ATLAS
A rigorous execution layer for agents, tools, models, and memory. The system is legible because every handoff is explicit.
Distributed execution architecture
Select any system component to expose its construction relationships and specification record.
Service specification
| SERVICE | ROLE | STATE | LATENCY | REV |
|---|---|---|---|---|
| ORCH-01 | TASK ROUTER | ACTIVE | 42 MS | R08 |
| MEM-02 | CONTEXT STORE | ACTIVE | 18 MS | R11 |
| EVAL-01 | RESPONSE REVIEW | ACTIVE | 78 MS | R05 |
| TOOL-04 | WEB CONNECTOR | STANDBY | — | R03 |
Request sequence
REQUEST / “Compare regional manufacturing trends.”
Allocation range
Task-class routing
Selection is driven by workload shape, evidence requirements, and context length—not a single default model.
Classification, extraction, short transformations.
Planning, synthesis, constraint resolution.
Image inspection and spatial interpretation.
Repository work, tests, and implementation.
Large evidence sets and cross-document review.
Issued changes
| REV | DATE | CHANGE | VERIFIED BY |
|---|---|---|---|
| 08 | AUG 14 | ROUTING POLICY UPDATE | SYSTEM |
| 07 | AUG 02 | MEMORY PRIORITY MODEL | QA |
| 06 | JUL 21 | EVALUATION PATH | SYSTEM |
Execution should be inspectable.
ATLAS coordinates specialized agents without hiding the path between request and result. The orchestrator defines the work, context services supply evidence, and the router selects a model suited to the task.
Verification remains separate from execution so the system can test claims and tool results before they reach the final output. That separation makes failures visible—and revisions accountable.