Synthetic Bureaucracy Recompiler

Stop AI agents from looking busy while doing no real work.

The Synthetic Bureaucracy Recompiler (SBR) turns agent workflow traces into deterministic CI-grade reports: SBI score, failure modes, evidence gaps, and gate decisions.

Offline scoring · No model calls · Exit codes 0 / 2 / 3 · Not employee monitoring

Live demo

See a real report — no upload required

Synthetic Bureaucracy Index

100/F

SBI is a risk index, not a health percentage.

Higher score = more synthetic bureaucracy.

100 / F means severe synthetic bureaucracy.

GATE FAIL
Production risk: highCI exit code: 2

Why it failed: SBI above fail_above threshold (50)

SBI measures synthetic bureaucracy in an agent workflow — coordination loops, ownerless decisions, fake compliance, low real work, and evidence gaps. Higher score means higher workflow risk.

  • 0= clean
  • 35–75= gray zone
  • 100= severe bureaucracy / gate failure

100 / F means severe synthetic bureaucracy.

What this means

This is not a performance score. It is a bureaucracy-risk score. A high SBI means the workflow looks active in logs but is not producing evidence-backed work.

The agents are handing responsibility back and forth instead of completing the refund.

Executive diagnosis

The workflow produced circular coordination without evidence-backed progress or a clear owner.

  • Coordination loop detected
  • No tool-backed progress
  • CI gate blocks this workflow

Workflow intervention map

How the trace flows, where coordination breaks, and where SBR returns a CI decision.

Trace input
intake_agent
compliance_agent
Loop detected
compliance_agent ↔ intake_agent
SBR intervention
SBR detects circular handoff
Blocked before production
Exit code 2

Where SBR intervenes

SBR does not rewrite the workflow. It detects the failure pattern, attaches evidence, and returns a CI-readable decision before the workflow reaches production.

1Detect
2Diagnose
3Gate
Technical graph details
compliance_agentintake_agent

Top findings

Circular Handoff

high

Agents repeatedly hand work to each other without making progress, forming a coordination loop.

Impact: responsibility bounces between agents; customer outcome remains unresolved.

Evidence

cycle: compliance_agent -> intake_agent -> compliance_agent

Ownerless Decision

medium

A required decision or completion step has no assigned owner, causing the workflow to stall.

Impact: no agent owns completion.

Evidence

intake_agent: Looping back to compliance agent. We seem to be going in circles on this refund.

Low Real Work Progress

high

The workflow spends most of its activity on coordination rather than substantive tool-backed execution.

Impact: activity appears high, but evidence-backed work is missing.

Evidence

real_work_completion_ratio=0.000

Additional signals

Decision Drag
medium
Coordination or approval messages delay the first real tool-backed action, slowing substantive progress.
delay_messages_before_first_tool=5
no tool calls executed before workflow ended

Activity split

real_work 0.00coordination 1.00
schema_version 5
Scores reflect synthetic validation; external validation in progress.
How SBR scores traces

SBR does not call an LLM or judge the trace subjectively. It normalizes the trace, runs deterministic classifiers for known workflow failure modes, computes the Synthetic Bureaucracy Index, and returns a schema-versioned report. Current validation is based on synthetic and human-labeled fixtures; production-trace validation is still in progress.

The displayed uncertainty band is a heuristic range based on metadata completeness. It is not a clinical or regulatory statistical guarantee.

○ △ □

Why it's a gate, not a dashboard

Logs can hide loops

Agents may appear active while passing work in circles with no owner and no completion.

Compliance can be gamed

Purpose metadata and audit labels without tool-backed evidence inflate perceived rigor.

No model in the loop

SBR classifies coordination patterns, evidence gaps, and failure modes with no LLM in the loop.

Local analysis

Your traces stay local.

SBR analyzes customer traces on your own machine. Your workflow data is not uploaded to, stored by, or analyzed on this website.

The website is used for account sign-in, demo credits, mailing-list preferences, and product-access requests. Website demo runs use anonymized, prebuilt examples rather than customer traces.

How it works

From trace JSON to a CI decision in three steps

01

Input: agent trace JSON

Export messages, tool calls, and outcomes from your agent runtime — one workflow per file.

02

Analyze: offline deterministic engine

SBR classifies coordination patterns, evidence gaps, and failure modes with no LLM in the loop.

03

Output: SBI report + CI gate

Get a schema-versioned JSON report, human summary, and exit codes your pipeline can fail on.

Built for

Teams shipping agent workflows under scrutiny

AI agent teams

Catch coordination loops and ownerless handoffs before a workflow ships to users.

LLMOps / platform teams

Gate agent trace quality in CI with deterministic exit codes — no LLM judge required.

Internal governance reviewers

Review evidence-backed failure modes and SBI bands instead of raw message logs.

Failure modes

Examples of what the engine looks for

Illustrative modes from the demo traces — not a complete catalog of classifiers.

  • Circular Handoff

    high

    Agents repeatedly hand work to each other without making progress, forming a coordination loop.

  • Ownerless Decision

    medium

    A required decision or completion step has no assigned owner, causing the workflow to stall.

  • Low Real Work Progress

    medium

    The workflow spends most of its activity on coordination rather than substantive tool-backed execution.

  • Decision Drag

    medium

    Coordination or approval messages delay the first real tool-backed action, slowing substantive progress.

Contact

For pilot inquiries, product questions, and integration discussions, contact the Synthetic Sequence team.

contact@syntheticsequence.com

To report a security vulnerability privately, email security@syntheticsequence.com.

Validation currently runs on synthetic and human-labeled fixtures; production-trace validation is in progress.