Build · Assess & Decide · Ops & Automation
Enterprise procurement readiness gap register
The founder gets a structured procurement-readiness register that lists each expected enterprise artifact (docs, SLAs, support infra, controls), its present/partial/missing status, and a remediation order, so the work to satisfy a procurement review is sequenced before the contract stalls on it.
You receive: A JSON object: { targetAccount: string, requirements: [{ reqId, category: enum(documentation|sla|support_infra|security_control|compliance_doc), expectedArtifact, status: enum(have|partial|missing), remediationOrder: number, owner } ], gapsCount: int, sequencedRemediation: [reqId...] }
Part of Choose Business Model
What you receive
The shape of your delivered file. Your result is generated for your inputs.
Your deliverable is a structured document carrying these fields:
- Category
- Expected Artifact
- Gaps Count
- Remediation Order
- Req Id
- Requirements
- Sequenced Remediation
- Status
Some fields carry set values, drawn from:
documentation, sla, support_infra, security_control, compliance_doc
have, partial, missing
partial, missing
yes, true, 1
Opens soon
STUD opens runs for everyone soon, on every play at once.
Scope of the check
What's verified: STUD verifies the register is complete and consistent: minimum requirement count, every required category represented, gaps carry a valid contiguous remediation order, the gap count matches the statuses, and the sequence matches the orders. STUD does NOT confirm the listed artifacts actually satisfy any real procurement team, that the statuses are truthful, or that the named SLAs are achievable. It checks structural completeness and a well-formed remediation sequence, not real-world procurement acceptance.
Get early access to STUD the day it goes live.