One owned layer between business signals and AI models.

The Atarla node is designed to connect the work, retain useful memory locally, coordinate bounded agents, and route outside compute only when the task calls for it.

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System model

The node holds the operating center.

Business signals enter a customer-controlled node. The node holds context and policy, exposes only the permissions each agent needs, and can intentionally route selected work to external compute.

System mapLocal first, with intentional exits.
Atarla architectureBusiness signals feed an owned Atarla node. The node gives bounded agents access to local context and can optionally route selected work to cloud compute.BUSINESS SIGNALSThe work, as it happens.calls + messagestools + systemsdevices + spacesbusiness memoryOWNED NODEAtarlacontext / memory / routingruns where the work livesBOUNDED AGENTSRoles, permissions, review points.01observesignals02preparework03act withapprovalEach role has a job, a boundary, and a way back.OPTIONALcloud computeROUTE OUT ONLY WHEN THE TASK CALLS FOR IT

System layers

A stack organized around control.

InputBusiness signals

Calls, tools, cameras, schedules, inventory, payments, and physical devices.

CoreOwned node

Local compute, working memory, permissions, routing policy, and observability.

ActionBounded agents

Defined roles with narrow access, review points, audit trails, and recovery paths.

ExtensionOptional cloud

External models and burst capacity used according to intent rather than default.

Routing logic

Local first is a priority order.

ConsiderationPrefer local whenRoute outward when
ControlContext should remain closePolicy explicitly permits it
LatencyImmediate response mattersA remote model adds enough value
CapabilityThe node can handle the taskSpecialization or scale is needed
CostRepeated work benefits from ownershipTemporary capacity is more practical

This is an architectural direction, not a published production routing specification.

Trust model

Powerful actions should stay legible.

Atarla's security language is grounded in zero trust, least privilege, isolation, signed updates, observability, containment, and recovery. The goal is not to claim an unbreakable system; it is to limit blast radius and make behavior auditable.

Identity before accessPermissions by roleReview at handoffsAudit every actionContain failuresRecover cleanly
NIST SP 800-207

Planned capabilities

The direction is broader than a single appliance.

Local inferencePersistent memoryAgent runtimeApplicationsAutomationComputer visionDevice controlSecure updatesRemote managementMarketplace registry

These are planned platform capabilities. Availability, specifications, and production timelines are not yet published.

See what exists now