ASAP: Agentic Security Assurance Protocol

ASAP, the Agentic Security Assurance Protocol, is a Band-native, leader-governed security review mesh for enterprise security workflows. It is designed for high-rigor environments where security review is not just scanning, but a controlled process of scoping, evidence collection, false-positive review, remediation planning, approval boundaries, and auditable reporting. A human starts a case by mentioning the Leader in a Band room. The Leader validates scope and routes typed AgentTasks to specialist agents. Evidence agents collect governed observations as EvidenceCards. Review agents challenge weak claims through an adversarial evaluator, skeptic, and adjudicator flow. Remediation agents produce advisory plans and validation steps without executing changes. Reporting agents generate traceable report claims linked back to evidence and review decisions. ASAP uses one shared AgentCore contract — AgentTask → AgentCore.run() → WorkerResult — while allowing different internal agent architectures: deterministic governance, governed tool use, adversarial review, advisory planning, and deterministic traceability-first reporting. This prevents the workflow from becoming unstructured multi-agent chat and makes the system extensible: new evidence collectors, reviewers, or reporting specialists can be added without rewriting the Leader. For safety, the public demo is a static product surface. Live Band workspaces, local agent execution, DeepSeek calls, Kali tooling, and governed nmap execution remain private and explicitly controlled. ASAP is intentionally narrow: a serious practitioner-built protocol and workflow console for enterprise security assurance, not a flashy autonomous pentest replacement or public vulnerability scanner.