BRINX
BRINXSYSTEM ARCHITECTURE
SYSTEM ARCHITECTURE

Designed to connect. Built to separate.

A modular path from market observation to a governed decision. Every boundary preserves intent, provenance and accountability.

BUILT ON EXPLICIT STATEBRX / ARCHITECTURE
01 / SYSTEM TOPOLOGY

Every layer has a defined responsibility.

BRINXCONCEPTUAL ARCHITECTURE
01—03 / OBSERVE & FORM INTENT04—07 / GOVERN & ROUTE08—09 / RECONCILE & RETAIN
  1. 01

    Intelligence layer

    Market structureMacro contextNarrative contextLiquidityStrategy evidence
  2. 02

    Confluence layer

    Independent evidenceFreshnessAmbiguity protection
  3. 03

    Intent layer

    Position intentFixed-time intent
  4. 04

    Authority layer

    Explicit permissionQualified producer
  5. 05

    Risk layer

    Account-specificVenue-specificVersioned constraints
  6. 06

    Venue / account router

    Exact identityCompatible contractNo fallback
  7. 07

    Execution layer

    TradeLocker architectureMT5 support pathPocket fixed-time architecture
  8. 08

    Reconciliation

    Authoritative stateRecoveryOperator review
  9. 09

    Evidence / analytics

    Audit trailForward validationOutcome provenance

Each boundary is explicit. A downstream layer cannot invent upstream authority.

02 / INTENT ARCHITECTURE

Different markets. Different contracts.

BRINX rejects incompatible semantics rather than silently translating them.

TYPED CONTRACT

POSITION INTENT

symboldirectionriskstoptargetsaccountvenue

Position management preserves stop, target and account semantics.

TYPED CONTRACT

FIXED-TIME INTENT

assetdirectionstakeexpiryentry windowaccountvenue

A fixed-time contract preserves stake, expiry and entry-window semantics.

03 / FAIL-CLOSED DESIGN

When BRINX doesn’t know, it doesn’t guess.

Ambiguous accountBLOCK
Unsupported symbolBLOCK
Stale evidenceBLOCK
Unknown routeBLOCK
Uncertain executionRECONCILE
Missing authorityBLOCK
Missing authoritative dataNOT_AVAILABLE
Cross-broker fallbackNONE
BUILT ON EXPLICIT STATE.

Understand the system.
Before the decision.

VIEW ARCHITECTURE