NSA

Space in NSA 2022

Space sector has been a significant success story for Indian Startups where tech players are utilizing their skills and knowledge to develop solutions in the space sector value chain, not only to make India self-sufficient but also to become a global leader.

Recognising exceptional startups across various categories

Digantara Research And Technologies Private Limited

building the world's first in-situ active orbital surveillance platform (Space-MAP)

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Recognising exceptional startups across various categories

Xovian Aerospace Private Limited

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Digantara Research And Technologies Private Limited

DPIIT Recognition Number: DIPP30808

Pauri Garhwal, Uttarakhand

Founder Details

Name : Anirudh N Sharma, Rahul Rawat
Number of Founders : 2
Women Founder : No

Website

Overview

Digantara Research and Technologies (Digantara) is an Indian Space Technology Company from Bengaluru founded in 2018 by Anirudh Sharma & Rahul Rawat.

Digantara is building the world's first in-situ active orbital surveillance platform (Space-MAP), using a constellation of high-resolution nanosatellites to detect, track and predict Resident Space Objects (RSO) in Low Earth Orbit (LEO). With an aim to pioneer an ecosystem for small satellites design and development in India, Digantara has over eight international MoUs and has a sophisticated network of local partners. The company’s nanosatellite subsystems are in prototyping, validation, or assembly phase.

Product

Digantara's end-to-end ecosystem addresses the difficulties of space operations and situational awareness by simplifying operations for the stakeholders.
Space Climate and Object Tracker (SCOT): It is a patented advanced space surveillance sensor (satellite payload) that tracks resident space objects (RSO) and monitors space weather.
Orbital Engine (OrEng): A software package that processes SCOT data into orbital insights.
Space Awareness Data and Analysis Product (Space-ADAPT): It is a conglomerate of products built from the data derived out of SCOT and OrEng. The SCOT’s onboard satellite constellation provides high fidelity data of space objects at 10x higher resolution than the current industry standards with a short data to decision timeframe.

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