Your team sends a request. Your system decides.
Operations Messaging connects team requests to business actions. Your system verifies who is asking, checks permission, and requires human confirmation where its policy calls for it.
Current scope
Identity and permission checks sit between the request and the business action. Each integration defines which actions are available and their limits.
Implemented mechanisms
- Verify the requester
- The connected system resolves connection evidence to a recognized person. A name typed into a message is not treated as identity evidence.
- Check permission
- Your system evaluates the requested action against its own rules. A denied action does not proceed to execution.
- Confirm sensitive actions
- Configured actions can require human approval before execution. Confirmation expiry is configurable, with a five-minute runtime default.
- Review operational events
- Verification, planning, and execution events can be sent to a configured observation sink. Persistence and retention require deployment-specific decisions.
Identity first. Permission before action.
Verify
A configured channel supplies connection evidence. Your system recognizes the requester or returns a refusal or account-linking step.
Authorize
Your business system checks whether that person may request the action. The AI model does not grant itself permissions.
Confirm, then execute
When policy requires approval, confirmation comes first. Your system performs its action; configured observation hooks receive the related events.
Where it fits
For operations and engineering teams introducing controlled messaging into moving, storage, logistics, and field-service workflows.
- Messaging and agents
- Carry requests and conversational context. SMS, WhatsApp, and Telegram are possible integration surfaces; each requires configuration.
- Operations Messaging
- Coordinates identity verification, permission checks, confirmation, and the path to a business action.
- Your business system
- Owns identities, permission rules, credentials, and the action itself. Its integration and policies need explicit review.
Operations Messaging does not replace your permission model, security review, or monitoring. It connects scoped requests to actions rather than giving a chatbot unrestricted database access.
Start with one controlled workflow.
Bring a concrete action and the system that owns it. We can define the integration boundary and what would make a private pilot useful.
- The request
- Which action should a person or agent request through messaging, and which actions must remain unavailable?
- The system owner
- Who owns account linking, role permissions, APIs, and confirmation policy?
- The checks
- Define allowed and denied cases, confirmation behavior, and the operational events you need to inspect.
Before you begin
Is this another chat app?
No. Operations Messaging connects configured messaging channels to business actions. Your system owns identity and permissions; conversation is the request surface.
Is the confirmation window always five minutes?
No. Five minutes is the runtime default. Expiry and which actions need confirmation are configuration decisions for the integration.
Does every deployment provide a permanent signed audit trail?
No blanket guarantee is made. Core observation delivery is optional and best-effort. Persistence, signing, retention, and failure handling must be established through the configured sink and the deployment's operating requirements.
How does this relate to MCP?
The Model Context Protocol standardizes connections between AI applications, tools, and data. Operations Messaging addresses identity and permissions around business actions. Protocol support alone does not establish who may act.