Overview

Codmir AI Fabrick turns Codmir from a project/ticket interface into a generalized agent fabric. The fabric coordinates role-specialized agents to plan, execute, QA, and deliver work.

Differential agents: roles imitate real-world responsibilities (PM, Eng, QA, Ops, Sec).
One prompt → crew plan: a planner maps the prompt to a small DAG of roles.
Tier routing: Router decides light vs heavy execution per step.
QA gates: Proctor validates outputs (schemas, safety, quick tests) before Ready.
Continuations: Long tasks yield/resume across function time limits.
Audit: All decisions and events are recorded for transparency.

flowchart TD
    U[User Prompt] --> O[Overseer]
    O -->|Route| R[Router]
    R -->|Local| L[Light Worker]
    R -->|Heavy| H[Heavy Worker (RunPod)]
    L --> P[Proctor]
    H --> P
    P -->|Pass| Ready[Result: Ready]
    P -->|Fail| Escalate[Rework / Escalate]
    Escalate --> R

Overview

Codmir AI Fabrick turns Codmir from a project/ticket interface into a generalized agent fabric. The fabric coordinates role-specialized agents to plan, execute, QA, and deliver work.

Differential agents: roles imitate real-world responsibilities (PM, Eng, QA, Ops, Sec).
One prompt → crew plan: a planner maps the prompt to a small DAG of roles.
Tier routing: Router decides light vs heavy execution per step.
QA gates: Proctor validates outputs (schemas, safety, quick tests) before Ready.
Continuations: Long tasks yield/resume across function time limits.
Audit: All decisions and events are recorded for transparency.

flowchart TD
    U[User Prompt] --> O[Overseer]
    O -->|Route| R[Router]
    R -->|Local| L[Light Worker]
    R -->|Heavy| H[Heavy Worker (RunPod)]
    L --> P[Proctor]
    H --> P
    P -->|Pass| Ready[Result: Ready]
    P -->|Fail| Escalate[Rework / Escalate]
    Escalate --> R

Overview

Overview

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Overview

Overview

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