What a generating plant looks like to Fogsphere
Video slot — awaiting upload.
Power Generation — Safety, Security and Operations Intelligence AI
Turn every camera across turbine halls, switchyards, coal and fuel handling, BESS rooms and remote substations into a safety, security and reliability co-pilot — edge-first, NERC CIP-aware and GDPR-ready.
Built for power-generation compliance — OSHA 1910.269, NERC CIP and ISO 45001
OSHA 1910.269 & NFPA 70E
Electric power generation, transmission and distribution, plus arc-flash boundaries, PPE and safe-work practices. Approach-boundary intrusion, switchgear and electrical-room access, and incorrect PPE near energised equipment, logged per event.
NERC CIP & IEC 62443
Critical infrastructure and industrial control-system security. Perimeter, switchyard and control-room monitoring correlated with access control and OT alarms, with timestamped evidence for the audit file.
ISO 45001 & ISO 55001
Occupational health and safety plus asset management. PPE compliance by zone, LOTO-zone integrity, confined-space occupancy, leak and thermal-anomaly frequency and equipment-area housekeeping feed both management systems.
What deploying Fogsphere across a generating plant delivers
Reference deployment across power-generation sites, reported against ISO 45001 occupational health and safety management and site HSE regulations.
Not “a worker without gloves” — a worker in an energised area without the PPE that zone requires
Hard hats, glasses and face shields; arc-rated clothing and insulated gloves
Hi-vis clothing, safety footwear, hearing and respiratory protection
Fall protection, harnesses and lanyards; life jackets at hydro and water areas
Zone-specific PPE combinations and PPE checks before hazardous entry
Arc-flash and approach-boundary intrusion
Switchgear and electrical-room access; substation and transformer intrusion
Incorrect PPE near energised equipment and proximity to energised equipment
Open cabinets and panel doors; presence during switching operations
Temporary electrical exclusion zones and liquid presence near electrical gear
Obstructed panels and thermal anomalies via thermal cameras
Maintenance-zone access and occupancy; personnel present during isolation
Work starting before isolation is done; unauthorised machine interaction
Guard removal or work on moving gear; barricade integrity and crossings
Restart-area clearance verification and visual tag or padlock checks — supporting, never replacing, the plant’s formal LOTO and SIS procedures
Restricted zones and unauthorised access around turbines and rotating equipment
Machine-envelope entry, pinch points and missing, open or bypassed guards
Suspended loads and load-path intrusion; crane swing radius and exclusion zones
Confined-space entry, exit and worker count; open manways and lone-worker conditions
Workers near edges and openings, ladder and scaffold access, dropped objects and exclusion zones below elevated work
Oil spills, water leakage, wet floors, trip hazards, loose cables and blocked emergency exits
Perimeter, switchyard, control room and cable tunnel
Perimeter intrusion and fence-line loitering; unauthorised personnel and tailgating
Unauthorised vehicles, vehicle classification and LPR; vehicle dwell and abandoned vehicles
Unattended objects and after-hours movement
Control-room and switchyard access; substation and transformer intrusion
Fuel-storage and water-intake access; camera tampering and doors or gates left open
Drone and waterside intrusion detection
Vegetation encroachment, foreign objects and animal intrusion at remote substations
Flame, smoke and thermal hotspots across transformer and generator areas
Turbine lubrication-oil areas, cable tunnels and cable trays
Battery rooms, electrical rooms, fuel storage and hydrogen systems
Coal handling and conveyors; waste accumulation; blocked hydrants and extinguishers
Fire-door status and emergency-route obstruction
Real-time personnel visibility, e-mustering and automatic headcount
Missing-person detection, SOS and worker-down alerts, evacuation tracking and unauthorised re-entry
Every camera is a plant reliability sensor
Flame, smoke and hotspot detection in furnace and burner areas
Fuel, oil and steam leakage; ash and hot-material exposure
Conveyor blockage and spillage; conveyor walkway obstruction
Coal pile conditions and dust; stockpile access and loader movements
Gas-leak sensor integration, turbine-enclosure monitoring and fuel-system monitoring
Water-edge proximity, wet floors, flooding and water leakage at hydro sites
Restricted dam and spillway access; visible debris accumulation
Stack and plume visual monitoring, visible emissions and smoke opacity
Flare monitoring, ash handling, coal and biomass dust
Oil spills, water discharge areas, waste and chemical storage
Noise, temperature and air-quality sensor integration — certified instrumentation stays authoritative
Contractor presence, location and attendance; PPE and restricted-area compliance
Permit-zone and LOTO-zone integrity; work-front occupancy and congestion
Crew arrival and utilisation; scaffold, crane and material staging; SIMOPS conflicts and shift transitions
Idle work fronts, work progress and emergency-route availability
Leaks (steam, oil, water), thermal anomalies, discoloration and abnormal equipment or panel state
Corrosion progression, structural change, vegetation and debris build-up
Gauge and analog meter reading, indicator-light and valve-position status
Maintenance response time, work-order duration and alarm response time
Leading indicators rolled into a Plant Risk Index, with control-room alarm correlation and triage
Five focus areas
The platform behind every detection
Edge+ AI Stack — runs on-prem at every site. CNN and VLM GPUs, MistIQ® physical AI workers, TPM® encryption, DeepStream engine and the Edge+ agent — all inside your perimeter.
Fogsphere Manager® Stack — fleet orchestration across all sites: Case Manager®, Insight Studio®, Person Manager®, Asset Manager® and Vision Agent®.
Core Services — vector DB engine, SQL DB engine, distributed storage controller and Kubernetes multi-node cluster, with central GPU pools — all in your datacentre or private cloud.
What the Fogsphere platform brings
Edge AI, GDPR-by-design, digital twins, real-time reports, asset management and more — all inside one platform, deployed on your perimeter.
Why power producers choose Fogsphere
Risk Mitigation — Continuous monitoring surfaces hazards as they appear, so major incidents are caught earlier and recur less often.
Regulatory Compliance — Objective, timestamped evidence against the HSE frameworks your auditors already use — reducing fines and legal exposure.
Workforce Morale & Retention — A site where hazards are logged and acted on consistently is a site people stay at.
Sustainability & CSR — Demonstrable commitment to staff wellbeing and environmental performance — evidenced, not asserted.
Insurance Premium Optimisation — An objective safety record gives underwriters something measurable to price against.
End-to-end GDPR-compliant — Edge-only processing, face blurring and configurable retention. Labour-union-proof, privacy-friendly monitoring.
Six application clusters that carry most of the load on a generating site
PPE & Personal Compliance
Helmet, vest, gloves, eyewear, hearing and respiratory protection, checked per worker per zone.
Work at Height & Line of Fire
Edges, openings, scaffolds, suspended loads and dropped-object zones.
Emergency & Incident Response
Fire, smoke, worker-down and evacuation-route readiness.
Perimeter & Physical Security
Approach, intrusion, tailgating, theft and surveillance integrity.
Environmental & Sustainability
Spills, leaks, emissions, flooding and cold-chain excursions.
Machine & Equipment Safety
Robot cells, press lines, guarding state and energy isolation.
Adjacent industry coverage
Oil & Gas
Fuel handling, flare monitoring, confined space and turnaround contractor control run on the same models.
Manufacturing
Rotating equipment, guarding state, housekeeping scores and maintenance-response KPIs transfer directly.
Chemical
Hazardous-atmosphere sensing, permit-to-work assurance and containment detection extend the same stack.