sub-AI (opt) / II. DISTRIBUTED & AUTONOMOUS INTELLIGENCE

Autonomous Coordination Systems

Distributed AI services for orchestration, coordination, federated operation, edge intelligence, and monitored execution. Senior AI engineer scope covers planner, executor, reviewer, tool-use, message bus, shared memory, and conflict-resolution architecture, using cross-role task flows, agent handoff records, shared context windows, tool calls, and escalation scenarios and measurable checks for handoff quality, coordination failure, tool misuse, duplicate work, deadlock, and supervisor intervention rate.

Architecture & Risk Blueprint

Senior AI engineering discovery for architecture, risk boundaries, data readiness, and implementation scope.

For Autonomous Coordination Systems, the AI engineer will map target workflows, data owners, integration points, and known failure modes before design starts
Define planner, executor, reviewer, tool-use, message bus, shared memory, and conflict-resolution architecture with clear service boundaries, control points, and engineering assumptions
Prepare the dataset, model, runtime, access, and logging requirements needed for Autonomous Coordination Systems
Build the evaluation plan for handoff quality, coordination failure, tool misuse, duplicate work, deadlock, and supervisor intervention rate so acceptance is measurable, not impression-based
Document risks around unsafe action, data leakage, dependency failure, integration drift, unclear accountability, and evidence gaps and turn them into mitigation tasks with named owners
Deliver architecture diagrams, runbooks, test records, release notes, acceptance criteria, and engineering backlog for procurement, technical review, and implementation approval

USD 1.687.310 IDR 29.106.100.000 Request Scope

Controlled Prototype & Evaluation

A limited working system to test behavior, integration boundaries, evaluation criteria, and operational limits.

For Autonomous Coordination Systems, the AI engineer will implement a controlled prototype around the highest-risk workflow, not a presentation mockup
Connect cross-role task flows, agent handoff records, shared context windows, tool calls, and escalation scenarios to a limited runtime using test credentials, sandbox data, and strict access separation
Build the first agent registry, task router, policy gate, event log, state store, and role-based evaluation runner slice with traceable inputs, outputs, errors, and reviewer notes
Run evaluation cases for handoff quality, coordination failure, tool misuse, duplicate work, deadlock, and supervisor intervention rate and record pass, fail, and uncertain outcomes
Review security, data handling, prompt or policy behavior, and integration limits before production planning
Produce a prototype report with architecture changes, blocked items, engineering estimates, and release criteria

USD 2.545.287 IDR 43.906.200.000 Request Scope

Recommended

Production Engineering

Production implementation with service boundaries, pipelines, evaluation harness, security controls, and handover.

For Autonomous Coordination Systems, the AI engineer will build the production service boundary for Autonomous Coordination Systems with repository structure and release workflow
Implement agent registry, task router, policy gate, event log, state store, and role-based evaluation runner with environment separation, secrets handling, API contracts, and rollback path
Engineer data preparation, model routing, policy checks, test fixtures, and operational telemetry for the service
Create automated evaluation jobs for handoff quality, coordination failure, tool misuse, duplicate work, deadlock, and supervisor intervention rate before every accepted release
Add audit records, access controls, monitoring operational intelligence interfaces, incident notes, and dependency version tracking
Hand over diagrams, runbooks, acceptance records, deployment notes, and backlog items to the owner team

USD 3.785.872 IDR 65.306.300.000 Request Scope

Operations, Reliability & Governance

Operating model for reliability, monitoring, release control, evidence records, and long-term technical governance.

For Autonomous Coordination Systems, the AI engineer will set up operating controls for release approval, model or policy change, incident response, and evidence storage
Define service indicators for handoff quality, coordination failure, tool misuse, duplicate work, deadlock, and supervisor intervention rate with alert thresholds, review cadence, and escalation roles
Create monitoring for agent registry, task router, policy gate, event log, state store, and role-based evaluation runner including latency, errors, drift, cost, version changes, and abnormal behavior
Run tabletop recovery checks for unsafe action, data leakage, dependency failure, integration drift, unclear accountability, and evidence gaps and document the decision path for urgent rollback or shutdown
Prepare governance records for access review, data retention, evaluation evidence, vendor dependency, and stakeholder reporting
Maintain an engineering roadmap for reliability, cost, security, and capability improvements after launch

USD 5.072.835 IDR 87.506.400.000 Request Scope