Energy Intelligence
AI watches every energy meter, applies your MSEDCL tariff and ranks savings by ₹ per month. Then it proves the saving.
Tap every question your team cannot answer with a number right now. Each unknown is a cost hidden inside the monthly bill or the maintenance register.
The same five steps sit behind every solution. Nothing is ripped out, and nothing writes into your control systems.
Use existing energy meters, PLCs, DCS and SCADA. Add clip-on sensors only where a signal is missing.
An edge gateway reads data read-only and sends it over 4G, independent of plant IT.
AI learns normal behaviour per machine and shift, then spots idle runs, drift and anomalies.
Ranked alerts with the cause and ₹ value reach the right person, or trigger a rule you approved.
Before-and-after measurement and verification your CFO can sign off.
IoT gives a plant its senses, AI gives it judgement, and the cloud gives it memory and reach. Each is useful on its own. Joined in one platform, they turn a plant that reports into a plant that improves itself. Tap each part of the diagram to see what changes.
This is what happens when a transfer pump starts to wear, on a platform where sensing, intelligence and cloud work together.
A vibration sensor on pump P-204 reads 34% above its normal band, and the bearing is 13 °C warmer than last week. Nobody is on the floor at that hour.
AI matches the pattern to bearing wear learned from this pump's own history and similar pumps across sites. Verdict: plan a service in 12 to 18 days. Not urgent, not ignorable.
The event is stored with its evidence, checked against spares in stores and the batch schedule, and sent to the maintenance head on WhatsApp in plain language, with the cost of a mid-batch failure: ₹4 to 8 lakh.
The bearing is replaced in a planned window. Vibration returns to normal, the platform records the saving, and the model gets sharper for the next pump. No lost batch, no emergency call-out.
Typical results across our deployments and demos. Actual results depend on plant, equipment and practices.
Most plants that try IoT, AI and cloud end up with a sensor vendor, an analytics tool and a hosting bill that do not talk to each other. Data is copied by hand, nobody owns the whole picture, and the project stalls after the pilot.
| Separate vendors | One platform | |
|---|---|---|
| Data | Silos and exports | One stream, sensor to report |
| Integration | Your IT team's problem | Built in from day one |
| AI accuracy | Trained on partial data | Learns from every signal and site |
| Security | Three attack surfaces | Read-only edge, private VPN, one operator |
| Accountability | Each vendor blames the next | One team answers for the result |
| Time to value | Months of integration | Live data in weeks, proven in 8 |
Each solution has its own page with a running sample dashboard, features, results and how we would start.
AI watches every energy meter, applies your MSEDCL tariff and ranks savings by ₹ per month. Then it proves the saving.
Golden-batch watch, automatic OEE, machine health and tank-farm stock in one screen, read-only from your DCS.
Detect, verify, notify and respond. Trend predictions four hours ahead and rule-based stop, cut or alarm.
Water, energy, HVAC, lifts and fire safety for towers and campuses, as a non-intrusive overlay.
Run hours, idle, overtime and tamper alerts for rented and site machines, over 4G with no site Wi-Fi.
Fuel level, engine hours, idle time and container moves for every yard crane, plus bowser refuelling tracked to the litre.
Dashboards, data and remote access need somewhere safe to live. We host them ourselves: app hosting, S3 storage, a team drive and a private VPN, on hardware our own team operates in India.
Automation acts at the edge, in milliseconds. The cloud is where the plant remembers, learns and is seen across every site. Why cloud is integral to industrial operations →
Every intervention is measured against a normalised baseline with the IPMVP method, so the result holds up in front of a CFO, a bank or a BEE auditor.
Illustrative example. Actual results depend on plant, tariff and practices.
Proven under strict no-modification rules on port-crane PLCs. Your control systems keep running the plant.
Fuel and engine monitoring live on 30+ harbour cranes and a 45-machine rental fleet, 24×7, on our own hardware and 4G.
Sensors, gateways, dashboards, cloud hosting, networking and firewalls from a single team, so nothing falls between vendors.
Based in Navi Mumbai. Site visits across the MIDC corridors in hours, support in your time zone, pricing in INR.
MSEDCL HT logic built in: demand ratchet, TOD slabs and power-factor penalties are part of every ₹ figure.
A free 30-day health check, then an 8-week pilot with success criteria agreed in advance.
Free 30-day plant health check. No obligation, no production disruption. If we find nothing meaningful, you walk away.