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Infiction Labs, based in Bengaluru, Karnataka, India, develops autonomous robotic solutions to automate operations and maintenance for solar power plants, specifically addressing tasks like cleaning panels after sundown to avoid electrical risks. The company emphasizes innovative automation, leveraging its machine-building expertise derived from ongoing research and development. In addition to its core product development, Infiction Labs actively builds robotics connections between universities, industry, and the broader innovation landscape in India. The organization operates with fewer than 10 employees, primarily serving clients within the solar energy industry with its specialized robotics. Founded in 2014, Infiction Labs was established by Havish Sreenath, Gurudeepa Gopalakrishna, Deepak Vijaya Punam, and one other co-founder. Its business model centers on sectors/customers: Solar energy industry, providing robotics for power plant maintenance, clients in robotics projects.
Infiction labs has raised $35K across 1 funding round.
Infiction labs has raised $35K in total across 1 funding round.
Infiction labs has raised $35K in total across 1 funding round.
Infiction labs's investors include Marl 5G Accelerator, Right Side Capital Management, Prakash Goswami.
Infiction labs has raised $35K across 1 funding round. Most recently, it raised $35K Seed in March 2021.
| Date | Round | Lead Investors | Other Investors | Status |
|---|---|---|---|---|
| Mar 1, 2021 | $35K Seed | — | Marl 5G Accelerator, Right Side Capital Management, Prakash Goswami | Announced |
Infiction Labs is a bootstrapped cleantech company founded in 2014, specializing in autonomous robotics solutions to automate cleaning and maintenance operations for solar power plants.[1][2][3][4] It serves solar energy operators by addressing inefficiencies in manual upkeep, such as dust accumulation that reduces panel efficiency, through innovative robotic systems; the company remains privately held with a small team of under 25 employees and revenue under $5 million, headquartered in Herohalli, Karnataka, India.[1][2]
Infiction Labs was established in 2014 by Gurudeepa G, who serves as CTO/Director with a Bachelor's in Electronics Engineering and prior experience at Philips, focusing on execution in circuits and automation.[1][3] CEO/Director Havish S, with a BE in Electronics and a background as a serial entrepreneur, leads marketing, HR, and shapes the company's philosophy, values, and vision.[3] Other key leaders include Deepak V Punam as Chief Legal Officer and strategy head, drawing from his engineering background, MBA, and experience running the Punam group, alongside a product lead with an MS in Electrical Engineering from USC.[3] The idea emerged from a drive to deliver feasible, realistic automation and robotics solutions, particularly for solar plant maintenance, with early bootstrapped efforts building toward specialized robotics.[1][3]
Infiction Labs rides the global surge in renewable energy, particularly solar, where operations and maintenance costs can reach 20-25% of lifecycle expenses, amplified by soiling in sun-rich regions like India.[1] Timing aligns with cleantech's boom—solar capacity has exploded amid net-zero goals—making robotic automation critical for scaling output without proportional labor increases.[1][4] Market forces like India's solar push (targeting 500 GW by 2030) and labor shortages favor their solutions, positioning them to reduce downtime and opex for operators.[2] They contribute to the ecosystem by pioneering affordable, site-specific robotics, potentially influencing standards in solar upkeep amid rising AI-robotics integration in energy infrastructure.
Infiction Labs is poised to capitalize on solar's hypergrowth, expanding robotic deployments as plants proliferate in Asia and beyond, with potential for AI-enhanced autonomy or partnerships with EPC firms. Trends like advanced materials for dust-resistant panels and drone-robot hybrids will shape their evolution, amplifying impact in underserved markets. Their bootstrapped resilience and technical depth suggest sustained influence in cleantech automation, evolving from niche player to key enabler in efficient, large-scale solar operations—reinforcing their role in a cleaner energy future.
