The problem
Most chat Agents work for one conversation. They do not reliably receive ongoing tasks, retain context, connect to knowledge, enter team channels, or provide traceable execution and recovery.
The platform is planned as a system where an Agent has a defined role, receives work, follows tool boundaries, and leaves a complete record.
Planned capabilities
- Digital worker profiles, roles, capabilities, and boundaries.
- Task creation, scheduling, execution, retry, pause, and recovery.
- Knowledge, working memory, sessions, and task context.
- Web and messaging channel integrations with a unified wake-up model.
- Usage, billing, audit, logs, and runtime observation.
- Agent runtime, tool calls, and human intervention boundaries.
Current status
The project has entered pilot operation. Digital-worker roles, task scheduling, wake-up, tool calls, knowledge, channels, and run records are being validated in real scenarios. Current work focuses on role boundaries, execution stability, and human takeover.
The current validation loop is end to end: receive a task, call a tool, produce a result, and leave an auditable record.
Phase-one boundary
The first phase will not try to build a universal employee. It will choose one role with clear responsibilities, stable inputs, and checkable outputs, then validate task intake, wake-up, tool use, delivery, and human takeover before generalizing the platform.
Suggested screenshots
- Digital-worker list, role profile, and responsibility boundaries.
- Worker creation, capability, and tool configuration.
- Task creation, assignment, scheduling, and wake-up history.
- Execution timeline, tool calls, and intermediate outputs.
- Knowledge, work memory, and task context.
- Result delivery, approval, and human takeover.
- Retry, pause, resume, and audit history.
- Web, Telegram, or other channel interactions.
- Usage, runtime status, and task metrics.
Trial access
The project is in pilot operation. Contact me with a specific digital-worker or task scenario; I can provide testing notes based on its inputs, outputs, and permission boundaries.