A proposed HTTPS Like Security Layer for AI agent actions: it asks "will this action do exactly what it was authorized to do?"

The internet already has strong answers for many security questions. TCP/IP delivers data. HTTPS and TLS encrypt the connection and confirm the server’s identity. OAuth grants an application access to an account. Identity systems confirm who a user or workload is. Logs and monitoring record what happened afterwards. Each of these remains essential, and each answers a question about the connection, the identity, or the record. AI agents raise a different question. An agent can now call APIs, send emails, export files, initiate payments, change databases, reconfigure cloud infrastructure, issue network commands, and control physical devices, often in milliseconds and without a human in the loop. A request can travel over a perfectly secure HTTPS connection, carry a valid OAuth token, and come from an authenticated agent, yet carry the wrong amount, the wrong destination, an expired approval, a revoked permission, a replayed request, or an instruction injected into the agent through a malicious prompt. By the time monitoring raises an alert, the payment has settled, the data has left, and the system has changed. This disclosure proposes a security layer above HTTPS that verifies each action at the moment it takes effect. Every action an AI agent proposes is held in a pending state with no external effect. A protected component, outside the agent’s control, checks that specific action against the conditions that apply: who authorized it, for what purpose, to which destination, under which policy version, within which time window, and whether permission has since been revoked. When every check passes, it issues a single-use authorization bound to that exact action and to the specific system that will carry it out. That system, whether an API gateway, payment processor, cloud control plane, network egress gateway, database, or device controller, verifies the authorization and consumes it in the same step as execution. An altered, replayed, expired, or unverified action stays blocked, and alternate routes to the same effect, such as backup systems, debug interfaces, or direct device access, pass through the same check. The layer works alongside HTTPS, OAuth, identity management, and existing access controls, and requires none of them to change. It applies to AI agents and tool calls, cloud operations, payments, telecommunications, and critical infrastructure. HTTPS secures the connection; this layer ensures each action does exactly what it was authorized to do. Keywords: AI agent security; agentic AI; AI agent governance; action-level authorization; pre-execution authorization; execution-time authorization; tool call authorization; MCP security; prompt injection mitigation; API gateway; policy enforcement point; reference monitor; single-use token; capability token; replay protection; revocation; TOCTOU prevention; fail-closed enforcement; bypass prevention; zero trust; HTTPS; TLS; OAuth; payment authorization; cloud control plane security; network egress control; critical infrastructure protection; AI safety; AI governance How to review this package This record is a ZIP package containing the complete technical disclosure. To review it: Download the ZIP file from this record. Unzip it and keep all extracted files together. Start with the short summary or README file to understand the core idea. For AI-assisted review, create a dedicated project or workspace in an AI system of your choice (not an ordinary chat) and upload all extracted files together, so the AI treats them as one technical record. If the package includes 00_READ_FIRST_AI_INSTRUCTIONS.md, ask the AI to read it first. Any supplied prompt files are optional guides; your own prompts are encouraged. Go to the sections most relevant to your field, such as AI agents, cloud, payments, telecommunications, or critical infrastructure. Check every important conclusion against the original source documents and the WIPO publications. Readers are equally welcome to review the files without AI. Questions, corrections, and critical feedback are invited.