An open skill library gives
Capability — the how-to that lets an agent design an Opentrons protocol, query a chemistry database, order a reagent, or draft a clinical-database update. It can even scan a skill for malicious code.
Open skill libraries now give a science agent enormous capability — one MIT-licensed catalogue ships 148 skills across 17 scientific domains, from bioinformatics pipelines to Opentrons lab runs and compound ordering. Capability is how-to, not permission. KYE Protocol™ binds each consequential scientific action to authority, evidence and finality at the action boundary — turning a days-long safety review into a signed, replayable decision in seconds.
A skill library answers can the agent do this? KYE™ answers the question a regulator, an IBC, or your general counsel actually asks: was this specific action authorised — by whom, under what mandate and purpose, with what evidence, and was it safe to become final? Possessing a skill is never permission to use it.
Capability — the how-to that lets an agent design an Opentrons protocol, query a chemistry database, order a reagent, or draft a clinical-database update. It can even scan a skill for malicious code.
Authority — whether this agent, as a governed principal under a named delegation and purpose, may take that consequential action right now, and a signed record that survives replay years later.
The distinction is the whole product. A benign, publisher-verified skill invoked without authority is still an unauthorised action, and a skill scanner's clean verdict is an input to the authority decision, never a grant — authenticity is not authority. KYE™ treats every skill invocation as a governed action through the KYE™ Tool & MCP Authority Register™: the register decides whether the agent may invoke the capability for this action, on this data, for this purpose.
Here is how KYE™ governs two representative consequential actions a skilled science agent will attempt. The agent keeps its capability; KYE™ decides whether each proposed action has authority to proceed, then seals the outcome.
allow / deny / require_approval / suspend.KYE™ binds third-party scientific capability classes to a KYE™ action-class, a required authority level, and a per-invocation evidence requirement. These are governance bindings KYE™ defines for the capability class — not a claim that any library endorses KYE™, and not a redistribution of anyone's code. The library supplies the capability; KYE™ supplies the authority contract above it.
| Capability class (third-party skill) | KYE™ action-class | Required authority level | Evidence requirement |
|---|---|---|---|
| lab-protocol-design / Opentrons run | lab.protocol.propose | Two-person approval; wet-lab execution out of scope | Signed Evidence Pack™ per invocation |
| compound-ordering / reagent procurement | procurement.compound.propose | Two-person-with-legal; sequence-of-concern screening required | Signed Evidence Pack™ per invocation |
| clinical-database-write / EDC update | clinical.record.propose | Untrusted tier; system-of-record write out of scope until evidenced | Signed Evidence Pack™ per invocation |
| scientific-database-lookup / bioinformatics query | research.database.query | Single-approver; read-only, cited input not a sealed verdict | Signed Evidence Pack™ per invocation |
Each row is registry data in the same #46 authority-register shape that already governs KYE™'s own agent skills — one canonical contract, extended, never a parallel scheme. Where a scientific action touches a regulated regime, a KYE™ Authority Pack™ carries the deep framework mapping; see the KYE™ Pharma AI Authority™ packs for the clinical and drug-safety verticals KYE™ has already mapped.
KYE™ leads its category and states its scope plainly, because a regulated buyer cannot adopt a protocol that overclaims. Two honesty rules govern this page.
First, the referenced skill library is an independent, open-source project (MIT-licensed, an open Agent-Skills standard). It is named factually as an example of the capability layer KYE™ governs; no partnership, endorsement, integration, or affiliation is implied or claimed, and KYE™ redistributes none of its code. KYE™ ships no scientific skill library of its own and redistributes none of this one; a governed scientific agent is a KYE™ product built on top of such skills, and KYE™ governs whether a skilled agent's action may become final.
Second, KYE™ claims authority governance only for regimes it has actually mapped. This page does not assert enforcement of lab-safety, biosecurity, or clinical regulations that KYE™ has not deep-mapped to a control row; where a specific regime is not yet mapped, that is stated as out-of-scope rather than inflated to false coverage. Authority is the claim; regulatory enforcement follows only where a KYE™ Authority Pack™ maps the regime.
Whatever skills your agents load, they resolve to the same KYE™ runtime primitives — so you govern discovery, lab, clinical and procurement actions through one control point, not one per tool. KYE™ reuses these primitives; it never reimplements them per skill.
Decides whether an agent may invoke a given skill, tool or MCP capability for this action, on this data.
Binds each action to a permitted purpose and data scope before it runs.
Inputs, policy, model, human override, verdict and obligations for one scientific decision.
Signed proof of actor, mandate, data, purpose, approval and finality.
Offline reconstruction of why an action was allowed or blocked, from public keys alone.
The gate that decides whether a proposed action may become relied-upon and final.
The result is one provable answer for every consequential scientific action a capable agent attempts: who had authority, for what purpose, with what evidence, and whether it became final under Authority Finality™.
Canonical KYE™ surfaces referenced on this page: Purpose Permission.