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Products · mimOE for Cloud

Your workloads run. mimOE makes them self-sustaining.

Embed the Agentix Operating Engine into your cloud estate. Every microservice gains discovery, zero-trust security, observability, and healing; every workload becomes a collection of self-sustaining agentix operations across on-premises, public cloud, and the compute you already own.

In-Process or Beside ItSelf-Healing OperationsZero-Trust AAASeconds-Level Migration
One engine, three topologies

Inside the service, beside it, or on another node.

mimOE runs within a microservice as a library, as a separate process on the same host, or on a different node entirely. The same agents run unchanged in every configuration, which lets you choose the topology per concern instead of per rewrite.

Inside the Microservice

Embedded in-process, the way a web framework is part of a service. The right topology when agents add features to the service itself: same process, same lifecycle, zero hop.

Beside the Service

A separate process on the same host. Healing and improving run in isolation, so the operation of remediation never impacts the operation of the microservice.

On Another Node

The fabric extends across your estate: heavy analysis and patch synthesis run on coordinator infrastructure sized for it, escalated through the mesh, not fixed endpoints.

Why topology freedom matters

Different operations need different isolation. One agent codebase across all three configurations means the choice is policy, not a rebuild.

The proof case: self-healing

Operations that reach back through the lifecycle.

A fault in production travels back through source resolution, patch synthesis, verification, staging, and a promotion gate, and returns to execution as a verified fix. In the Agentix era the lifecycle stops being a line that ends at operations. It becomes a loop, and operations drives it.

One node's fix becomes every node's foresight: validated playbooks are broadcast through the mesh, so services that never saw the failure preempt it on first contact.

Four nested control loops, one engine
Fast loopmicrosecondsKnown signature, instant mitigation from the local playbook cache
Node loopmilliseconds to secondsEnhance, analyze, preempt: the agent chain on the node
Fleet loopseconds to minutesCorrelation, playbook validation, broadcast immunization
Repair loopminutes to hoursVerified code fix through the promotion gate, defect gone at the source
Not just restored. Improved.

The same loop proposes optimizations, not only fixes: the estate does not just return to baseline after failure, it raises the baseline.

Control, governance, security

Autonomous where you allow it. Accountable everywhere.

The Promotion Gate

Whether a verified patch reaches production autonomously is policy, not architecture: per change class, auto-promote or await human review, with a full diagnostic trail.

Dynamic AAA in Execution

Authentication, authorization, and accounting decided at the moment of action: agents get the access they need for the outcome at that moment, no standing privilege.

Signed, Identity-Gated Fabric

Every inter-node message signed and carried over authenticated channels. A compromised node cannot immunize the fleet with a malicious mitigation.

Who it is for

Three readers, three next steps.

Cloud Providers

Turn interruptible spare capacity into production-grade tiers, marketplaces, and brokerage revenue.

Enterprise IT

One fabric for workload placement across on-premises, public cloud, and the compute you already own: your own spare capacity, finally usable.

Solution Architects

Going through agentix transformation: wrap existing SaaS workloads in agentic operations without rearchitecting them.

Next steps

Make every workload self-sustaining.

Start with one microservice: embed mimOE, wire the healing chain beside it, and watch the first fault come back as a verified fix.