The bridge begins at the future outcome, identifies necessary conditions and binding constraints, then authorises only the smallest measurable change that can resolve a material unknown.
PUBLIC REDACTED EXAMPLE · Bridge · backcast then prove
Organisation: Solar retail and installation
Decision: Which bounded operating wedge should a solar retailer prove first on the path to an AI-native operation?
Evidence boundary: Approved public industry evidence plus anonymized hypotheses. No private client sources, identities, operating metrics, or outcomes are published.
Publication boundary: public-redacted-example
Reality → Dream → Bridge → Proof
Bridge route
The bridge begins at the future outcome, identifies necessary conditions and binding constraints, then authorises only the smallest measurable change that can resolve a material unknown.
Stage 1 of 2
Backcast the critical path
Prove why each nearer condition is necessary for the target state.
This page demonstrates it
Target outcome first Prerequisites before initiatives Human decision gates remain explicit
How to read the evidence
observed-public
A dated approved public source directly supports the statement.
user-supplied-unverified
Excluded from this public journey unless anonymized and approved.
inferred
A reusable industry hypothesis to test, not an observed client fact.
estimate
A provisional value with method and range.
unknown
Missing evidence that remains visible as UNKNOWN.
Outcomes, obstacles, and critical path
Decision-ready context at the accepted handoff
Baseline: UNKNOWN
Setpoint: Set only after the baseline sample is accepted
Owner: UNKNOWN
Review: Weekly during the bounded proof
Correction: Correct one validated source of missing context at a time
Kill signal: No owner, safe evidence, comparable volume, or customer benefit signal
Binding obstacles
Context fragments across role and system boundaries: Repeated capture and unclear handoff ownership may delay a decision-ready assessment
Backcast critical path
A supervised customer-to-installation flow closes on observed outcomes — prerequisite: Decision contexts and authorities are shared across accepted workcharts
One handoff demonstrably improves decision-ready context — prerequisite: Named owner, safe comparable cases, frozen baseline method, and accepted setpoint
First measurable wedge
One accepted enquiry-to-assessment handoff using privacy-safe comparable cases
Human authority: Approve scope, rules, evidence, exceptions, and every customer commitment
AI authority: Structure authorised context and surface missing information only
Kill signal: No owner, no safe evidence, no comparable volume, or any safety, privacy, compliance, or trust regression
30-day proof
Determine whether one supervised enquiry-to-assessment handoff can improve decision-ready context enough to justify a next step.
Correction: Narrow until one owner can govern the proof
Kill signal: Owner or safe evidence boundary remains UNKNOWN
Compare the supervised handoff
Owner: Accepted workflow owner — UNKNOWN
Run the bounded handoff against comparable cases without production autonomy.
Gauge: Movement from the frozen baseline at weekly review
Correction: Correct one validated variance per review
Kill signal: No comparable volume or a safety, privacy, compliance, or customer-trust regression
Prepare the first-wedge decision
Evaluate one solar-retail enquiry-to-assessment handoff. Keep private client sources excluded. Classify evidence, preserve UNKNOWN, name human and AI authority, and return a reversible wedge with baseline status, setpoint, owner, cadence, correction rule, and kill signal.
Required inputs
Named owner
Approved public or privacy-safe evidence
Baseline method
Setpoint and review cadence
Required output
Evidence ledger
Owned gauge
Backcast prerequisite
Bounded first-wedge decision
Run the decision trace before buying technology.
Determine whether one supervised enquiry-to-assessment handoff can improve decision-ready context enough to justify a next step.