Unified ingestion
SCADA
PLC / CNC
Meters
Utility bill
Stamped
Unified graph
Connect
Start with meter + bill
Incomer firstModbus · OPC-UA · MQTT
How Stamped works on your plant
One view of consumption, production, and cost, prescriptions in rupees
Connect incomer meters, bills, SCADA, and PLCs you already run. Assign fixes to your team. Verify savings when the DISCOM bill lands.
Hover or tap a node
The workflow loop
Five steps. Same loop every month.
01
Connect
Start with meter + bill
02
Observe
03
Decide
04
Execute
05
Verify
Unified ingestion
SCADA
PLC / CNC
Meters
Utility bill
Stamped
Unified graph
01
Connect
Start with meter + bill
Incomer firstModbus · OPC-UA · MQTT
Production-normalized baseline
Anomaly: demand spike at shift start, 18% above baseline
02
Observe
Baselines that know your shifts
SEC by batch & shiftTariff-aware MD detection
Prescription generated
What
Stagger compressor and press startup
Why
Simultaneous start caused MD spike
Impact
₹2.5–4L / month
Priority: High · Effort: Low
03
Decide
Prescriptions in rupees
What · why · who · ₹Ranked by monthly impact
Action delivery & tracking
WhatsApp alert
Shift B · 06:42
New prescription assigned
Stagger Compressor 1 & Press Line 3 startup
Why: Simultaneous start caused MD spike at shift handover.
Impact: ₹2.5–4L / month potential savings
Owner: Plant Supervisor · Due: Today, 14:00
Tap to acknowledge →
Workflow status
Open
In Progress
Completed
04
Execute
WhatsApp to the floor
Supervisor notificationOpen → done tracking
Potential vs. realized
Potential / month
₹4L
Realized / month
₹3.4L
Running ledger: ₹14L verified since deployment
05
Verify
Check the next bill
Potential vs realised ₹Savings ledger for audits
End to end
From plant data to verified savings
1 · Monitor
Connect your plant
Existing meters, SCADA & billsCompressors, furnaces, presses
2 · Analyze
Watch for deviations
Shift and batch-aware baselinesMD spikes tied to assets
3 · Prescribe
Prescribe in rupees
Root cause, owner & monthly ₹Ranked for your team
4 · Track
Execute and verify
WhatsApp + floor workflowVerified savings ledger
Example output
What a prescription looks like on your plant
Sample prescription, shift-start MD
- What
- Stagger Compressor 1 and Press Line 3 startup by 10 minutes each shift
- Why
- Incomer demand hit 1,240 kVA at 07:15 Monday. Both assets ramped together with zero production load.
- Who
- Electrical maintenance / shift supervisor
- Effort
- Scheduling change only. No capital spend.
- Impact
- ₹38,000/month at current tariff and shift pattern
- When
- Before next billing cycle. MD resets monthly.
Core capabilities
Signals → verified savings
Four platform layers — from universal ingestion through closed-loop governance — sized for SME manufacturers.
StampedEnergy
SCADA / DCS
PLCs & CNCs
Energy meters
BMS / utilities
ERP / MES
Utility bills
Universal ingestion
Captures signals from meters, SCADA, PLCs, and utility bills into a continuous, real-time pipeline — without hardware retrofits or changes to your control systems.
Energy graph
kWh streams
Production
Cost / ₹
Shifts
Time-aligned
Unified energy graph
Organises disparate streams into a time-aligned graph that connects consumption, production, and cost for accurate analytics across your plant.
Prescription
Stagger Compressor 1 & Press Line 3 startup
Root cause · High effort · Shift B
Est. ₹3.5L / month
Contextual intelligence
Domain-specific models detect anomalies, quantify impact in rupees, and generate prescriptions your plant team can act on — not another passive dashboard.
Verified savings
Potential → realized
Closed-loop governance
Assigns actions, tracks execution via WhatsApp and dashboard, and verifies potential vs. realized savings so every opportunity converts into measurable value.
The shift
Before Stamped vs after the first billing cycle
Before
Reactive · fragmented
- ✕Bill shock, no asset-level explanation
- ✕SCADA here, bill there, PLC somewhere else
- ✕“Shift-start is bad”, no ₹ figure
- ✕Fixes discussed, never verified
After Stamped
Prescriptive · verified
- ✓07:15 MD spike tied to Compressor 1 + Furnace 2
- ✓One timeline: production, kW, tariff cost
- ✓₹38,000/month prescription assigned
- ✓Verified saving on next DISCOM bill
Deployment path
First prescriptions in two weeks, not two quarters
1 Week 1–2
Meter + bill live
Baselines and first MD / tariff prescriptions.
2 Week 3–4
First assigned actions
Supervisor tasks on WhatsApp. Execution tracked.
3 Month 2
Deepen integration
SCADA / PLC where available. SEC by process.
4 Month 3+
Verified ₹ ledger
M&V complete. Numbers for plant head and CFO.
Proof & insights
Case studies & industry insights
Published outcomes and field notes from energy-intensive manufacturing, starting with automotive-adjacent process plants.
Field pilotCase study
Automotive & pump manufacturing: 18% SEC reduction
16 verified measures across compressors, furnaces, and shift-start sequencing, IPMVP-style M&V with ₹12–34L monthly energy savings (reference benchmark).
Read more →
BlogBlog
Why shift-start kills die casting margins
Furnace pre-heat overlap, holding loads, and the MD spike your incomer meter sees every morning.
Read more →
BlogBlog
Weekend furnace holding: the silent cost
How batch heat treatment plants lose 15–25% of furnace energy with no parts scheduled.
Read more →Next step
Walk through your meter setup and last three bills
We estimate addressable waste and outline a pilot, only if the numbers justify it.