Platform Overview
All services at a glance
Conductor Identity
Address
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P_root
—
Authority
—
C₂¹ = 0.7071...
Life Stage
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GPS Time & Location
Status
—
—
Satellites
—
—
Coordinates
—
—
QLA Frame
—
64-byte Quantum Location Attestation
📍 Address
Resolving...
Heartbeat Monitor
Checking...
Geometric Constants
The Conductor
Personal Sovereign Agent — live integration with PrIA, Clock, Memory, TCE
Cascade Position
0/4
0 ticks
Memory
24 B
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Goals
0
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Intelligence
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—
TribNet
—
—
Node Tier
—
—
Actions
Add Goal
Delegate
Goals
Click Refresh to load
Response
Ready
Claude Code Sub-Agent
Delegate tasks to Claude Code with geometric identity scoping (C₂² = 0.5, TTL 4 cycles)
Claude Code
Checking...
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Executions
0
total delegations
Authority
C₂² = 0.5
Ephemeral prime per task
TTL
4 cycles
Auto-expires after cascade
Delegate Task
Execution Result
Ready — enter a task above and click Execute
Execution History
Click History to load
PrIA Genesis — Identity Platform
Layer 1 | Port 5000 | Five-channel ceremony, wallet, aliases
How It Works
Channel 1
Entity Class
PERSON / DEVICE / APPLICATION / INSTITUTION
Channel 2
Jurisdiction
ISO 3166 code (e.g. CA-ON)
Channel 3
Community
Affiliation binding
Channel 4
Anchor
Passphrase / biometric / artifact hash
Channel 5
Temporal
Nanosecond founding moment (irreproducible)
Three-Layer Identity
P_root (Sealed)
Core identity — never transmitted, never displayed. Lifetime.
P_alias (Per-Context)
Derived per service — unlinkable across contexts. Months/years.
P_ephemeral (Session)
Disposable — expires after 4 cascade cycles. Minutes.
Ready — click Run Demo Ceremony to see a live genesis
PrIA Genesis — Native UI
via gateway proxy · open in new tab
Master Clock — Temporal Attestation
Layer 1 | Port 5001 | Class 19 temporal entity, cascade position, federation
Clock Alias
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Clock Name
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Timestamp (ns)
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Cascade Position
—
of (4,1) cycle
How It Works
The Master Clock is a Class 19 temporal entity with its own prime identity. It issues signed timestamps
(attestations) that bind events to an irreproducible moment. The (4,1) cascade advances through 5 positions:
4 regular ticks + 1 consolidation tick. At consolidation, the Intelligence Layer assesses regime and triggers
goal decay. Local clocks sync when connectivity is restored — the Master Clock never overwrites local history.
Attestation Log
Ready — click Get Time or Attest Event
Master Clock — Native UI
via gateway proxy · open in new tab
TGSS Memory — Geometric Memory Manager
Layer 3 | Port 5002 | TGSS-MEM-002 v1.0 — Prime-indexed · validity edges · harvest · projection · consumer scoping · prime-graph viz
v2 Capability Tiles
Total Memories
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By State
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Genesis Primes
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Projects
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How It Works (v2)
Every memory IS its composite prime — encoding project, domain, type, and temporal identity in a 24-byte BigInt.
Five PentaLinear importance states: CRITICAL / ACTIVE / DORMANT / DEPRECATED / DISSOLVED.
The (4,1) cascade governs decay (1/8 per cycle, geometric contraction toward zero).
Validity windows mark superseded rows historical (`valid_to` set atomically by a supersedes edge — never overwritten).
memory_edges is an ACO Order Trace persisted relationally — chains are reconstructible from any edge's
trace_composite.
tgss_mem_harvest auto-extracts candidates from Claude Code transcripts with auto-supersede / auto-contradict edge detection.
tgss_mem_export_claude_md emits a content-addressable CLAUDE.md projection: same row set ⇒ same composite, regardless of generation time.
Consumer scoping divides project prime out of returned composites at the boundary — privacy enforced mathematically.
Composite-credential auth (24-byte primes, ACO Field 25 pattern) gates Claude Web. See PR #1 (merged 2026-05-04).
Memory Browser
Ready — click Refresh Stats
TGSS Memory — Native UI
via gateway proxy · open in new tab
TCE — Tribernachi Context Engine
Layer 3 | Port 5003 | Cross-session context, compression, 10-step turn cycle
Total Segments
—
Total Tokens
—
Sessions
—
DB Size
—
KB
How It Works
TCE manages LLM context across sessions. Each segment is attested with a composite prime and assigned
one of five importance states. The 10-step turn cycle: load context → score importance → pack budget
(CRITICAL 40%, ACTIVE 40%, DORMANT 20%) → compress via sigma-3 (20-30% token savings) → attest decisions
→ decay stale segments. Budget is capped at eta_max = 1 - G0 for ACTIVE tokens.
Sessions track token usage (in/out), context savings percentage, and model information.
Active Sessions
Ready — click Refresh Status
TCE — Native UI
via gateway proxy · open in new tab
Super Streamer — TTEM Live Trading
Layer 5 | Port 8084 | PentaLinear signals, ATS adaptive thresholds, 7 indicators
Seven Proprietary Indicators
Phi Sigma (0-10)
Volatility regime using golden ratio. Entry trigger: >= 4.0
Directional (-1 to +1)
Market direction with momentum fade. Entry trigger: >= 0.5
TVI (-1 to +1)
Time-Value Index — price-volume momentum
TF Mod (0-5)
Time-Flow compression score
SVC Delta (0-1)
Signed Volume Change percentile
CVD (0-1)
Cumulative Volume Delta tracking
DA-TEM-E
Multi-factor composite score
Entry Signal
BUY when: phi_sigma >= 4.0 AND directional >= 0.5 (18x backtested edge)
How It Works
The Super Streamer runs the Adaptive Threshold System (ATS) which discovers optimal signal thresholds
through continuous self-calibration. PentaLinear five-state quantisation ({-1, -sqrt(G0), 0, +sqrt(G0), +1})
classifies market regime. Tribernachi Geometric Compression (TGC) provides 20-30% data reduction.
The ATS drift trainer monitors threshold decay under regime change and triggers zero-gap hot-swap recalibration.
Super Streamer — Live Dashboard
via gateway proxy · open in new tab
Trading Vault
PrIA Class 3 — API Identity Management (HTTPS :8443)
Version
v1.0.0
AES-256-GCM encrypted credential storage
Port
8443
HTTPS (self-signed TLS)
Domains
8
TopstepX, Alpaca, Coinbase, IBKR, Polygon, FRED, Quandl, Binance
Trading Vault — Dashboard
via gateway proxy (HTTPS) · open in new tab