Apollo's simulated sugarcane field with irrigation, a scout rover and farm systems

Light. Knowledge. Foresight.

Apollo
Continuum

One first dream. Many futures.

The people, research and imagination carrying Apollo forward.

Field intelligence Simulation / 12-second field film

Apollo AgriVerse / Hardware engineering

Public 3D explorer

ABS-100 Base Station

Explore the hardware behind field intelligence.

Exploded ABS-100 reference model showing the enclosure, compute board, storage, radio and power modules

Inspect the assembly, separate its components and follow the telemetry, power and cooling paths.

Explore the base station

Engineering reference design. Fabrication and field validation are pending.

The belief beneath the work

01 / Foundation

Before there was a system,
there was a question.

How can intelligence help us see earlier, understand more deeply, and act before damage becomes irreversible?

Apollo began with that question. Created by Akash Shivadas Chatake, it connects a belief in knowledge with the responsibility to make it useful: to the farmer, to the researcher, and to the lives touched by their work.

The Continuum holds its history and its evolving branches together. Not as one application, but as a vision that can grow without forgetting where it began.

Read the Apollo philosophy
LightKnowledgeTruthForesightHealingHarmony

Mission I / The origin

02 / People

They gave the first
dream its hands.

Apollo Mission I team members demonstrating their research
From the original Apollo team archive. The complete six-member research team is credited below.

A diploma project in setting.
A much larger ambition in spirit.

A small founding research team took on crop-disease detection, weather forecasting, data and the interfaces that could bring them closer to a farmer.

Aarthika and Vaishnavi carried the research to Pune. Anuja and Siddheshwari presented Apollo at DIPEX. The work also became a published IJCA paper.

The founder-recorded farm story connects Anuja's LSTM forecast with an early wheat-harvest decision. Its value was not simply a prediction on a screen, but the possibility of acting in time.

These contributions remain part of Apollo's foundation, even as its next missions take shape.

Read the complete Mission I story

Aarthika Anil Birajdar

Group leadership & CNN crop-disease modelling

Vaishnavi Dhuttarge

DNN direction & overall data work

Anuja Gurav

LSTM weather forecasting & robotics / ROS

Siddheshwari Degaonkar

Frontend development

Sharvari Garad

Research, documentation & data mining

Ojausvi Bhave

Database management

Meet the people of the Continuum

Mission II / The work continues

03 / Research directions

More questions.
A wider field of view.

Agricultural intelligence and robotics advance along distinct project paths. Explore the teams, records and existing applications behind each one.

Explore the Mission II record

Field Lab / Research & simulation

Understand the field.
Above and below.

Intelligent Soil, instrumented field systems and digital-twin research connect crop, root, water and machine. Simulations are research tools, not claims of a validated autonomous farm.

Enter the Field Lab Research access through Apollo Office

Apollo-ARTH / A wider purpose

04 / Humanity
Apollo-ARTH

Knowledge gains meaning
when it opens a door.

Aspiration. Research.
Technology. Humanity.

The first Apollo team made something important visible: potential needs room, patient guidance and the chance to attempt serious work.

Apollo-ARTH carries that human concern into a company-wide public-purpose initiative of Chatake Innoworks. Its scope reaches beyond Apollo, while retaining the belief that opportunity can change what a person is able to imagine.

In formation. Applications and donations are not open.

Discover Apollo-ARTH

The Apollo Continuum

The foundation remains.
The horizon keeps opening.