1const e=` 2Every platform now sells agent governance. Guardrails to bound 3behaviour, identity so agents can be permissioned like employees, 4control planes to watch them work. Kinaxis frames its supply chain 5agents as 6["governed, not autonomous"](https://www.kinaxis.com/en/blog/long-running-ai-agents-supply-chain-orchestration), 7and the phrase could stand for the industry's whole posture. All of 8it answers one question. What may the agent do? 9 10None of it answers the question you will actually manage by. Of the 11million actions agents take on your behalf this week, nearly all of 12them correct and inside policy, which handful genuinely needs a 13person, and who decides? 14 15## A century of prior art 16 17That question is not new. Management by exception is roughly a 18hundred years old; it is the discipline that lets a plant manager 19run a factory without watching every machine, because thresholds, 20materiality rules and escalation paths decide what surfaces. The 21manager's attention is treated as the scarcest resource in the 22building and spent accordingly. 23 24Agents multiply the actions taken on your behalf by orders of 25magnitude, which multiplies the value of exactly that discipline. 26Attention does not scale with the fleet. The routing rules must. 27 28*Autonomy is safe where exceptions are routed well, and unsafe 29everywhere else.* 30 31## Governance without routing is a promise 32 33Read the governance messaging closely. It describes what agents are 34prevented from doing, and it never says which deviations are 35material, who gets interrupted at what severity, or what happens 36when an exception is ignored. 37 38Picture the first month of a deployed fleet. A planner arrives on 39Tuesday to find four hundred purchase orders re-sequenced overnight, 40every one inside policy, and one of them quietly cancelling a 41delivery a key account had been promised. Which of the four hundred 42should have interrupted someone's evening? The guardrails have no 43opinion; nothing was breached. The person explaining the missed 44promise on Thursday's call will have one. 45 46## The routing spec 47 48Treat agents as an exception problem and you get a specification 49instead of a posture. Every class of machine action gets a 50materiality threshold. Crossing it creates one exception with a 51severity, an owner and a deadline. Exceptions are deduplicated and 52ranked, because ten duplicate alerts bury the one that matters. 53Escalation fires when the clock runs out, and every routed exception 54records what the human did, so the thresholds get reviewed against 55evidence rather than folklore. 56 57None of that is speculative. It is what 58[management by exception at machine scale](/insights/millions-of-events-in-a-handful-of-decisions-out) 59already looks like in production, applied to a new source of events. 60Agents do not change the discipline, but they make skipping it much 61more expensive. 62 63Prophesee's answer to the agent question is Pulse, which routes 64millions of events into the handful of decisions that need a person, 65with thresholds, owners and clocks attached. It is one exception 66engine shared across every module, so an escalation rule proven in 67one corner of the business is inherited by the next. A bolted-on 68control plane cannot compound like that. To see your own exception 69stream, [start here](/contact). 70`;export{e as default};
Line numbers count LF bytes from the start of the resource, as the search results do. Vendor segments are library code the classifier recognised; they are stored but not indexed. Bytes are shown as Latin1 characters, one per byte.