Autonomy is becoming the critical layer in aerial robotics. SUIND's approach starts with the intelligence rather than treating autonomy as an add-on to conventional drone hardware. Its experience across low-altitude, obstacle-rich environments has generated proprietary field data and a reusable software architecture, creating a foundation that can extend well beyond agriculture. We believe this combination of technical depth, real-world validation, and India-based engineering gives SUIND the potential to build a broader autonomy platform for near-earth robotics.

The opportunity is at the intersection of a clear industrial constraint and an open technology market in India. Existing solid desiccant systems require higher regeneration temperatures, while imported liquid desiccant solutions remain expensive. Albatross combines a lower-temperature regeneration process with locally manufactured systems, creating a credible cost and efficiency advantage. We believe this gives the company a strong position to build a new layer of energy-efficient HVAC infrastructure across industrial applications.

As power density rises, thermal management becomes enabling infrastructure. Helionis is redesigning the substrate itself, addressing a core engineering constraint rather than optimising around it. We believe its combination of materials science, manufacturing control, and domestic production positions it to become a foundational supplier for India's energy hardware ecosystem.

We believe trusted drone infrastructure will become increasingly important as global supply chains realign and drone adoption accelerates. ZeroDrag's full-stack approach to avionics positions it as a critical enabling layer for the industry's next phase of growth.

We backed Prithu for its execution moat: the team has shown they can onboard farmers efficiently, build trust at the edge, and move projects forward in a market where many competitors get stuck in feasibility mode. The opportunity is attractive because credible regen agri supply is scarce, and Prithu’s farmer-first GTM gives it a real path to scale that is hard to replicate with capital alone

WorkOnGrid addresses a structural gap in utility infrastructure by embedding intelligence directly into operations rather than layering analytics on top. Its integration-first architecture enables a closed-loop system—from data ingestion to automated execution—allowing utilities to shift from reactive processes to predictive and autonomous operations, positioning it as a core software layer for modern grid infrastructure.

Intrinsic Foundries introduces a structurally different model by converting industrial CO₂ into high-value biochemicals, transforming capture from a compliance expense into a revenue-generating asset. With proprietary strains engineered for real industrial environments and ~5-year CAPEX payback without amine-linked energy penalties, the platform is positioned for scalable, economically durable deployment.

The market opportunity is structural: ~20 GW of wind assets are transitioning out of OEM coverage as OEMs step back from long-tail O&M. GreenTech MW combines a clear market gap with a differentiated, technology-first operating model and a team with deep, hands-on experience across global wind OEMs and large-scale asset operations.

AEM is still nascent globally with only ~100 MW deployed. This creates a window for a focused, IP-led player to lead cost-down innovation in a strategically important category. Their technology targets the lowest Levelized Cost of Hydrogen and positions them ahead of a market inflection driven by industrial decarbonisation.

ESG risk is becoming a central input in underwriting and investment decisions. As policies and capital markets embed climate risk into financial flows, institutions need infrastructure-grade analytics. This platform is technically differentiated and well-positioned to become the intelligence layer for climate-aligned finance.

High-efficiency drives are a massive, under-digitised, under-engineered market. Matel’s vertically integrated model provides cost advantage, IP control, and reliability uplift - all essential for scaling across multiple high-growth industries.

Converters are a critical choke point in India’s EV and renewable buildout. Dynolt’s software-defined approach provides a scalable, cost-efficient alternative at a time when domestic manufacturing is a strategic imperative.

Industrial heat is a multi-billion-dollar decarbonisation gap. Promethean already demonstrated commercial traction, profitability, and technical robustness. Their modular approach scales faster than legacy incumbents.

AI-driven compute requires new hardware paradigms. CIMware’s architecture offers a fundamentally superior scaling model—bridging the gap between virtual scaling (software) and physical scaling (infrastructure). The upside is enormous as AI data centers proliferate.

India is rolling out tens of millions of smart meters. A reliable RF mesh backbone is pivotal. Comminent’s architecture is robust, scalable, and already validated with multi-crore purchase orders—positioning them as the default connectivity layer in utilities.

Fuel cells will become essential infrastructure as grid fragility increases. Protonas is building cost-down, manufacturable stacks - not lab curiosities - giving them a credible path to scale in a market with significant tailwinds and supply gaps.

Battery reliability is a national bottleneck. EMO brings a defensible tech stack—liquid cooling, AI-driven health prediction, and fully integrated pack engineering. Their approach solves a real engineering constraint, not a cosmetic one, and positions them to become the backbone of India’s mobility and stationary storage markets.

The monetisable opportunity lies not in dashboards but in executed reduction. Fitsol’s hybrid software-plus-operations model is built for the realities of India’s industrial and logistics sectors.