P-01intra-day spread
Energy volatility
±42%Grid prices and supply shift minute-by-minute. Static control logic cannot react fast enough to protect margins.
Network · Operational
v4.2Syngrid Energy OSGlobal · 41 regions
AI Orchestration for
Energy Infrastructure
Optimize industrial energy systems in real time with autonomous AI coordination across grids, facilities, and compute networks.
- LATENCY
- <8 ms
- UPTIME
- 99.999%
- NODES
- 12,418
SYN-OPS · LIVEREGION / NA-WEST-7SHIFT / 03:14:08 UTC
Δ LOAD -12.4%Δ COST -08.7%OPS/SEC 21,418
NETWORK TOPOLOGY · 412 NODES
ROUTINGNOMINALSTANDBY
GRID DRAW↑ 4.21 MW
184.62 MW
BATTERY STATECHARGE
78.4 %
COOLING ΔTOPTIMAL
−12.8 °C
AUTONOMOUS EVENT LOGREC ●
- 03:14:07REBALNode DC-EU-04 → shifted 2.4 MW to DC-EU-09OK
- 03:14:05FORECASTSpike predicted +18.2% @ 04:02 UTCOK
- 03:14:02COOLAisle 7 setpoint −1.2°C · ΔPUE −0.04OK
- 03:13:59STORAGEBattery bank B-21 discharge throttledOK
Operating infrastructure for06 / 41 disclosed
HALCYONHYPERSCALE
MERIDIANLOGISTICS
AXIOM/INDMANUFACTURING
NORDPOWERENERGY OPS
VECTOR-9INDUSTRIAL
OBSIDIANCOMPUTE
Infrastructure was never built for machine-speed demand.
Modern industrial systems operate on coordination loops measured in hours. AI workloads, distributed generation, and volatile grids now move in milliseconds. The gap is widening.
P-02load by 2030
Rising compute demand
3.1×Hyperscale and AI workloads have made power the bottleneck for industrial growth.
P-03avg. wasted draw
Inefficient load distribution
17%Facilities run in isolation. Energy is over-provisioned at one node while another throttles.
P-04mean alarm time
Unstable peak consumption
08:14Demand spikes trigger penalty pricing, cooling failures, and emergency curtailment.
P-05siloed systems
Fragmented control
6+BMS, EMS, SCADA, and battery systems each speak their own protocol — no shared truth.
→ Syngrid resolves these as a single
unified control plane.
One control plane.
Four operational primitives.
Each module ships with industrial-grade APIs and runs autonomously at the edge or inside your private cloud.
Autonomous Load Balancing
AI redistributes energy demand across infrastructure nodes in real time, holding facilities at optimal draw without operator input.
- ▸Sub-second rebalancing
- ▸Per-node demand contracts
- ▸Constraint-aware routing
Predictive Grid Intelligence
Forecast demand spikes and infrastructure instability with horizon models trained on your facility telemetry.
- ▸72-hour load forecast
- ▸Anomaly pre-detection
- ▸Tariff-aware scheduling
T-24H↑ SPIKE +18.2% @ 04:02T+24H
Cooling Optimization Engine
Reduce data center and industrial cooling inefficiencies through closed-loop thermal coordination.
- ▸Aisle-level ΔT control
- ▸PUE optimization −0.18
- ▸Predictive setpoint shift
Distributed Energy Coordination
Synchronize batteries, on-site renewables, generators, and backup systems as one programmable resource.
- ▸Multi-asset orchestration
- ▸Behind-the-meter coordination
- ▸Grid-export economics
A live operating picture of
civilization-scale energy flow.
REGION INDEX · 08 / 41● LIVE
| REGION | STATE | DRAW | Δ 60M | PROFILE |
|---|---|---|---|---|
| NA-WEST-7 | OPERATIONAL | 184.6 MW | +02.1% | |
| NA-EAST-3 | OPERATIONAL | 212.4 MW | −00.8% | |
| EU-NORTH-1 | REBAL | 98.7 MW | +12.4% | |
| EU-CENT-4 | OPERATIONAL | 141.2 MW | −04.2% | |
| APAC-J-2 | OPERATIONAL | 168.0 MW | +01.6% | |
| APAC-S-1 | STANDBY | 022.4 MW | +00.0% | |
| LATAM-1 | OPERATIONAL | 077.9 MW | −02.0% | |
| MENA-2 | OPERATIONAL | 112.6 MW | +03.4% |
AI DECISION STREAM21,418 OPS/SEC
- 03:14:20›ROUTE → 4.2 MW DC-NA-04 → DC-NA-09
- 03:14:19›FORECAST → SPIKE +18.2% @ 04:02 UTC
- 03:14:18›BAT.B-21 → DISCHARGE THROTTLE 12%
- 03:14:17›COOL → AISLE-7 SETPOINT −1.2°C
- 03:14:16›ROUTE → 1.8 MW FAC-EU-08 → GRID-EU-Δ
- 03:14:15›TARIFF → PEAK WINDOW 17:00–19:00 LOCAL
- 03:14:14›REN.PV-3 → SURPLUS 2.6 MW → BAT-21
- 03:14:13›ALERT → DC-NA-19 PUE TREND +0.04
- 03:14:12›ROUTE → 3.1 MW HUB-NA-04 → DC-NA-07
- 03:14:11›POLICY → CARBON-OPT MODE ENGAGED
- 03:14:10›ROUTE → 4.2 MW DC-NA-04 → DC-NA-09
- 03:14:09›FORECAST → SPIKE +18.2% @ 04:02 UTC
- 03:14:08›BAT.B-21 → DISCHARGE THROTTLE 12%
- 03:14:07›COOL → AISLE-7 SETPOINT −1.2°C
- 03:14:06›ROUTE → 1.8 MW FAC-EU-08 → GRID-EU-Δ
- 03:14:05›TARIFF → PEAK WINDOW 17:00–19:00 LOCAL
- 03:14:04›REN.PV-3 → SURPLUS 2.6 MW → BAT-21
- 03:14:03›ALERT → DC-NA-19 PUE TREND +0.04
- 03:14:02›ROUTE → 3.1 MW HUB-NA-04 → DC-NA-07
- 03:14:01›POLICY → CARBON-OPT MODE ENGAGED
→ Bloomberg-terminal-grade operational picture for industrial energy
From connection to autonomy in three controlled stages.
STEP / 01STAGE
01/ 03
Connect Infrastructure
Bridge BMS, SCADA, EMS, batteries, and meters via Syngrid Edge. Read-only by default. Hours to deploy.
MODBUSBACNETOPC-UARESTMQTT
STEP / 02STAGE
02/ 03
Train Optimization Models
Models are fit to your facility, your tariffs, your physical constraints. Auditable. Versioned. Replayable.
TELEMETRYTARIFF GRAPHCONSTRAINTSDIGITAL TWIN
STEP / 03OUTCOME
03/ 03
Deploy Autonomous Coordination
Promote from advisory → supervised → autonomous. Operator override remains absolute at every stage.
EDGEMULTI-REGIONFAILSAFEAUDIT
Built to operate
mission-critical infrastructure.
Syngrid runs inside the perimeter, on your hardware, under your security boundary. Every decision is logged. Every action is reversible. Every override is absolute.
ISO 27001CERT
SOC 2 TYPE IICERT
NIS2READY
IEC 62443ALIGNED
EDGE
Edge deployment
Runs in-facility with no outbound dependency for control loops.
INTG
Secure industrial integrations
TLS 1.3, mTLS, hardware-rooted identity, signed firmware.
API
Real-time orchestration APIs
Sub-100 ms decision API for routing, dispatch, and dispatch override.
TWIN
Infrastructure digital twins
Replay any 5-minute window, simulate counterfactuals, before deploying.
MULTI
Multi-region deployment
Active/active across 41 regions with sovereign data residency options.
AUDIT
Compliance & audit
ISO 27001, SOC 2 Type II, NIS2-ready, full decision provenance.
MAINT
Predictive maintenance
Component-level failure prediction routed into your CMMS of choice.
RBAC
Operator-grade RBAC
Per-asset permissions, hardware key enforcement, dual-control changes.
FIG.01AGG.PEAK
31%
reduction in peak energy waste
Avg. across deployed sites, FY measurement
FIG.02OPS.RATE
18M+
infrastructure decisions per day
Routing, dispatch, throttling, and forecasting
FIG.03AUTONOMY
24/7
autonomous optimization
Operator override absolute · sub-second handoff
Operate every facility from a single situational console.
SYN-CONSOLE / GLOBALOPERATOR / k.morris@axiom-indCLEARANCE / L3-AUTO
EFF.SCORE 94.2ALERTS 02REC ●
INFRASTRUCTURE HEALTH
EFFICIENCY
AVAILABILITY
HEADROOM
FACILITIES ONLINE148 / 152
AUTONOMY MODEL3 · SUPERVISED-AUTO
CARBON INTENSITY312 gCO₂/kWh
AI OPTIMIZATION ROUTING · 60M WINDOW
PREDICTIVE ALERTS
- A-217DC-NA-19 / PUE drift trend +0.04
- A-218TARIFF / peak window 17:00 local
- I-091BAT.B-21 / cycle health 92%
- I-092REN-PV-3 / surplus dispatched
FACILITY COORDINATION · 12 OF 152NETWORK EFFICIENCY SCORE 94.2 / 100
F-01
60
F-02
73
F-03
86
F-04
99
F-05
72
F-06
85
F-07
98
F-08
71
F-09
84
F-10
97
F-11
70
F-12
83
Power infrastructure at
machine speed.
Bring Syngrid into your control room. Pilot deployments operational in 14 days, autonomous coordination in under 90.
· Avg. response time < 4h business