Architecture

A system that thinks,
acts, and knows when to stop.

Each agent is a specialist with a name, judgment, and specific responsibilities. Together, they form a real operational layer within your company.

It’s not about
automating simple tasks.

Each agent knows what they need to achieve, what tools they can use, and what lines they must never cross. When their work is done, they log the result in the database, and the next agent takes over. No meetings. No manual coordination. No friction.

Humans don’t disappear—they focus. Instead of managing day-to-day operations, they only intervene at the points where their judgment changes the outcome: approving a strategy, validating a proposal, making a decision with real consequences. Everything else, the system handles on its own.

This is what we call autonomous orchestration with human-in-the-loop. A system that reasons, acts, and learns—and knows exactly when to stop and ask.

How the architecture is organized.

Four points of contact with the real world. Four core components. Four layers that support it.

Triggers

Events that trigger the system

Human

Decision maker
when it matters

Orchestration

Task scheduler

Event broker · crons · queue management

Pipeline orchestrator

State machine · execution order

Decision layer

HITL approval · escalation gates

Connector layer

Tools · APIs available to agents

Core engine

Agent registry

Identity · model · scope · constraints

Knowledge base

RAG · vectors · KV declarative

Messaging bus

Pub/sub · point-to-point

Context assembly

Global configuration + case injection

Observability

Reasoning audit per execution

State store

Persistent memory across executions

External

APIs · channels and
data sources

Outputs

Results produced by the system

What’s inside
and what it’s for.

Each component has a unique responsibility. None does the work of another.

Core

Core engine

The four components that define the system’s identity: who the agents are (Agent registry), what they know (Knowledge base), how they communicate (Messaging bus), and the context in which they operate at any given moment (Context assembly).

Orchestration

Scheduler + Pipeline

The Task scheduler decides when each agent acts—via events, cron jobs, or queues. The Pipeline orchestrator controls the execution order and the status of each step. Together, they ensure that nothing runs out of order.

Support

Decision + Connector

The Decision layer manages human approval points and escalations. The Connector layer exposes the tools and APIs that agents can use—without direct access to the outside.

Memory

State Store

Persistent memory across executions. An agent acting today knows what happened yesterday. The system doesn’t start from scratch in every cycle—it accumulates context and improves over time.

Control

Observability

Every decision made by every agent is recorded. It’s not a technical log—it’s auditable reasoning. You know what it decided, why, and based on what information.

Humans don’t disappear.
They focus.

Instead of managing day-to-day operations, they only intervene at points where their judgment changes the outcome. Everything else, the system handles on its own.

The system knows exactly when to stop and ask. It doesn’t guess—it scales.

An

Agent detects sales opportunity

Customer inactive for 45 days · high-value history · proposal prepared

A

Agent generates personalized offer

24 lines · target margin met · probability of closing: high

H

The system pauses and asks

The offer exceeds the authorized discount threshold. Approval is required.

H

Human approves with one click

Decision recorded · offer sent · agent continues the workflow

A

Agent monitors the response

Automatic follow-up · alert if no response within 48 hours

What makes the system work.

01

Specialization, not generalism.

Each agent has a name, a role, and a limit. It doesn’t do everything—it does its part better than anyone else.

02

Execution, not response.

It doesn’t generate text for someone else to process. It acts directly on systems—and leaves a trail of what it did.

03

Cross-cycle memory.

The system doesn’t start from scratch every time. It accumulates context, learns from previous executions, and improves over time.

04

Frictionless control.

Humans approve what matters, when it matters. No dashboards to monitor. No processes to coordinate.

05

Integration, not replacement.

The system works with what you already have—ERP, CRM, internal tools. It doesn’t replace anything. It connects everything.

06

Full audit trail.

Every decision made is recorded and can be explained. Not a black box—a system you can trust.

The next step

Want to see how it works
for your specific business?

In a 30-minute demo, we’ll show you the system in action using real-world examples from your industry.

Request a demo Back to the product