Algorithmic trading operations centerSystem 09 / 10

CYBORG TRADER // VERIFIED CASE STUDY

Governed Multi-Agent Trading Platform

Research deeply. Promote narrowly. Execute only after evidence.A profile-aware algorithmic trading and risk-control platform spanning Microsoft Fabric research, nineteen-year validation, Supabase operational state, six isolated agents, NinjaTrader/Tradovate integration, and a deliberately gated paper-to-live path.
PROGRAM EVOLUTION

From prototype to governed operations

HistoricalPreviousCyborg Lab + Fabric Cockpit

Fabric/Kusto telemetry, VectorBT research, MLflow experiments, Monte Carlo drawdown analysis, and a four-page operational cockpit established the research foundation.

PartialCurrentFail-closed commissioning platform

A three-node, six-agent development candidate adds explicit contract mapping, canonical UTC ingestion, durable halt state, signal idempotency, atomic fill reconciliation, and vendor-neutral dual-channel alert evidence.

PartialIn progressResearch-to-Sim101 commissioning

All financial strategies remain disabled until exact account rules, corrected parity evidence, sealed out-of-sample validation, dual-channel alert commissioning, and five operator-observed Sim101 lifecycles pass.

PartialOverall goalPass, fund, then expand

First pass the MFFU 25K evaluation with one defensible strategy; then operate a monitored funded account and promote new strategies only through the same evidence chain.

AI CAPABILITY PLANEResearch agents generate candidates while risk profiles and the operator control execution
Market dataCanonical bars
Research agentsIndicators + signals
Robustness gatesWalk-forward + MC
Profile riskAccount constraints
Operator executionLive remains gated
Verified
Strategy research

Automates feature, parameter, and strategy-candidate evaluation.

Market historyCandidate strategy
Verified
Regime evaluation

Tests candidate behavior across holdout, walk-forward, and drawdown scenarios.

Candidate resultsRobustness evidence
Verified
Drift detection

Compares promoted and runtime distributions before escalation.

Runtime telemetryDrift decision
01 // SYSTEM TOPOLOGY

Connected architecture

Evolutionary architecture from Fabric research lab to a governed six-agent runtime, with the live financial boundary intentionally gated.

PlatformData planeEdge / externalAuthority / control
01 // Market + research inputs
Market exportsGC + ES minute/tick source

WHYConnects this stage of the system flow

Verified
Fabric / KustoEarlier MarketData cockpit

WHYConnects this stage of the system flow

Historical
02 // Research platform
Canonical datasetsTimezone + quality contracts

WHYConnects this stage of the system flow

Verified
VectorBT + OptunaFriction-aware strategy tests

WHYConnects this stage of the system flow

Verified
MLflowExperiment lineage

WHYConnects this stage of the system flow

Historical
03 // Promotion governance
Holdout + walk-forwardRobustness gates

WHYConnects this stage of the system flow

Verified
Monte Carlo95% drawdown analysis

WHYConnects this stage of the system flow

Verified
Profile contractSim101 verified; funded rules unresolved

WHYConnects this stage of the system flow

Partial
04 // Operational state
SupabaseBars, indicators, signals + trades

WHYConnects this stage of the system flow

Verified
05 // Six-agent runtime
Bridge agentIdempotent bar ingestion

WHYConnects this stage of the system flow

Verified
Indicator agentCanonical forward features

WHYConnects this stage of the system flow

Verified
Signal agentProfile-aware candidates

WHYConnects this stage of the system flow

Verified
Risk agentLoss, drawdown + activity gates

WHYConnects this stage of the system flow

Verified
Order routerIdempotent intent + atomic fill state

WHYConnects this stage of the system flow

Verified
Exit agentManaged close decisions

WHYConnects this stage of the system flow

Verified
06 // Observability + control
Streamlit operationsP&L, rules + agent health

WHYConnects this stage of the system flow

Verified
Dual-channel alertsReceipts + fail-closed health

WHYConnects this stage of the system flow

Verified
Drift watchdogPromotion/runtime distribution checks

WHYConnects this stage of the system flow

Verified
07 // Gated financial boundary
NinjaTrader 8Windows execution interface

WHYConnects this stage of the system flow

Partial
Tradovate evaluationOperator-approved account path

WHYConnects this stage of the system flow

Partial
Human authorityEnable, halt, rollback + promote

WHYConnects this stage of the system flow

Verified
GOVERNED OUTCOMEThe current development candidate disables every financial strategy, preserves Sim101 as the only commissioning path, and blocks non-simulation entries until exact account rules and retained operational evidence are supplied. No strategy is presently approved for live execution.Ingest → Research → Validate → Signal → Risk → Route → Observe → Commission
CYBORG TRADER— GOVERNED AGENT CHAIN
  1. 1Market exportsVerified
  2. 2VectorBT + OptunaVerified
  3. 3Holdout + walk-forwardVerified
  4. 4Monte CarloVerified
  5. 5Profile contractPartial
  6. 6SupabaseVerified
  7. 7Bridge agentVerified
  8. 8Drift watchdogVerified
  9. 9NinjaTrader 8Partial
  10. 10Human authorityVerified
19 YEARS • 6 AGENTS • 142 HISTORICAL TESTS
LIVE FINANCIAL EXECUTION GATED

PURPOSEA recruiter-readable visual summary of the detailed topology above; verification labels preserve the boundary between demonstrated, pending, and historical evidence.

02 // PROOF LIBRARY

Evidence gallery

Fail-closed commissioning candidate
Claim state: PartialArtifact type: Repository-derived evidenceReviewed: 2026-09-28
Fail-closed commissioning candidate

Current development evidence for 530 passing tests, explicit contract mapping, canonical timestamps, durable halt and reconciliation controls, dual-channel alert receipts, and the all-strategies-disabled boundary.

Open full evidence Cyborg Trader local development working tree and direct Windows test execution; not a remote release or live-trading acceptance; accounts, endpoints, credentials, strategy performance, and P&L excluded
Program evolution and authority boundary
Claim state: VerifiedArtifact type: Repository-derived evidenceReviewed: 2026-07-28
Program evolution and authority boundary

Repository-backed lifecycle view separating the historical Fabric research lab, current governed six-agent platform, active paper-to-live gates, and the pass-then-fund operating goal.

Open full evidence CyborgTrade private repositories, Nimbalyst handoffs, Fabric dashboard export, and current Git state; account identifiers, infrastructure endpoints, credentials, and performance values excluded
Four-page Cyborg cockpit blueprint
Claim state: HistoricalArtifact type: Sanitized reconstructionReviewed: 2026-08-23
Four-page Cyborg cockpit blueprint

Sanitized reconstruction of the exported operational cockpit: 4 pages, 26 tiles, 22 queries, and risk, signal, execution, and data-quality surfaces. Values and datasource identity are intentionally omitted.

Open full evidence Owner-provided dashboard-Cyborg_Cockpit.json export (schema 63); reconstructed from page and tile metadata without datasource identifiers, queries, account data, or performance values
Architecture mapAvailable now

Sanitized logical topology with evidence states.

Dashboard / DAGAvailable now

Sanitized repository-derived dashboard or orchestration evidence is included above.

Video / demo clipCapture pending

A short captioned product proof is still required.

Product screenshotCapture pending

A sanitized operational or product screenshot is still required.

NEXT CONVERSATIONDiscuss this architecture

Explore how this delivery pattern can be adapted to a governed enterprise deployment.

PRIVATE REVIEW ROOMSensitive evidence stays private

Production endpoints and restricted artifacts remain disconnected until an identity provider and access policy are explicitly configured.