Use when you own HW/SW Boot Contract in a top-level integration review.
Open latest integration baseline and manifest.
Inspect failing metric by domain.
Trace first failing contract boundary.
Collect artifacts and assign single-thread owner.
Define minimal proof experiment.
Apply smallest reversible fix.
Run focused check then full regression.
Update dashboard and governance log.
Decide: close, waive with expiry, or escalate.
Publish final review memo.
boot contract doc, ROM/bootloader checklist, power-on trace
baseline manifest
owner matrix
regression summary
risk memo
SOC DECISION MEMO — HW/SW Boot Contract
baseline:
metric:
root cause:
fix:
residual risk:
owners: firmware lead, security lead, integration leadBOOT CONTRACT
ROM init -> security checks -> PLL enable -> peripheral init -> OS handoff
Each stage requires hardware defaults and software assumptions to match.Address, interrupt, and IO contracts are where hardware/software alignment is won or lost.
HW/SW CONTRACT
address map + interrupt model + io defaults -> firmware behaviorBOOT REGRESSION SOURCES
map churn █████
reset defaults ████
driver mismatch ███address decode audit
interrupt latency report
IO bring-up checklist
boot contract review
A map alias issue caused sporadic peripheral misconfiguration despite clean block-level tests.
Freeze address map baseline
Audit reset defaults
Validate firmware assumptions
Ask: what baseline, owner, and artifact prove this topic is truly closed?
State baseline manifest and owner with every closure metric.
Run cross-domain regression after every top-level fix.
Comparing results across different manifests.
Unowned issues slipping through review cycles.
Waiving risks without expiry and validation plan.
Boot contracts formalize reset defaults, strap behavior, secure-boot expectations, and firmware ordering dependencies.
Metric: first-boot success rate, boot regression frequency
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