts with the kit short and stalls mid-shift
  • An unaccepted predecessor is treated as done
Evidence landscape
  1. Work package scope and effective revision
  2. Material kit and receipt acceptance state
  3. Predecessor completion and acceptance
  4. Area / zone release
  5. Quality hold points and open nonconformances
  6. Assigned trade and crew
The human boundary

VeldBuild computes the verdict from evidence; it does not waive a gate by assertion

A defensible Ready / Not ready / Cannot establish verdict, the open or unknown gates behind it, the governing evidence, and the owner of the next resolution.
02
Engineering

Change impact

Change propagation demonstrated on VS-001 (CFG-029) with a defined, scored evaluation contract. Live PLM connectors are planned.
The governing question
What did CFG-029 affect — and what did it explicitly not affect?
Why the answer breaks

A revision changes on one drawing and the consequence scatters. The routed work package, the material kit specified against the old revision, and the inspection criteria all move — but nothing walks the change to those objects, so the yard learns the impact when a part does not fit.

  • A change is released without walking it to affected work
  • Material is received against a superseded revision
  • An unmodelled relation is silently assumed unaffected
Evidence landscape
  1. Engineering change notice and revision lineage
  2. Work packages written against the affected object
  3. Material specified at the prior revision
  4. Inspection and acceptance criteria
  5. Downstream schedule dependencies
The human boundary

VeldBuild reports affected, not affected, and impact-not-established; it does not invent a relation it cannot trace

A three-valued impact map: the objects a change is known to affect, the ones it is known not to affect, and the ones where impact cannot be established — each with an owner.
03
Configuration control

Configuration authority

Modelled on VS-001 (Rev C → Rev D on WP-019). Live PLM and configuration connectors are planned.
The governing question
Which revision governs this object, zone and effective date — and why?
Why the answer breaks

Several plausible definitions circulate at once. The newest timestamp may be an unapproved upload while the released revision, a bounded field exception, and the revision a work package is actually written against live in different places.

  • A newer unapproved upload is mistaken for the governing definition
  • A bounded exception is applied outside its approved scope
  • A superseded revision stays attached to active work
Evidence landscape
  1. Release records and revision lineage
  2. Engineering drawings and redlines
  3. Approved change notices
  4. Zone, block or field exceptions
  5. The revision a work package is written against
The human boundary

VeldBuild reconstructs and proposes the governing definition; a named owner confirms consequential use

The governing revision, the alternatives rejected as non-controlling, the applicability boundary, and the active work still written against a superseded definition.
04
Material control

Material readiness

Demonstrated as a readiness gate on VS-001 (2 of 9 spools short). Live ERP and receiving connectors are planned.
The governing question
Is the WP-019 kit complete and accepted — or short at receipt?
Why the answer breaks

A kit can read complete in one system and be short on the floor. Items are received but not accepted, accepted but re-specified by a change, or present but held for a certificate — and the work package inherits the shortfall without warning.

  • A kit reads complete while items are held at receipt
  • Received material is not yet accepted against specification
  • A change re-specifies material already staged
Evidence landscape
  1. Work-package material kit
  2. Purchase and receipt records
  3. Receipt acceptance and discrepancy state
  4. Material certificates and evidence
  5. Change notices that re-specify material
The human boundary

VeldBuild reports the accepted-material state; it does not accept material or clear a discrepancy

A clear accepted-versus-short material state for the kit, the held items and their reasons, and the revision each item must clear against.
05
Planning

Production state

Modelled per-block on VS-001. Live MES and scheduling connectors are planned.
The governing question
What is genuinely complete, underway, waiting or unknown on this block?
Why the answer breaks

Percent-complete hides the truth. A block can be reported ninety percent done while the joint the next block needs is blocked, and "unknown" is quietly rounded into "on track" until the schedule slips at the join.

  • Percent-complete masks a blocked joint
  • Unknown state is rounded into on-track
  • A block is joined before its least-ready section is closed
Evidence landscape
  1. Block and zone structure, material, systems and inspection state
  2. Work-package states across the block
  3. Predecessor and successor joints
  4. Open holds and nonconformances
The human boundary

VeldBuild reports state, including unknown; it does not fabricate progress it cannot evidence

An honest per-block state — complete, underway, waiting, unknown — with the least-ready section named and every wait attributed to a cause and owner.
06
Quality

Quality and acceptance

Modelled as hold points and evidence on VS-001 (INS-124). Live QMS and inspection connectors are planned.
The governing question
What evidence establishes that this work is complete and accepted?
Why the answer breaks

Work can be reported done without the evidence that makes it acceptable. A hold point is unsigned, an inspection record is missing, or a nonconformance is open — and the gap surfaces at survey, or after the compartment is closed out.

  • A hold point is passed without a signed record
  • An inspection record cannot be located at acceptance
  • An open nonconformance blocks a sign-off no one is tracking
Evidence landscape
  1. Inspection and hold-point plan
  2. Signed inspection and test records
  3. Nonconformances and their disposition
  4. Acceptance criteria tied to the governing revision
The human boundary

VeldBuild reports the evidence state, including cannot-establish; it does not certify quality, safety or regulatory compliance

The evidence that establishes completion or acceptance, the hold points still open, and an honest cannot-establish where the records do not yet support the call.
The proof method

A bounded operating engagement, not a transformation fantasy.

  1. 1

    Bound the bottleneck

    Name the decision, physical consequence, scope, owner, and time window before connecting records.

  2. 2

    Map the authority

    Identify which record classes can govern and which can only support, conflict, or remain unverified.

  3. 3

    Reconstruct the state

    Compare revisions, applicability, approvals, material or work context, decisions, unknowns, and active work.

  4. 4

    Review the proof

    Put the evidence, remaining conflict, and physical-work consequence in front of the person accountable for the call.

The first operating question

Where is your build losing time because the system cannot agree?

If the bottleneck is not consequential, fragmented, disputed, and attached to physical work, it is probably not the right first proof.

chris@veldarium.com