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  • Interactive Simulation
  • Synthetic Data
  • Read-Only Public Demo
  • No Physical Robot Control
  • Physical Validation in Progress

The interactive Control Tower demonstrates synthetic simulation workflows. It does not expose private GitHub files, source code, credentials, physical actuator controls or live production telemetry.

MahaaAi

MahaaAi · Robot Control Tower

  • Simulation stream
  • Synthetic data
  • Read-only public demo

Physical Intelligence Live Lab

From plant signal
to verified action.

Explore the MahaaAi closed loop across sensing, edge validation, Digital Twin state, bounded NARI decisions, independent safety review and simulated execution.

System assurance

100%

Zero safety bypass · Physical control unavailable

Fleet profiles

6

Plant twins

5,000

Active scenario

Dry Soil

Safety Gate

APPROVE

Data source

Synthetic V1

Interactive simulation

Plant Intelligence Scenario Lab

Soil moisture

22%

NARI proposal

IRRIGATE

Safety result

APPROVE

Verification

PASS

Only soil moisture drives the V0 irrigation policy. Temperature, humidity and EC are contextual synthetic telemetry.

Traceable execution

Closed-loop pipeline

demo-initializing

  1. Sensor

    Synthetic soil-moisture observation received

  2. IoT / Edge

    Freshness and quality validated

  3. Digital Twin

    Plant state updated

  4. NARI

    Bounded irrigation proposed

  5. Safety Gate

    Independent checks complete

  6. ROS 2 Simulation

    Irrigation simulated

  7. Verification

    PASS

Robotics Lab Fleet 1

Named capability profiles

Simulation profiles — not physical fleet claims

  • MRL-01

    DHARA

    Plant care & ground operations

    91% energyReady
  • MRL-02

    DRISHTI

    Vision, inspection & perception

    84% energyReady
  • MRL-03

    JALA

    Irrigation & water intelligence

    77% energyReady
  • MRL-04

    KSHETRA

    Field mission & mobility research

    88% energyReady
  • MRL-05

    RAKSHA

    Safety, patrol & system inspection

    96% energyReady
  • MRL-06

    ANKUR

    Plant growth & Digital Twin research

    82% energyReady

Plant Digital Twins

Soil-moisture context

Last 12 synthetic cycles

Synthetic plant digital twin visualization

Twin-00041

Water-stressed

Irrigation required

Temp
31.4°C
RH
38%
EC
1.8 dS/m
Dry30% V0 thresholdSaturated

Evidence trace

Public event envelope

Sanitized

{
  "scenario": "dry_soil",
  "trace_id": "demo-initializing",
  "plant_twin": "TWIN-00041",
  "execution_mode": "simulation",
  "synthetic_data": true,
  "nari_proposal": "IRRIGATE",
  "safety_gate": "APPROVE",
  "verification": "PASS",
  "safety_bypass": false,
  "physical_control": false,
  "data_classification": "synthetic_v1"
}

Every cycle carries explicit source, execution and safety labels. This envelope is synthetic and does not include private files, credentials or actuator commands.

MahaaAi · Where Ancient Wisdom Meets Robotics & AI for the Future of Agriculture.

Simulation validated · Physical validation in progress