SpectraGaze Systems, an Ahmedabad-based deep-tech startup developing indigenous optical imaging sensors and electro-optical payloads, has raised ₹3.7 crore in a seed funding round led by GVFL, with participation from angel investors.
Founded in 2023 by former ISRO scientist Arup Banerjee, the company develops imaging technologies for space, defence and scientific applications. The fresh capital will support product development, engineering expansion, testing infrastructure and ongoing customer projects.
The investment highlights growing interest in India's domestic capabilities in advanced imaging systems and specialised space technology.
Developing Indigenous Imaging Technology
SpectraGaze Systems focuses on optical imaging sensors and electro-optical payloads, which help capture and process information about objects, surfaces and environments using light and other parts of the electromagnetic spectrum.
These technologies have applications across satellite imaging, defence systems and scientific research. Developing such components domestically can help strengthen India's supply chain for specialised imaging hardware.
The company is working to expand its engineering and testing capabilities as it develops products for customers operating in technically demanding sectors.
Building Relationships with ISRO and Research Organisations
SpectraGaze has customers including the Indian Space Research Organisation (ISRO), the Physical Research Laboratory and Kaynes Technology.
The startup has delivered an infrared detector and test system to ISRO and secured an image sensor development contract for its HRSAT programme.
These engagements provide an important foundation as the company works to advance its imaging products and support customer requirements. Space and scientific applications often require specialised sensors that can meet demanding performance and reliability requirements.
Funding to Support Product Development and Testing
The ₹3.7 crore seed investment will be directed towards strengthening SpectraGaze's product development, expanding its engineering team and improving testing infrastructure.
The company also plans to use the capital to support existing customer projects. Investment in testing and engineering is particularly important for deep-tech businesses, where developing specialised hardware can require extensive technical validation before wider deployment.
The funding is expected to help SpectraGaze advance its development roadmap while building its capacity to serve customers across space, defence and scientific markets.
Hyperspectral Imaging for Small Satellites
One of the company's development initiatives is a hyperspectral imaging camera designed for a 3U satellite.
Hyperspectral imaging captures information across numerous narrow wavelength bands, allowing researchers to distinguish materials and identify characteristics that may not be visible in conventional images.
Such capabilities can support applications in Earth observation, environmental monitoring and scientific research, depending on the sensor's specifications and mission requirements.
Developing a hyperspectral camera for a compact satellite platform could broaden SpectraGaze's product portfolio and create opportunities in specialised satellite imaging applications.
India's Deep-Tech Ecosystem Attracts Early-Stage Investment
SpectraGaze's funding round reflects the role of early-stage investment in supporting Indian companies developing specialised hardware and engineering technologies.
Unlike software startups, deep-tech companies often require substantial investment in research, prototyping, equipment and validation before their products can scale commercially. Investors can help bridge this development stage by providing capital and supporting companies as they build customer relationships.
For SpectraGaze, the next phase will centre on advancing its imaging technology, strengthening engineering capabilities and delivering on existing customer projects.
As India continues to develop its space and defence technology ecosystem, domestic suppliers of specialised sensors and imaging systems could play an increasingly important role in supporting research, satellite missions and advanced industrial applications.
