Skip to content
  • Synthetic Simulation
  • Read-Only Demonstration
  • No Physical Robot Control
  • Physical Validation Planned

The interactive Control Tower is a labeled synthetic demonstration of a Control Tower operational view mapped to the 7-stage NARI Intelligence Lifecycle. Demonstration telemetry is generated from synthetic simulation unless explicitly labelled as physical-test data. It is read-only and does not control physical robots. It does not expose private GitHub files, source code, credentials, physical actuator controls or live production telemetry.

Physical AI product assurance

MAHAA CHANDI-18 — Engineering Readiness

Architecture → Code → Simulation → Robot Test → Evidence → Control Tower → Release. Public status is GitHub-backed. Simulation never authorizes physical movement.

STALEEvidence stale

Last verified: 2026-09-10T20:20:00Z UTC

  1. 01Architecture

    COMPLETE

    GitHub Verified

  2. 02Code

    SOFTWARE V0

    GitHub Verified

  3. 03Simulation

    BASELINE PASSED

    Simulation Baseline Passed

  4. 04Robot Test

    NOT AUTHORIZED

    Not Authorized

  5. 05Evidence

    STALE

    Evidence Pending

  6. 06Control Tower

    ACTIVE

    GitHub Verified

  7. 07Release

    NOT READY

    Not Ready

  • Hardware interface

    SOFTWARE BOUNDARY PASSED

    Software boundary passed: execution terminates at a mock/stub hardware boundary. Software-level result only; no physical robot validation is implied.

    GitHub Verified

  • Navigation

    SOFTWARE BASELINE PASSED

    Software baseline passed: Navigation V0 produces MotionRequest / motion-intent only and stops before any hardware. Software-level result; no physical robot validation is implied.

    GitHub Verified

Simulation V0

BASELINE PASSED

Deterministic, fail-closed Simulation V0 with mock/stub-only actuator execution.

Simulation Baseline Passed

Navigation V0

SOFTWARE BASELINE PASSED

Software baseline passed. Navigation generates MotionRequest / motion intent only and stops before any hardware or actuator; no physical robot validation is implied.

GitHub Verified

Hardware Authority

NOT AUTHORIZED

Software boundary passed: execution terminates at a mock/stub hardware boundary. This is a software-level result only; it does not authorize physical hardware activation and implies no physical robot validation.

Not Authorized

Physical Robot Test

NOT AUTHORIZED

Physical robot testing requires explicit human authorization, approved robot/configuration identification, readiness evidence, and applicable safety clearance.

Not Authorized

MAHAA CHANDI-18 follows a human-authorized deployment model. Software and simulation validation do not independently authorize physical movement. Human authorization remains the final gate between digital validation and physical action.

Evidence / Engineering Control Tower

Engineering readiness status

This view reports public engineering provenance only. It does not dispatch robots, expose credentials, or treat synthetic demonstration telemetry as physical-world evidence.

  • hardware_output_enabled = false
  • actuator_authority = false
  • safety_bypass = false
  • robot test NOT AUTHORIZED
Program
MAHAA CHANDI-18
Evidence source
Engineering evidence recorded internally
Last verified
2026-09-10T20:20:00Z

Evidence stale

Freshness
STALE

Live evidence retrieval unavailable: showing last recorded snapshot

Simulation
BASELINE PASSED

Software simulation · mock/stub actuators only

CI / safety gate
SUCCESS recorded internally (software/simulation)

CI and safety-gate success is GitHub-recorded software evidence. It is not physical safety certification and is not live CI polling.

Hardware isolation
SUCCESS — hardware output remains disabled

Software boundary passed · execution ends at a mock/stub boundary

Retained simulation artifact
Present in internal evidence record

Artifact presence is not physical-world evidence

Robot-test authorization
NOT AUTHORIZED

A human authorization gate remains in force

Release readiness
NOT READY

Not ready for physical deployment

Evidence package
STALE

Software-only V0

Control Tower
ACTIVE

GitHub Verified

Architecture

COMPLETE

Engineering evidence recorded internally

Code

SOFTWARE V0

Engineering evidence recorded internally

Simulation

BASELINE PASSED

Engineering evidence recorded internally

Robot Test

NOT AUTHORIZED

Engineering evidence recorded internally

Evidence

STALE

Engineering evidence recorded internally

Control Tower

ACTIVE

Engineering evidence recorded internally

MAHAA CHANDI-18 follows a human-authorized deployment model. Software and simulation validation do not independently authorize physical movement. Human authorization remains the final gate between digital validation and physical action.

Synthetic demonstration

Plant Intelligence Live Lab

The console below is a labeled synthetic simulation. It is not physical-world evidence and cannot move a robot.

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 NARI Intelligence Lifecycle — Sense → Understand → Twin → Reason → Govern → Act → Learn — with Somavati visible at the Govern gate. This is a Control Tower operational view, not a second architecture.

Somavati Govern

Enabled

Safety Bypasses: 0 in this synthetic scenario

Physical control unavailable

Fleet profiles

6

Simulated plant twins

5,000

Active scenario

Dry Soil

Somavati

APPROVE

Data source

Synthetic V1

Interactive simulation

Plant Intelligence Scenario Lab

—

Soil moisture

22%

NARI proposal

IRRIGATE

Somavati govern

APPROVE

Verification

PASS

Demonstration telemetry is generated from synthetic simulation unless explicitly labelled as physical-test data. Only soil moisture drives the V0 irrigation policy. Temperature, humidity and EC are contextual synthetic telemetry.

Control Tower operational view

Mapped to the NARI Intelligence Lifecycle

demo-initializing

Sense → Understand → Twin → Reason → Govern → Act → Learn

  1. Sense

    Sensor intake · Synthetic soil-moisture observation received

  2. Understand

    IoT / Edge qualify · Freshness and quality checked

  3. Twin

    Digital Twin update · Plant Digital Twin state updated

  4. ReasonNARI

    NARI proposal · NARI proposes bounded irrigation

  5. GovernSomavati

    Somavati safety gate · Somavati independent checks complete

  6. Act

    ROS 2 simulation · Irrigation simulated

  7. Learn

    Verification / evidence · 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

5,000 Digital Plant Twins — Synthetic Simulation

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.

Software simulation · Physical validation planned