Fleet Boundary Diagnostic¶
INTERNAL — SALES USE ONLY Send this to a prospect after the first call. Do not publish on the website or include in any public-facing documentation. This is a qualification tool, not marketing copy.
How to Know You’ve Hit the Fleet Boundary¶
The Fleet Boundary Moment is a structural condition. It is not a size threshold or a subjective judgment about complexity. It is the point at which single-node governance is no longer sufficient — because nodes are now coordinating, diverging, or behaving inconsistently in ways that cannot be managed without a coordination layer.
This checklist lets you self-diagnose whether you have already crossed it.
Check each signal that applies to your current deployment.
Signal 1 — Rollout results differ across nodes
You deployed the same policy update to all nodes. You have reason to believe — or cannot confirm — that some nodes activated it and some did not. You do not have a mechanism to verify activation state per-node without manually inspecting each one.
☐ Applies to us
Signal 2 — Failures are not reproducible in staging
An incident occurred on a field node that cannot be reproduced in a lab or staging environment. The failure was specific to the node’s state, its connectivity history, its firmware version, or its physical environment — not to the software configuration that staging mirrors.
☐ Applies to us
Signal 3 — Policy must vary per environment or per node
Different operational contexts require different policy rules — velocity limits, data handling rules, allowed tool classes. Managing per-node policy with a file system and manual copies is error-prone and produces no audit trail.
☐ Applies to us
Signal 4 — Connectivity cannot be assumed
Some nodes operate in environments where network connectivity is unreliable, intermittent, or unavailable. The governance model assumes connectivity for enforcement, update delivery, or audit upload — and nodes are missing governance events during disconnected periods.
☐ Applies to us
Signal 5 — Fleet state cannot be globally reasoned about
If someone asks: “What policy is currently active on all our nodes?” — the correct answer requires checking each node individually. No system maintains a current, authoritative view of the global fleet governance state.
☐ Applies to us
Signal 6 — Audit or compliance is a blocking requirement
An external stakeholder — a program office, an enterprise customer, a regulator, an insurer — has asked for evidence of governance posture across the fleet. The team cannot produce a centralized, tamper-evident audit trail covering all nodes for a specified time period.
☐ Applies to us
Signal 7 — Partial deployment creates inconsistent behavior
A subset of the fleet received an update. The rest did not. Different nodes are behaving differently because they have different governance states. The inconsistency is visible in production outputs, but the team cannot determine exactly which nodes are in which state without manual inspection.
☐ Applies to us
Signal 8 — Rollback affects nodes differently
A rollback was attempted after a failed deployment. Some nodes rolled back successfully. Others did not — because they were mid-mission, offline, or in an intermediate state. The team does not have a complete picture of fleet policy state after the rollback attempt.
☐ Applies to us
Reading the result¶
Signals checked |
What it means |
|---|---|
0 |
Not at the fleet boundary. CE runtime is sufficient for now. |
1 |
Approaching the boundary. Plan for the orchestrator before the next deployment milestone. |
2–3 |
At the fleet boundary. The problems are real and compounding. Orchestrator warranted. |
4+ |
Past the fleet boundary. Operating with significant governance risk. Orchestrator is urgent. |
What AutonomyOps CE gives you today¶
The CE runtime installs in seconds, runs in-process on a single node, and governs every tool call before it executes. It produces a tamper-evident local WAL and enforces policy fail-closed. There is no infrastructure requirement.
curl -fsSL https://get.autonomyops.ai/install.sh | bash
autonomy demo openclaw
CE is free and designed for single-node evaluation. When you cross the fleet boundary, the orchestrator picks up from exactly where CE leaves off — using the same policy language, the same audit format, and the same runtime you already know.
What to do with your score¶
0–1 signals: Stay on CE. Run the demo, integrate with your agent, get familiar with policy authoring. When your deployment timeline puts you near the boundary, come back to this checklist.
2–3 signals: You are at the boundary. The right next step is a technical validation call — 30 minutes, focused on the specific signals you checked, to establish whether the orchestrator pilot is the right path.
4+ signals: The conversation needs to happen now. Email info@autonomyops.ai with the signals you checked. We will schedule a technical briefing and scope a pilot against your actual deployment.
AutonomyOps · autonomyops.ai · Technical Alpha