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AetherLAM
$18Starting price
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About AetherLAM
AetherLAM is a task orchestration system designed for controlled execution of automated actions. It operates on a shard-based ledger where each mapped action consumes one shard from a transparent allotment of 18. Local execution remains dormant until an operator explicitly authorizes each task through a gate mechanism. The system exposes FastAPI endpoints for mapping, authorization, and ledger inspection, with a default origin set to the AetherLAMEnterpriseCore webapp. Authorized tasks are written to a vault, while settlement occurs via Lemon Squeezy with HMAC-validated credits. Advanced modes require a licensed workstation and do not increment shards during preview. The ledger tracks allotment usage, refunds shards for failed mappings, and provides endpoints for polling agent status and billing webhooks.
Key features
- Operator authorization gate for task execution
- Shard-based ledger with transparent allotment tracking
- FastAPI endpoints for mapping, polling, and ledger inspection
- Vault for storing authorized write_document tasks
- Billing webhook integration for settlement
- Preview mode without shard consumption
- Agent FIFO polling mechanism
- Licensed workstation modes for advanced operations
Use cases
- Controlled automation of document processing workflows
- Operator-supervised task orchestration in regulated environments
- Integration of automated actions with external APIs
Pros
- Operator-controlled authorization prevents unauthorized execution
- Transparent ledger tracks shard usage and allotments
- FastAPI endpoints enable integration with external systems
- Failed mappings refund consumed shards
- Licensed modes support advanced workflows
Cons
- Local execution requires explicit operator approval
- Limited to 18 shards per allotment
- Advanced modes require a paid license
- Settlement depends on external payment processor validation
Frequently asked questions about AetherLAM
What is AetherLAM and what does it do?
AetherLAM is a task orchestration system that enables controlled execution of automated actions. It uses a shard-based ledger where each mapped action consumes one shard from a transparent allotment of 18. Local execution remains inactive until an operator explicitly authorizes each task through a gate mechanism.
Who is AetherLAM designed for?
AetherLAM is designed for operators who require strict control over automated tasks, ensuring that no action executes without explicit authorization. It suits environments where oversight and auditability of automated processes are critical.
How does the authorization process work in AetherLAM?
The authorization process involves an operator reviewing and either authorizing or denying queued tasks. No task executes locally until the operator explicitly approves it through the gate mechanism, ensuring human-in-the-loop (HITL) control.
What are the key API endpoints provided by AetherLAM?
AetherLAM exposes FastAPI endpoints for mapping actions, authorizing tasks, polling agent status, inspecting the ledger, and handling billing webhooks. These include POST /api/v1/action/execute, GET /api/v1/agent/poll, GET /api/v1/ledger/state, and POST /api/v1/billing/webhook.
What happens if a mapped action fails in AetherLAM?
If a mapped action fails, the system refunds the shard consumed by that action back to the allotment. This ensures that failed mappings do not permanently reduce the available shards for future tasks.
What is required to use advanced modes in AetherLAM?
Advanced modes in AetherLAM require a licensed workstation. These modes cannot be armed during preview, and arming them does not increment shards. The licensed mode is included with Premium and above plans.
