Live System Status Simulated demo data

Building Smarter, Cleaner & Energy-Efficient Cities

An intelligent urban platform connecting waste, fuel, energy, transport and environmental systems to reduce wastage and build a sustainable future.

Explore KARDIA View Smart City Dashboard
Waste Fuel Energy Transport Environment
City at a glance Last updated 03 Sep 2026, 6:46 PM
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tonnes
Waste Generated Today
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tonnes
Waste Collected Today
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MWh today
Renewable Energy Generated
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₹ million today
Energy Saved
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MW installed
EV Charging Capacity
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to date
Complaints Resolved

All figures on this platform are simulated demonstration data prepared for presentation. They are not official statistics.

How it fits together

One Chain, Five Systems

Every area of KARDIA is a link in a single chain. Waste that would have gone to landfill becomes fuel; that fuel becomes power; that power runs the city and charges its vehicles; those vehicles give capacity back to the grid.

Waste
468.74 t collected today
Segregation
78,949 kg residual
Processing
149,560 kg received
RDF
93,834 kg produced
Energy
57.1 MW generating
City Grid
318.5 MW demand

Reduce Wastage → Recover Resources → Generate Clean Energy → Optimise Consumption → Build a Sustainable Vision 2040

The platform

Six systems, one operational picture

Each area covers one link in the chain and feeds the next. Figures below are live from the demonstration dataset.

Waste

Zone-wise collection, monthly and yearly schedules, and the household and institution contribution programme with points, rewards and penalties.

889.20 tGenerated today 468.74 tCollected 52.7%Efficiency
Open

Fuel & RDF

Residual waste received and processed into Refuse Derived Fuel, graded on calorific value, moisture and ash, with live inventory.

93,834 kgRDF today 5,957.2 tInventory Grade CAvg grade
Open

Energy

Current demand against solar and RDF generation, battery storage, renewable contribution and the share still imported from the grid.

318.5 MWDemand now 52.1%Renewable 47.9%Grid dependence
Open

Transport

EV charging capacity and live occupancy, plus the Vehicle-to-Grid capacity a connected fleet returns at peak demand.

136Active charging 17.56 MWCapacity 2,560 kWV2G now
Open

Environment

Air Quality Index with PM 2.5 and PM 10 across the monitoring network, held against the interventions meant to improve them.

78City AQI 39.1PM 2.5 78.3PM 10
Open

Complaint Centre GEN 40

Citizens report waste, fuel, energy and transport issues with a photo and a location. Every complaint is tracked to resolution.

33Open 67Resolved 67.0%Resolution
Open
Energy wastage management

Where is energy being wasted?

Measuring actual consumption against expected consumption, category by category, turns a vague sense of inefficiency into a ranked list of places to act — and a number attached to each.

Potential Energy Savings
0 MWh / day
Estimated Annual Savings
0 ₹ million
Open the wastage register

Energy flow — right now

Simulated demo data
Solar Generation Rooftop, ground-mount, floating and canal-top 69.4MW
RDF Generation Fuel recovered from residual waste 57.1MW
Battery Storage State of charge 40.0% 360.0MWh
City Grid Demand Homes, industry and public infrastructure 318.5MW
52.1%
Renewable contribution
47.9%
Grid dependence
2,593.9
MWh saved today
Operational data

What the city is measuring

Two of the figures the command centre watches most closely — how much of what is generated actually gets collected, and where the city's electricity is coming from.

Waste generated vs collected

Last 14 days, city-wide, in tonnes

Simulated demo data

Today's generation mix

Energy supplied to the city by source, in MWh

Simulated demo data
The roadmap

The Sustainable City Vision

Getting from where cities are today to a self-balancing urban system is a staged journey, not a switch. Each stage makes the next one possible.

Read the full vision
  1. 2026
    2026 — Foundation
    Digitise collection, meter the assets, connect the systems.

    Zone-level waste collection goes digital. Solar assets, EV points and air-quality sensors are registered and metered. Citizens get a single Complaint Centre. The city starts measuring what it has only estimated until now.

  2. 2030
    2030 — Smart Infrastructure
    Segregation at source becomes the norm and RDF processing scales.

    Household and institution contributions are tracked and rewarded. Residual waste is converted into Refuse Derived Fuel at municipal scale. Rooftop solar spreads across public buildings, and EV charging reaches every ward.

  3. 2035
    2035 — Integrated Energy Ecosystem
    Generation, storage and demand are balanced as one system.

    RDF-fired generation and solar run against a shared demand curve. Battery storage absorbs the midday solar peak. Vehicle-to-Grid turns parked fleets into distributed capacity, and grid dependence falls year on year.

  4. 2040
    2040 — Intelligent Sustainable Cities
    The city predicts, allocates and self-corrects.

    Forecasting drives collection routing, generation scheduling and charging capacity. Energy wastage is identified street by street. Citizens see the same live picture the command centre does.

Complaint Centre GEN 40

See something wrong? Tell the city in under a minute.

Upload a photo, let the browser detect your location or drop a pin yourself, pick the sector and describe the issue. You get a reference number immediately and can track it through to resolution. Contact details are optional.

Report an issue Track a complaint
Waste Sector
Fuel Sector
Energy Sector
Transport Sector

Average resolution: 39 hours across 67 resolved complaints.

Common questions

Before you ask

The questions people ask most often about how KARDIA works and what its numbers mean.

All questions

KARDIA is an integrated urban sustainability platform. It brings waste collection, RDF fuel recovery, energy generation and consumption, EV transport and environmental monitoring into one place so the city can act on a single, shared picture rather than five disconnected ones.

No. This build is a working prototype prepared for demonstration. Every operational figure - waste tonnage, generation, AQI, charging sessions - is simulated sample data, and it is labelled as such throughout the interface. The architecture is designed so these feeds can be replaced by real IoT sensors, SCADA systems and government data sources without changing the application logic.

Points are credited against verified waste contributed by a registered household or institution. Properly segregated waste earns the full rate, partially segregated waste earns a reduced rate, and mixed waste earns the lowest. Points accumulate on the contributor record and can be redeemed for rewards.

The Waste compares actual contribution against the monthly target for each contributor. Where there is a shortfall, a penalty record is raised showing the required quantity, the actual quantity, the shortfall and the compliance percentage. Penalties can be notified, paid or waived by the administration.

RDF stands for Refuse Derived Fuel. Residual waste that cannot be composted or recycled is shredded, dried and processed into a fuel with a usable calorific value. The Fuel tracks the residual waste received, the quantity of RDF produced, its quality grade and the running inventory.