Vigil is built to be domain-agnostic. The same sensing infrastructure that monitors a greenhouse monitors a power substation, a cold-storage truck, and a humanoid assembly line.
Industrial
Factory Automation
Modern manufacturing generates enormous volumes of process data that never reach an engineer's dashboard. Vigil connects directly to PLCs, servo drives, conveyor sensors, and environmental monitors — translating isolated signals into a unified production intelligence layer.
From stamping presses to paint booths, Vigil tracks every machine state, detects degradation before it becomes a stoppage, and feeds your maintenance team with actionable schedules — not reactive fire-fighting.
Predict bearing failures 3–7 days in advance using vibration spectral analysis
Reduce unplanned downtime by 40–60% in the first year of deployment
Unified OEE (Overall Equipment Effectiveness) tracking across all lines
Energy consumption monitoring per machine, per shift, per SKU
Sensors Monitored
Vibrationmm/s RMS
Temperature°C / °F
Motor CurrentA, kW
Pressurebar, PSI
Flow RateL/min
TorqueN·m
Speed (RPM)encoder
Acoustic EmissiondB
Oil Qualityviscosity
Load Cellkg, N
Positionmm, encoder
Voltage / PowerV, kWh
Commercial
Building Management
Smart buildings are only smart if the data from their systems can be seen, correlated, and acted upon together. Vigil bridges your BMS, HVAC controllers, energy meters, and access systems into a single operational view that actually drives decisions.
Set comfort baselines, enforce energy budgets, trigger maintenance before a chiller fails in August, and produce ESG compliance reports automatically.
15–30% energy reduction through HVAC optimisation and occupancy-driven control
Automatic ESG and ASHRAE compliance reporting from live sensor data
Predictive maintenance for AHUs, chillers, and cooling towers
Indoor air quality monitoring for post-pandemic return-to-office mandates
Sensors Monitored
CO₂ppm
Temperature°C
Humidity%RH
Occupancycount
Air QualityVOC, PM2.5
HVAC FlowCFM
Power MeterkWh
Water FlowL/hr
Illuminancelux
Noise LeveldB(A)
Chiller Δ T°C
Leak Detectionbinary
Next-Generation
The sensing infrastructure for humanoid robotics.
The next generation of industrial workers are humanoid robots. But every joint, every actuator, every force-torque sensor needs to be monitored, logged, and acted upon — just like any other machine on the floor.
Continuis Labs is building the PDP connector standard specifically for humanoid proprioception — a plug-and-play sensing bus for the robot body that maps to the same Vigil dashboard used by your legacy CNC machines in the next bay.
Joint health monitoring — catch gear wear before it grounds a robot
Environmental awareness — heat, particulates, and proximity sensing unified with human safety zones
Sensor fusion bus compatible with force-torque, IMU, tactile, and lidar inputs
One dashboard for your legacy machines and your humanoid workforce
Humanoid Sensor Inventory
🦾
Joint Torque
N·m per DOF
Force-Torque (6-axis)
Fx/Fy/Fz, Mx/My/Mz
🌀
IMU (9-DOF)
Accel, Gyro, Mag
🤲
Tactile Array
Pressure N/cm²
Motor Temp
°C per actuator
Power Draw
W per joint bank
📍
Position / Encoder
rad, mm
🔊
Acoustic Emission
Gear wear signature
🌾
Agriculture
Smart Farming
Agriculture is the oldest industry and one of the most data-poor. Weather, soil, crop physiology, irrigation, and equipment — all generating signals that most farms never capture. Vigil's low-power edge nodes and cellular connectivity make dense sensing viable on any scale of operation.
Zone-based irrigation that responds to real soil moisture, not calendar schedules
Early disease and stress detection from leaf temperature and stomatal conductance signals
Microclimate mapping for frost risk and heat stress alerts
Equipment utilisation and maintenance tracking for tractors, combines, and irrigation pumps
Full environmental data trail for organic certification and export compliance
Sensors Monitored
Soil Moisture%VWC
Soil Temperature°C at depth
Soil ECmS/cm
Leaf Wetnessbinary/analog
PAR Lightμmol/m²/s
Air Temp + RH°C / %RH
Wind Speedm/s
Rain Gaugemm/hr
CO₂ppm (greenhouse)
Flow / Pressureirrigation
pH / Nutrientshydroponic
DO₂mg/L
Infrastructure
Energy & Utilities
Grid operators, renewable energy developers, and utility companies need real-time visibility across assets that are often remote, expensive to inspect, and catastrophically costly to fail. Vigil delivers continuous monitoring from substation transformers to solar inverters to pipeline compressors.
Transformer temperature and dissolved gas monitoring to prevent catastrophic failures
Wind turbine vibration and blade pitch monitoring for predictive maintenance scheduling
Pipeline pressure integrity and leak detection across hundreds of kilometres
Automatic NERC CIP and FERC compliance reporting from operational data
Sensors Monitored
Transformer Temp°C (top oil)
DGAdissolved gas
Grid VoltagekV, pu
Power Factorcos φ
Pipeline Pressurebar
Flow RateNm³/hr
Turbine Vibrationmm/s
Solar IrradianceW/m²
Inverter Temp°C
Battery SOC%
Partial DischargepC
Earth FaultA leakage
Why Continuis Labs
What makes Vigil different.
Most monitoring platforms require months of integration work per sensor type. Vigil's TEDS + PDP standard makes any new probe a one-day integration.
Capability
Legacy SCADA
Generic IoT Cloud
Vigil (Continuis)
Plug-and-play sensor identity
✗ Manual config
Partial
✓ TEDS native
Open wire protocol
✗ Proprietary
MQTT generic
✓ PDP / MBP open
Time-series optimised storage
✗ Relational DB
Varies
✓ TimescaleDB
Sub-2ms alert latency
✗ Minutes
Seconds
✓ < 2ms
Edge offline buffering
✗ No
Optional
✓ Built-in SQLite
Probe certificate chain auth
✗ No
✗ No
✓ ECDSA-P256 PKI
Humanoid robotics ready
✗ No
✗ No
✓ PDP v2 roadmap
Natural language queries
✗ No
Some
✓ Built-in NLQ
Start Here
Your industry. Your sensors.
Tell us about your deployment — we'll map the exact sensors, gateway configuration, and alert rules you need on day one.