Bengaluru-based spacetech startup OXG Space has raised Rs 17 crore from Aum Ventures and industry veterans. The funds will support 'Mission Synapse,' a 12-month program to enable real-time processing of Earth-observation data directly from space, bypassing current ground-station delays.
Bengaluru-based spacetech startup OXG Space has secured Rs 17 crore in a new funding round led by Aum Ventures’ India Innovation Fund II. The investment also saw participation from key industry figures, including Skyroot Aerospace co-founders Pawan Kumar Chandana and Bharath Daka, as well as Cosmoserve founder Chiran Phanindra. This capital injection is intended to accelerate the company’s upcoming 'Mission Synapse,' a 12-month initiative aimed at demonstrating in-orbit edge computing technology.
OXG Space, led by former Indian Space Research Organisation (ISRO) engineers Akash Shetty and Sanjay Gorur, is focused on solving the efficiency problem in current Earth-observation satellites. At present, most satellites cannot process data while in orbit. They must store images and wait to pass over a ground station to transmit the data. Industry estimates suggest that for a significant portion of the day, this data remains inaccessible due to transmission bottlenecks, often rendering older imagery less useful by the time it reaches the end user.
Targeting Real-Time Data
By deploying technology that the company describes as 'edge cell towers in space,' OXG Space aims to enable satellites to process intelligence while still in orbit. The core technology for Mission Synapse involves a Ka-band phased-array antenna, which the startup intends to scale from an initial 1 Gbps capacity to 64 Gbps per spacecraft. The hardware stack also includes a deployable mesh reflector for ground links and specialized solar arrays designed to power the energy-intensive communications payload.
For investors monitoring the broader space technology landscape, OXG Space is currently a private company and is not listed on the National Stock Exchange (NSE) or the Bombay Stock Exchange (BSE). The sector is characterized by high capital intensity, where startups often rely on multiple rounds of private funding to sustain long product development cycles before reaching commercial viability.
Challenges in Deeptech Space
As with many early-stage deeptech ventures, the company faces significant execution risks. Developing complex hardware like phased-array antennas for space environments requires rigorous testing, and any delays in hardware launch or integration can affect the development timeline. Furthermore, the market for in-orbit computing is still emerging. The startup will need to navigate intense competition from established global satellite operators, manage the technical difficulties of operating hardware in harsh space conditions, and address the ongoing need for capital to fund future development phases. The primary monitorable for this startup will be its performance during the 12-month Mission Synapse, as the successful demonstration of its technology will be a critical step toward commercial viability and future scalability.