One resilience platform. 22 industries.
Traditionally, industrial safety is reactive—inspected periodically and repaired after failure. Resilience-as-a-Service (RaaS) transforms safety into a continuous, cloud-managed utility with telemetry ingestion, real-time risk scoring and automated physical SRE interventions through a unified Digital Twin.
SITE
CLOUD
ACTION
Sensor to action, standardized.
Every deployment follows the same four-layer integration pipeline: Sensor Ingestion → AI Model Processing → Spatial Category Mapping → SRE Action Protocols.
Sensor Ingestion
Capture live telemetry from industrial sensors, drones, cameras, SCADA and site systems.
AI Model Processing
Fuse heterogeneous streams to identify hazard patterns and calculate risk.
Category Mapping
Project risk into the 3D Digital Twin and map dependencies across physical assets.
SRE Action Protocols
Route actionable alerts to XR command teams and automated safety interventions.
Built for the environments where resilience matters most.
A unified RaaS architecture adapts to heavy industry, infrastructure, mobility, logistics, public systems and advanced technology environments.
Heavy Industrial & Mining
Energy, Utilities & Infrastructure
Mobility & Transit
Logistics & Public Systems
Sector-specific intelligence, same core architecture.
Selected high-risk deployments demonstrate how sensor arrays, Digital Twin actions and RaaS intervention logic adapt to different physical environments.
Slope intelligence before collapse.
Hazards: Slope instability, rockfalls, underground toxic gas, tailing dam breaches and machinery collisions.
Sensors: Geotechnical strain gauges, LiDAR drones, gas monitors and seismic acoustic sensors.
Twin Action: Real-time pit slope deformation mapping and automated vent fan activation.
Model the plume before it spreads.
Hazards: Chemical leaks, runaway exothermic reactions, pipe corrosion and gas explosions.
Sensors: OGI infrared cameras, acoustic leak detectors and pressure/temperature transmitters.
Twin Action: CFD plume dispersion modeling with automated isolation valve shutoffs.
Coordinate complex port operations.
Hazards: Gantry crane collisions, container stack collapse, hull stress and hazardous container leaks.
Sensors: UWB positioning, thermal imaging and ship-to-shore LiDAR scanners.
Twin Action: Autonomous container yard pathing and real-time crane load stability assessment.
Resilience for remote assets.
Hazards: Gas blowouts, structural fatigue, riser leaks and harsh-weather sea-state risks.
Sensors: Subsea ROV sonar, flare stack thermal sensors and structural vibration accelerometers.
Twin Action: Dynamic sea-state structural stress modeling and remote tele-operated shut-in procedures.
The 22-industry deployment matrix.
Each vertical maps its core sensor array to a defined risk mitigation target.
| Code | Sector | Core Sensor Array | Key Risk Mitigation Target |
|---|---|---|---|
| MIM | Mining & Extraction | Geotechnical, Gas, LiDAR | Slope collapse, gas asphyxiation |
| WIM | Warehouses & Logistics | Vision, Thermal, AGV Telemetry | Forklift collisions, rack collapse, fire |
| AMIM | Automotive Manufacturing | Robotics SCADA, Vibration | Assembly line jams, robotic arm drift |
| HIM | Healthcare Infrastructure | Environmental, HVAC, Power | Medical gas leaks, backup power trip |
| EIM | Energy & Utilities | Thermal, SF6 Gas, Corona cameras | Transformer explosion, grid collapse |
| AGIM | Agriculture & Irrigation | Soil Moisture, Drone Multispectral | Crop failure, dam overflow, canal breach |
| TIM | Transportation & Transit | Fleet Telemetry, Radar | Highway pile-ups, tunnel fire propagation |
| CIM | Construction & Infra | Crane Load, BIM, Wearable HUD | Scaffolding fall, structural displacement |
| MIMF | Heavy Manufacturing | Acoustic, Molten Thermal | Blast furnace burn-through, crane drop |
| EDIM | Education & Campuses | Crowd Vision, Access Control | Stampede management, perimeter breach |
| MEIM | Media & Entertainment | High-FPS Cameras, MoCap | Production set hazards, stunt safety |
| TCIM | Telecom & Cell Towers | Structural Strain, RF Power | Tower collapse, antenna alignment error |
| AVIM | Aviation & Airports | Radar, FOD Scanners, Thermal | Runway FOD, jet fuel spill |
| RAIM | Railways & Metro | Track Geometry, Axle Counters | Derailment, track thermal buckling |
| MAIM | Maritime & Ports | UWB, LiDAR, Crane Telemetry | Container stack fall, crane collision |
| OOIM | Oil & Offshore | Subsea Sonar, OGI Thermal | Offshore blowout, platform fatigue |
| CPIM | Chemical Processing | OGI Gas, Pressure, Acoustic | Toxic gas plume, runaway explosion |
| SPIM | Space & Defense | Cryogenic Temp, Cleanroom Particle | Launch pad ignition leak, contamination |
| DCIM | Data Centers | Liquid Cooling Leak, Power SCADA | Server rack overheating, UPS fire |
| ROIM | Robotics & Automation | Motor Torque, Vision, Safety PLC | Collaborative robot impact, runaway arm |
| SEIM | Security & Defense | Perimeter Thermal, Seismic Radar | Unauthorized intrusion, perimeter breach |
| HWIM | Hazardous Waste | Leachate Gas, Radiation, Water | Chemical leak, radioactive containment |
Bring resilience intelligence to your facility.
Start with an industry-specific deployment conversation and map your site's sensors, spatial environment, operational risks and SRE action protocols.