Global Remote Sites · Sovereign Network
7 Sovereign Domes · All systems autonomous & synced · UNS bridged across mines, refineries, and energy fields
NVIDIA GB300 NVL72 · 7×
Starlink PNI
Jetson Thor · 240+
Self-Healing
12,847
Decisions / hr
11.4ms
P99 Edge Latency
99.97%
UNS Uptime · 30d
SOVEREIGN STATUS
Sovereign · Phase 4 (1)
Cognitive · Phase 3 (4)
Predictive · Phase 2 (2)
Copper One — Mariana Minerals
Operator: PAM-COPPER-CORE · Sovereign Phase 4 · All systems autonomous
Operations
Baby Dome · Phase 1
Operational Flow
Next 24h Plan
Asset BOM
Maintenance · Shutdown
Omniverse Twin
Infrastructure Stack
Capital & Capex
Energy
Reports
DOME OPERATING MODE
Sovereign · Self-Healing · Cosmos World-Model Active
Tracking 14 autonomous trucks, 3 drill rigs, 5 humanoid scouts, 1.2M IoNT sensors. Backhaul bonded across Starlink PNI + 6G site mesh.
EDGE COMPUTE LOAD
42%
GB300 NVL72 · 72 Blackwell · single coherent domain
DECISIONS · LAST HR
3,184
P99 latency 11.4 ms · Cosmos sims 2,406
DEMO MODE:
PAM · ON · SOVEREIGN
Toggle to see what the site looks like without PAM (legacy SCADA-only)
SOP & Compliance Layer · Live
AI Camera Network · Holoscan Sensor Bridge
Spatial Intelligence · Isaac Perceptor
[SPATIAL-INTEL]
TRUCK-014 path intersects HSC-02 in T-minus 4.2s.
Adjusting HSC-02 velocity vector -1.2m/s.
PAM Reasoning Stream · Physics-Grounded
UNS Namespace · Site Slice
Physics Primitives · Live
Unified Namespace · UNS
ISA-95 hierarchy · single source of truth across enterprise → site → unit → device · MQTT Sparkplug B
1.2M tags
50 Hz update
99.97% uptime
The Unified Namespace is the secondary control layer the Dome injects on top of legacy
SCADA / DCS / PLC systems. Every sensor, actuator, and decision lives at one canonical path.
PAM consumes the namespace; humans browse it. The UNS is the bridge that lets the Dome
control without ripping out the existing control system — exactly the Industry 6.0 prompt-to-field requirement.
Pit · Mining UNS Slice
Processing · Refinery UNS Slice
Energy · Microgrid UNS Slice
Compliance & Safety UNS Slice
SOP & Compliance · Sovereign Operating Layer
Local law · Site policies · Environment · Safety · Control system · Inventory · Audit-ready
Audit Ready
0 Violations · 30d
Cosmos Pre-flight
The Dome's SOP Layer is the antifragile policy spine: every PAM decision
is checked against local law, site policies, environmental permits, safety envelopes, control-system
health, and inventory state — before hitting the actuator. Rejections are logged with full
reasoning trace. Auditors see one paper trail. This is what makes Phase 4 sovereignty operationally accountable.
Industry 6.0 Maturity · Sovereign Autonomy Roadmap
From instrumented remote ops → predictive orchestration → cognitive integration → sovereign self-healing
Phase 4 · Active
Antifragile
Cognitive
01
Instrumented Remote Ops
Standalone systems connected to a central hub. Operators control equipment from safe, remote locations. Level 1 autonomy.
COMPLETE
02
Predictive Orchestration
Real-time forecasting. Predictive maintenance reduces unplanned downtime by 30–40%. Visibility-driven dispatch.
COMPLETE
03
Cognitive Integration
LLM + agent layer governs heterogeneous swarms of robots. Intent translates from natural language directly into field execution.
COMPLETE
04
Sovereign Self-Healing Autonomy
Antifragile ecosystem. Self-configures, self-heals, performs dynamic energy arbitration without human-in-the-loop for micro decisions.
ACTIVE · COPPER ONE
NVIDIA Sovereign Stack
The reference architecture the Dome implements at every site.
- GB300 NVL72
- Vera Rubin Superchip
- Jetson AGX Thor
- Holoscan SDK
- Cosmos World Models
- Omniverse DSX + Isaac Lab-Arena
Connectivity & Energy Sovereignty
The bubble that keeps a remote site sovereign even if the rest of the world disconnects.
- Starlink Performance Kit
- Starlink PNI Gateway
- Peplink SDX SpeedFusion
- 6G Site Mesh
- ComAp InteliNeo 6000
- Internet of Nano-Things (IoNT)
Antifragility
The site doesn't merely resist shocks — every disruption improves its internal logic. Sandstorms, equipment failures, comms outages all become training signal.
Prompt-to-Field
High-level objectives — "increase copper recovery 2 points without exceeding water permit" — translate into physical action via the cognitive infrastructure.
Audit Gap
The real 2026 challenge is independent validation of autonomous facilities. The Dome's SOP layer logs every decision against law, policy, environment, safety, and control health — auditor-ready by design.
Root Cause Intelligence · Network Fishbone
Auto-classified incidents · cross-site learning · "Never Again" corrective register
PAM-RCA Agent
0 Unclassified
Recurrence –68% YoY
Every incident, hazard, near-miss and equipment-loss event across all 7 sites is auto-classified by the PAM-RCA agent against the six-bone Ishikawa categories. PAM groups recurring causes, links them to corrective actions, and tracks the "Never Again" rate — how many days each root cause has stayed eliminated since the action was logged. The fishbone below is live; numbers are last-30-day frequency.
PAM-RCA · CROSS-SITE LEARNING
217 events · 100% auto-classified · 41 actions live
An incident at Pilbara at 06:14 today became a corrective action at Bowen, Brisbane and Goldfields by 06:42. Cross-site learning loop is the moat.
"NEVER AGAIN" RATE
94%
Causes eliminated for 90+ days · network-wide
RECURRENCE PREVENTED
312
Events avoided since corrective actions · 12-month rolling
Live Fishbone · Ishikawa · last 30 days
Category Frequency · last 30 days vs prior 30 days
Machine
47events
Wear · maintenance overrun · spares
▼ 18% vs prior 30d
Measurement
40events
Sensor drift · SCADA staleness · calibration
▼ 12% vs prior 30d
Environment
35events
Heat · dust · lightning
▲ 9% vs prior 30d
People
33events
Fatigue · induction · comms
▼ 31% vs prior 30d
Method
27events
PTW · procedure · isolation
▼ 22% vs prior 30d
Material
21events
Grade · reagent · supply
— flat vs prior 30d
Recent Events · auto-classified by PAM-RCA
| Time | Site | Event | Root cause | State |
|---|---|---|---|---|
| 06:14 | Pilbara | PM10 boundary spike sector 12 | ENVIRONMENT · dust + wind shiftPAM | MITIGATED |
| 05:48 | Copper One | TRUCK-014 torque breach | MACHINE · wear past thresholdPAM | REROUTED |
| 04:22 | Bowen | Methane sector 4-N trending | ENVIRONMENT · gas migrationPAM | MONITORING |
| 02:18 | Pilbara Solar | String-7 efficiency drop | ENVIRONMENT · dust accumulationPAM | CLOSED |
| 00:11 | Goldfields | Pan 1 evap rate +12% | ENVIRONMENT · heat anomalyPAM | REROUTED |
| 23:47 | Brisbane | SX phase ratio drift | MEASUREMENT · flow sensor driftPAM | CALIBRATED |
| 22:33 | ONGC | Crane lift 3/4 vibration | MACHINE · pedestal bearing wearPAM | INSPECTING |
| 21:08 | Copper One | Contractor PROD-247 induction expired | PEOPLE · induction currencyPAM | RE-INDUCTED |
| 19:54 | Pilbara | Heat-stress flag · day shift | ENVIRONMENT · WBGT 32PAM | REST CYCLES |
| 18:32 | Bowen | Roof bolt-114 micro-strain | MACHINE · ground stressPAM | SCHEDULED |
"Never Again" Register · live
187 days
SX-2 phase-ratio drift: auto-recalibrate every 4 hr · alarm if > 0.04
42EVENTS PREVENTED
DONE
142 days
Truck torque breach: Cosmos pre-flight before route load · auto-reroute on envelope breach
38EVENTS PREVENTED
DONE
98 days
Induction-expired contractor at gate: ANPR + LMS sync · auto-block
61EVENTS PREVENTED
DONE
76 days
Methane sector 4-N spike: Fan 3 auto-ramp at 0.5% · pause shearer at 0.7%
14EVENTS PREVENTED
DONE
54 days
PM10 boundary exceedance: Wind-direction-aware water-truck dispatch
29EVENTS PREVENTED
DONE
31 days
Crane lift in marginal sea-state: Cosmos pre-validates swing path · operator HUD updates
8EVENTS PREVENTED
DONE
12 days
Heat-stress on day shift: WBGT triggered 15-on/5-off cycle · supervisor escalation
6EVENTS PREVENTED
LIVE
3 days
Cleaning-bot fleet swap window: spare bot pre-staged on schedule · zero string-down minutes
2EVENTS PREVENTED
VALIDATING
Recurrence Rate · 6-month trend · all categories
▼ 84% reduction in recurrences across 6 months · same 6-bone categories · same network of 7 sites. The cross-site learning loop is the moat: an incident at one site becomes a corrective action at six others within 30 minutes, and PAM tracks each one until 90 consecutive days have passed without recurrence — then it locks in as a permanent SOP rule.
Methodology · Physical AI x Industry 6.0
VLA · UNS · Swarm APC supersede the legacy ISA-95 control stack
Physical AI Native
UNS-First
Swarm APC
The legacy ISA-95 stack is collapsing into a single UNS-centric, agentic spine.
For four decades, industrial automation has been a five-tier pyramid — PLCs at the bottom, DCS in the middle, SCADA above, MES, then ERP at the top. Each tier ran a different vendor stack with its own protocol, its own database, its own UI. The Dome doesn’t modernise that pyramid — it collapses it. Every tag becomes a path on the Unified Namespace; every controller becomes an agent; every dispatch screen becomes a VLA (Vision-Language-Action) prompt. Physical AI is the operating system of Industry 6.0, and it doesn’t coexist with the old stack — it replaces it, layer by layer, while every legacy bridge stays read-only until the customer is ready to cut over.
Industry 4.0 · ISA-95 pyramid
5-tier hierarchy · vendor-locked at every layer · data fragmented across 7+ systems
Industry 6.0 · UNS-centric agentic spine
Single namespace · pub/sub mesh · VLA + swarm + Physical AI on the edge
VLA · Vision-Language-Action
Cosmos World Model + OpenVLA + Jetson ThorVLA models replace the HMI. Operators don’t click through screens — they speak. The model sees what the cameras see, hears what the operator wants, and acts through the swarm. Below: prompt-to-field in 4 hops, fully audited against the SOP layer before any actuator moves.
1 · PROMPT
Operator (natural language)
“Increase copper recovery by 2 points without exceeding the water permit.”
→
2 · UNDERSTAND
Cosmos World Model
Pulls UNS state · runs 240-frame sim across 14 candidate strategies · selects best.
→
3 · CHECK
SOP Layer
Validates against local law · site policy · environment · safety · control health · inventory.
→
4 · ACT
Swarm executes
SX feed ratio +0.04 · reagent dosing +3% · water draw stays at 87% of permit. Cathode recovery 99.4% → 99.6% in 14 minutes.
UNS supersedes legacy control protocols · one namespace, one truth
| Industry 4.0 · legacy | Industry 6.0 · UNS spine | |
|---|---|---|
| OPC UA / OPC DA · binary client/server | › | MQTT Sparkplug B on UNS · pub/subUNS |
| Modbus · HART · Profibus · EtherNet/IP · S7 · DNP3 | › | Edge UNS bridge · auto-tag harmonisationUNS |
| SCADA HMI · Citect / Wonderware / iFix | › | VLA prompt + Omniverse twin viewportVLA |
| DCS controllers · ABB 800xA / Yokogawa CENTUM | › | PAM agent mesh · Cosmos pre-flightPAM |
| APC · Aspen DMC3 / Honeywell Profit / Yokogawa Exasmoc | › | Swarm APC · multi-agent negotiation per assetSWARM |
| PLC ladder · structured text on Rockwell / Siemens | › | Jetson Thor on-asset edge inferencePHYSICAL AI |
| Historian · OSIsoft PI / AVEVA Insight | › | UNS time-series · native · queryableUNS |
| MES · Wonderware MES / SAP DM | › | UNS namespace · ISA-95 hierarchy as topicsUNS |
| APM / CMMS · Maximo / SAP PM / GE APM | › | UNS asset registry + Asset BOM tabPAM |
| Compliance / audit · manual binders + SOP PDFs | › | SOP Layer · every decision pre-validatedPAM |
| Operator dispatch · clipboard + radio + spreadsheet | › | VLA prompt-to-field · natural languageVLA |
| RCA / 5-Why · post-incident manual | › | PAM-RCA agent · auto-classified IshikawaPAM |
Swarm APC · advanced process control via multi-agent negotiation
Haul Fleet Swarm
PILBARA · 78 trucks · CAT + Liebherr OEM-agnostic
Each truck is its own agent. Path planning, cycle time, fuel state, queue depth at the crusher and PM10 wind-direction shared on UNS. The swarm continuously re-prices haul cycles against energy/ton and heat-stress windows; PAM picks the joint optimum, not the per-truck optimum.
+5%
Truck utilisation
−8%
Fuel/ton
−14%
PM10 events
Drill Rig Swarm
COPPER ONE · 5 rigs · pit-wide fragmentation
Drill rigs negotiate hole patterns to optimise downstream crushing energy. Each rig considers ore body, blast-design constraints, and bit-wear. Cosmos pre-simulates four blast outcomes; the swarm commits the joint plan that minimises fragmentation variance, not per-hole drilling time.
−12%
Crushing kWh/ton
+9%
SAG throughput
−31%
Oversize rejects
Solar & Battery Swarm
PILBARA SOLAR · 640 MW · 38 cleaning bots
Inverters, battery banks and cleaning bots all share UNS state. Cleaning bots route to highest-loss strings; battery dispatches around AEMO 5-min spot; inverters tilt against shifting cloud cover seen in the Cosmos weather model. One swarm, one objective: $/MWh.
+4%
Generation
$1.9k
Daily arbitrage
−22%
Bot-km / day
Methane & Vent Swarm
BOWEN · longwall · gas-aware autonomy
Gas sensors, ventilation fans, the shearer and roof-bolters share gas-mass-balance state on UNS. The swarm pre-ramps Fan 3 the instant methane is predicted to climb — before the threshold, not after. Shearer pace adjusts in 50 ms loops; gas dispersion pre-simulated 60 s ahead.
0
Unplanned evacs · 90d
−28%
Vent power draw
+6%
Shearer face-time
Investor frame: stack consolidation = wallet consolidation. Every Dome customer replaces 7–12 legacy industrial vendors with one UNS-centric stack. Switching cost grows monotonically — the longer the UNS runs, the more decisions are encoded in PAM, the more the swarm has learned, the harder it is to unplug. This is the moat: not a feature, but an architectural advantage that compounds across sites.
Deployment Roadmap · Baby Dome → Sovereign
From bolt-on safety layer to full sovereign autonomy · same rack, same UNS, same dashboard
Phase 1 · Live in 6 weeks
No PLC integration day-1
Carries forward to Phase 4
Moonshot. A staircase you can climb in weeks.
Copper One — what you're seeing across the rest of this dashboard — is the Phase 4 Sovereign Dome. It's the destination. But customers don't have to buy the destination to get value. The Baby Dome is the on-ramp: a bolt-on safety, weather, people-on-site and environmental layer we deploy in 6 weeks without touching a single PLC. Phase 2 (~+12 weeks) adds a read-only bridge into the existing SCADA / DCS / PLC. Phases 3 and 4 are the same hardware maturing into the cognitive co-pilot and then the Sovereign Dome you see live at Copper One. One install, four phases, zero rip-and-replace.
01
Baby Dome
Bolt-on safety, weather, people, environmental, incidents, permits, camera AI. Zero control-system risk.
DEPLOY · 6 WEEKS
02
Control System Bridge
Read-only UNS bridge into SCADA / DCS / PLC. Predictive maintenance, OEE, alarm rationalisation, energy/ton.
+ 12 WEEKS
03
Cognitive Co-Pilot
Agentic decisions in suggestion mode. Cosmos pre-flight sims. Operator approves write-back.
MONTHS 6–9
04
Sovereign Dome
Self-healing autonomy. Live today at Copper One — proof the staircase has a top.
LIVE · COPPER ONE
Phase 1 · Baby Dome — what's in the box
🌦️WK 2
Weather & Lightning
5-day high-res forecast · live strike radar · auto work-stop at 8/5/3 km bands.
⚠️WK 1
Incident Management
Hazards · near-miss · injuries · environmental. Mobile capture · ICAM workflow · ISO 45001 audit-ready.
👷WK 3
Humans on Site (POB)
Live count, zone occupancy, lone-worker timer, mustering and emergency roll-call in seconds.
🚗WK 2
Visitor & Contractor
QR sign-in · NDA / induction acceptance · ANPR · expired credentials blocked at the gate.
📋WK 3
Permit-to-Work
Hot work · confined space · heights · isolation. Live expiry timers · supervisor sign-off.
🌫️WK 4
Air, Dust, Noise
PM2.5 / PM10 / TSP · boundary noise · vibration. Auto-dispatch water trucks at threshold.
📷WK 4
Camera AI · Safety
PPE detection · perimeter intrusion · slip / fall · stationary-vehicle. Edge inference.
🔥WK 5
Heat Stress · WBGT
Wet-bulb globe temperature drives mandatory rest / water schedules · fatigue-cap monitor.
🔔WK 4
Lone Worker Check-In
Periodic "I'm OK" pings · auto-escalation if missed · geo-fenced quiet zones.
🛠️WK 5
Asset & Inspection
QR-tagged extinguishers, harnesses, scaffolds. Last-inspected · next-due · traffic-light expiry.
🎓WK 3
Inductions & Certs
Site induction · first-aid · HRWL · forklift · heights. Auto-block at gate when expired.
⚡WK 5
Energy & Water (R/O)
Modbus / pulse meters read-only into UNS. ESG-grade chart per site. Phase 2 turns it into optimisation.
Six-week deploy · contract → live dashboard
WEEK 0
Kick-off
Site survey · data agreement
WEEK 1
Cloud live
Incident app rolled out
WEEK 2
Edge install
Met mast · gate kiosk
WEEK 3
Wire-up
Camera AI · POB · PTW
WEEK 4
Sensors
Air · noise · lightning
WEEK 5
Integrate
Assets · inductions · meters
WEEK 6
LIVE
GM dashboard signed off
+ WEEK 12 · PHASE 2
Read-only UNS bridge into customer SCADA / DCS / PLC
90-day historian backfill · predictive maintenance · OEE · alarm rationalisation · energy-per-ton — all on the same Baby Dome the customer is already logged in to.
Investor takeaway: Phase 1 sells on safety and visibility — buyers we already know how to convert (HSE managers, site GMs, COOs). It bills as SaaS, not capex. By Phase 2, the customer isn't evaluating us — they're expanding us. Same rack, same UNS, deeper wallet share, and 100% of Phase 1 hardware carries forward into Phase 4. The Sovereign Dome isn't where we start; it's where the staircase ends.
~6 wks
From PO to first live dashboard. No PLC integration in the critical path.
$0 capex
Hardware leased into the SaaS subscription. Customer signs an opex line, not a capital request.
3–4×
Phase 2 expansion ARR over Phase 1 once control-system tags light up on the same dashboard.
100%
of Phase 1 hardware carries forward into Phase 4. We never come back to rip and replace.
States & Spatial Intelligence · Network Health
Fractal state hierarchy · spatial awareness coverage · all sites reporting
Network Healthy
Spatial Intel Active
Fractal Engine v4.2
NETWORK STATE
SOVEREIGN
All 7 domes autonomous
SPATIAL COVERAGE
96.4%
3D occupancy mapped
ACTIVE FAULTS
0
Across all fractal tiers
STATE TRANSITIONS / HR
2,847
Autonomous decisions
Spatial Intelligence · How It Works
3D Voxel Occupancy
Every site maintains a real-time 3D occupancy grid using LiDAR, radar, and camera fusion. Each voxel (volumetric pixel) is classified as free, occupied, or predicted-occupied. This enables collision avoidance, path planning, and anomaly detection at sub-meter resolution.
Intent Prediction
Cosmos world models project asset trajectories 5–30 seconds ahead. When predicted paths intersect, the system adjusts velocities and routes before any physical conflict occurs. Every intent vector is logged in the UNS for audit.
Geofence Enforcement
Dynamic exclusion zones around active blasting, unstable ground, personnel clusters, and environmental boundaries. Zones expand and contract in real-time based on sensor input. No equipment enters a restricted voxel without explicit PAM clearance.
Swarm Coordination
Autonomous trucks, drills, and humanoid scouts negotiate routes peer-to-peer via the 6G site mesh. The spatial engine resolves contention in under 50ms — faster than any human dispatcher. Cross-site learnings propagate within 30 minutes.
Network Spatial Topology · Live
Fractal State Engine · Hierarchy
State changes propagate upward through a hierarchy. A single motor fault (Level 1) causes the parent system to degrade (Level 2), the site to enter healing mode (Level 3), and the plant to shift from sovereign to predictive (Level 4). When the fault clears, states recover bottom-up. Every transition is logged and auditable.
Level 4
Plant
Level 3
Site
Level 2
System
Level 1
Component
Per-Site Health · All Domes
State Ripple Log · Live
Agent Settings · Per-Site Configuration
Configure, enable, and tune AI agents for each sovereign site · Changes sync to edge within 30s
7 Sites
28 Agents
Edge-Sync