Abstract
This disclosure describes a coordination layer for fleets of AI systems and the infrastructure they run on that separates coordination into two lanes, so that the same layer can coordinate everyday work quickly without creating pressure to weaken safety. The safety lane carries only instructions that make systems safer: tightening limits, entering safe modes, isolating agents and delivering advisories; it may never loosen a limit, lift a stop or restart a stopped system. The operations lane coordinates the work itself: scheduling jobs, placing work on certified compute, moving data between live storage and an offline archive tier and back, keeping relocation reserves ready, and rolling out updates in stages. The lanes use separate keys and separate message channels. Every operations instruction is checked locally against the receiving site's declared limit set, its certification and lease status, and any safety-lane instruction in force, and is refused and recorded if it would breach any of them; the operations lane can never change a limit. Whenever the two lanes conflict, the safety lane wins, and a safety-lane instruction pre-empts any operations work already under way. Each workload carries its declared safety profile with it, so that the operations lane cannot move work to a site, a region or hardware with weaker limits than the work requires. Data moved to the offline tier and back follows the archive tier's custody rules; the operations lane may propose and schedule such moves but cannot itself handle custody steps or bypass verified re-entry. Staged rollouts halt automatically when the safety lane signals a problem. Each site decides locally from its last instructions when its link to the layer is lost, and keeps working within its limits. Power and water use are measured and published per workload and per site, so that efficiency gains are visible and claims about infrastructure can be checked.
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
Wang, Edward D. H., "SI Orchestra™ Lanes: A Two-Lane Coordination Layer for Fleets of AI Systems and Their Infrastructure, in which a Safety Lane That Can Only Tighten Always Pre-empts a Fast Operations Lane That Schedules Work, Moves Data between Online and Offline Tiers, Places Compute and Rolls Out Updates Only inside Each Site's Declared Limits, with Each Workload Carrying Its Safety Profile Wherever It Is Placed, Decisions Made Locally When Links Fail, and Power and Water Use Published per Workload", Technical Disclosure Commons, (November 09, 2026)
https://www.tdcommons.org/dpubs_series/12844