For robot makers and integration teams
From robot stack to governed evidence
A practical evaluation path for teams asking where RES fits, what must change, and what evidence should exist before anyone calls an integration ready.
Replay-backed use cases
Three patterns worth proving early
These are controlled evaluation patterns, not customer deployment stories. Each one exposes a different place where an autonomy stack should preserve authority, uncertainty, and evidence.
SL-01
Conflicting evidence
Aid without pretending uncertainty disappeared
A simulated robot may need to help a person while a sensor is unavailable and a new assertion conflicts with earlier evidence.
Question exposedCan the system expose the conflict, preserve the safety floor, and authorize only a narrowly bounded response?
SL-02
Unsafe route
Refuse one path without rewriting the request
A requested route presents a physical-harm risk while a separate route may still reach the same destination.
Question exposedCan the unsafe candidate remain refused while a genuinely separate alternative receives its own evaluation?
SL-03
Changed conditions
Stop when authorization no longer fits
Routine work begins under stated conditions, then the environment changes before the task is complete.
Question exposedCan execution stop inside the original constraint and return for a fresh decision instead of stretching old permission?
Evaluation path
Six gates between interest and an integration claim
A credible adoption path narrows uncertainty in sequence. It does not begin with a compatibility logo or end when a happy-path demo moves a robot.
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Name the consequential work
Choose one action whose authorization, refusal, cancellation, and evidence actually matter. A bounded task is more informative than a feature inventory.
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Draw the authority boundary
Mark what observes, what maintains belief, what asks RES for a decision, and what can physically act. No component should inherit authority by proximity.
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Define the evidence contract
Specify provenance, confidence, staleness, contradictions, identity, and the execution evidence that must return after a decision.
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Build the robot-facing adapter
Translate authorized goals and cancellations into the named middleware or simulator without translating, widening, or replacing the decision itself.
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Exercise degraded paths
Test unavailable sensors, delayed acknowledgements, conflicting assertions, unsafe candidates, changing conditions, and lost connectivity—not only success.
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Verify the record and the claim
Correlate the decision, governing basis, goal, feedback, and outcome. State only what the named versions, configuration, and evidence support.
Readiness
Ready to examine is not ready to deploy
The public record supports architectural evaluation today. Every physical implementation still has its own compatibility, operational, and certification work.
Available evidence
Inspectable now
- Published System responsibilities and authority boundaries
- The complete public Law catalog and RES governance explanation
- Three fixed Scenario Lab replays with named fixtures and conditions
- The offline-verification model, security posture, and current Status record
- GRRC's public registry entry for the scope it independently certifies
No blanket claim
Must be proven per implementation
- Compatibility with the named robot, middleware, sensors, and actuators
- Latency, capacity, fault recovery, monitoring, update, and rollback behavior
- Safe degradation when evidence, coordination, integration, or connectivity fails
- The exact deployment boundary and treatment of Owner, Robot, and bystander data
- Any certification claim beyond the independently published scope for RES
A replay can demonstrate a contract. It cannot establish that an untested robot, environment, or deployment is safe or compatible.
Evidence route
Inspect the claim from more than one direction
The shortest useful review moves between architecture, behavior, evidence, and current maturity instead of relying on a single overview page.
01
System Overview
See the operating relationship and which direction authority is allowed to move.
02
RES Governance
Review the component that authorizes, refuses, requires, and records consequential work.
03
Robot Integration
Examine the adapter boundary, compatibility posture, lifecycle, and degraded behavior.
04
Scenario Lab
Step through three deterministic paths across world state, cognition, RES, and execution.
05
Proof & Security
Follow the tamper-evident record model and the public browser and reporting posture.
06
Current Status
Separate what is true today, in development, planned, and deliberately not claimed.
Start a bounded evaluation
Bring one consequential task, one failure mode, and one stack diagram.
A useful first conversation begins with the work a robot may attempt, the boundary that would carry it, the conditions that should stop it, and the evidence an Owner, manufacturer, or independent reviewer would need afterward.
A discussion does not establish eligibility, compatibility, certification, or permission to deploy. RES account access and all Owner data remain inside the separate RES Owner UI.