Startup Deep Dive : Niqo Robotics — $21 million raised, but FY23 losses ran 7.5x revenue

Niqo Robotics has raised $21 million from investors including Omnivore and FMC Corporation, and its spot-spraying robots have cut pesticide use by up to 60% on more than 140,000 acres across India and the United States. Yet in FY23, the only year for which its India entity has disclosed full financials, the company earned revenue of just ₹1.3 crore (~$135,000) against a net loss of ₹9.8 crore (~$1.0 million) — a loss nearly 7.5 times its revenue.

That gap between the story investors are backing and the numbers on the company’s own books is the real subject of this piece: how a Bengaluru robotics company that started by flying drones over cotton fields ended up retrofitting tractors instead, why its founder bet the company on a leasing model rather than selling machines outright, and what it will take for a nine-year-old, still-loss-making startup to reach the “profitability” it now says is close.

Quick facts

What they do

Niqo Robotics builds AI-vision hardware that retrofits onto tractors and existing sprayers so a farmer’s ordinary equipment can identify individual plants and spray, weed or thin only where needed, instead of treating an entire field uniformly. Its customers span two very different worlds: smallholder cotton, chilli and vegetable growers in India working plots of four to eight acres, and specialty-crop growers in the United States — lettuce, and soon onions, tomatoes, broccoli, kale, melons and turf grass — farming much larger acreages in California, Arizona and Georgia.

• Niqo Sense — the proprietary AI camera and computer-vision stack, retrofittable onto existing sprayers, processing video in real time to tell crop from weed (company statement, niqorobotics.com, March 2026).
• Niqo RoboSpray — the original spot-spraying system for Indian row crops, credited with up to 60% chemical and water savings (AgriTechTomorrow/InformaConnect, March 2023).
• Niqo RoboWeeder and RoboWeeder Solo — AI-powered weeding and thinning robots for US specialty crops (company statement, March 2026).
• Niqo RoboThinner — combines thinning, weeding and beneficial spraying in one pass, operating at up to 4.5 miles per hour with a claimed payback within two seasons (World Agri-Tech USA, 2026).

The origin

Jaisimha Rao spent seven years at BlackRock managing money through the 2008 financial crisis, absorbing what he has described as founder Larry Fink’s obsession with operational detail. In 2015, instead of taking the conventional next step up the trading desk, he came back to India and visited his father’s coffee farm outside Bangalore. What he found looked nothing like the data-driven discipline he had just left: pesticide sprayed uniformly across whole fields based on a walk-through, irrigation timed by intuition, and decisions handed down by custom rather than measurement (Blume Ventures commentary, 2026). That mismatch — a sector where “almost all activities were wisdom-driven, passed down through generations,” in Rao’s words to Blume — became the founding insight for the company he first called TartanSense, a nod to his Carnegie Mellon engineering training.

The struggle years

The company did not arrive at tractor-mounted spot-spraying in a straight line. Between 2015 and 2019 it worked on aerial drone imagery, mapping fields and assessing plant health from the sky for customers ranging from Indonesian palm plantations to Texas cornfields. The imagery worked, but farmers wanted a fix, not another data feed (Blume Ventures, 2026). A 2019 seed round of $2 million, led by Omnivore, Blume Ventures and BEENEXT, was raised in part to scale an early ground robot for cotton weeding (YourStory, March 2019).

The harder pivot came next. From roughly 2020 to 2022, the team built a fully autonomous, battery-electric field robot — and nearly two years into it, through the COVID period, concluded they were solving transport, charging and maintenance problems on top of the actual agronomy problem, and losing the plot on precision spraying itself (Blume Ventures, 2026). Compounding the difficulty was the agricultural calendar itself: a cotton spraying window lasts barely 40 days a year, so a design that missed its test window meant an entire year’s wait before the next attempt (Blume Ventures, 2026). With rural internet unreliable, engineers reportedly resorted to physically couriering SD cards of field footage back to Bengaluru to train the vision models.

• 2015 — founded as TartanSense by Jaisimha Rao in Bengaluru (multiple sources, including AgFunderNews and Tracxn).
• 2015–2019 — drone-based crop imaging phase; pivots away after farmers ask for solutions, not data (Blume Ventures, 2026).
• March 2019 — $2 million seed round led by Omnivore, Blume Ventures and BEENEXT to scale an early cotton-weeding robot (YourStory, March 2019).
• 2020–2022 — autonomous electric robot built and shelved after transport and charging complexity overwhelms the core mission, during the COVID period (Blume Ventures, 2026).
• August 2021 — $5 million Series A from FMC Corporation, Omnivore and Blume Ventures (AgFunderNews; Entrackr, May 2024).
• 15 March 2023 — rebrands from TartanSense to Niqo Robotics alongside the commercial launch of a 50-unit spraying fleet, at the time billed as the world’s largest commercial deployment of AI-powered robotic sprayers (InformaConnect, March 2023; AgriTechTomorrow, March 2023).

The turning point

The turning point was the decision, somewhere around 2022, to stop building a robot that replaced the tractor and instead build a system that rode on it. Rather than solving power, mobility and maintenance from scratch, Rao’s team engineered a mechanism that bolts onto equipment farmers already owned, paired with the Niqo Sense camera processing video at 30 frames a second to tell crop from weed in real time (Blume Ventures, 2026). Before the pivot, the company was, in its own investor’s words, “largely pre-revenue” (Entrackr, May 2024) after roughly seven years and two failed product architectures. After it, the fleet that launched at 50 units in March 2023 (InformaConnect, March 2023) scaled to more than 90,000 acres commercialised and over 1,800 farmers served in the 2023–24 season (AgFunderNews; Agriculture Post, May 2024) — and by 2026, a cumulative 140,000-plus acres and more than 3,000 farmers across India and the US (Blume Ventures, 2026; NITI Aayog Frontier Tech, 2026). The same retrofit model also unlocked a $13 million Series B in May 2024, the company’s largest round to date.

The money behind it

• Seed — $2 million, announced March 2019, led by Omnivore and Blume Ventures with BEENEXT and angel investors including Vicarious AI co-founder Dileep George and GreyOrange co-founders Akash Gupta and Samay Kohli (YourStory, March 2019).
• Series A — $5 million, announced August 2021, from FMC Corporation, Omnivore and Blume Ventures; FMC’s participation brought a global agrochemical major’s validation to the spot-spraying model (AgFunderNews; Entrackr, May 2024).
• Series B — $13 million, announced May 2024, led by new investor Bidra Innovation Ventures, with new investor Fulcrum Global Capital and existing investor Omnivore; this round funded the push into US specialty-crop markets (AgFunderNews; Agriculture Post, May 2024).
• Total raised — $21 million as of May 2024 (AgFunderNews; Agriculture Post; Entrackr, May 2024), close to the $21.2 million across four tranches recorded by Tracxn (accessed September 2026).
• Valuation — not publicly disclosed at any round; Tracxn lists the post-money figure as redacted (Tracxn, accessed September 2026).
• Cap table — Omnivore is the largest outside shareholder at roughly 25.7%, ahead of Bidra Innovation Ventures (~18%) and Blume Ventures (~10.7%), with founders and management holding roughly 27% (Entrackr, May 2024).

How it makes money

Niqo runs two different commercial models on two continents, both built around selling hardware and service rather than a subscription or a per-acre software fee.

• India — a Village Level Entrepreneur (VLE) leasing model: Niqo leases a spraying unit to a local entrepreneur for about ₹4.5 lakh (~$5,300) a season, and the VLE then charges farmers roughly ₹300–500 (~$4–6) per acre for spraying (Blume Ventures, 2026), a range corroborated separately at ₹350 per acre in Maharashtra pilots (NITI Aayog Frontier Tech, 2026).
• VLE economics — on that pricing, an entrepreneur can generate annual revenue of roughly ₹15–18 lakh (~$17,000–20,000) per season, netting close to ₹9 lakh (~$10,500) after the lease payment to Niqo (Blume Ventures, 2026).
• United States — direct equipment sales through dealer networks in California and Arizona, with units priced at roughly $250,000 and a claimed payback within two seasons; no subscription or cloud fee, with algorithm updates and warranty bundled into the purchase (World Agri-Tech USA, 2026; company statement, niqorobotics.com, March 2026).
• Emerging — early-stage conversations with agricultural equipment manufacturers to license the Niqo Sense computer-vision stack as an OEM component rather than a standalone robot (Blume Ventures, 2026).
• The part people get wrong — this is not a software or data-subscription business. Both models monetise a one-time hardware sale or lease, so revenue is tied to unit shipments and fleet expansion, not recurring software take rates; the company itself markets “zero recurring fees” as a selling point (niqorobotics.com, March 2026).

The numbers

Niqo Robotics is privately held and does not publish detailed multi-year accounts. The only full-year figures in the public domain, drawn from its India entity’s regulatory filings as reported by Entrackr, cover FY23; more recent years are only partly disclosed.

• FY23 revenue: ₹1.3 crore (~$135,000), against a net loss of ₹9.8 crore (~$1.0 million) — a loss roughly 7.5 times revenue (Entrackr, May 2024).
• FY23 loss rose 2x year-on-year, though the underlying FY22 loss figure itself was not disclosed in the source (Entrackr, May 2024).
• FY25 annual revenue: under ₹10 crore, per Tracxn’s company profile (Tracxn, accessed September 2026) — the only later-year figure available, and only as an upper bound rather than an exact number.
• Employee count: 91, as of 31 August 2025 (Tracxn, accessed September 2026).
• In March 2026, the company said its core business was “on track for profitability” in its first full commercial year — a company-stated forward claim, not yet reflected in an audited filing (niqorobotics.com, 16 March 2026).

Where the money comes from

• India, row crops — the original and largest deployment base: cotton and other row-crop farms of four to eight acres, served through the VLE leasing network; more than 90,000 acres commercialised and over 1,800 farmers served in the 2023–24 season alone (AgFunderNews; Agriculture Post, May 2024).
• India, geography — pilots and deployments documented in Karnataka and Maharashtra, with more than 500 farmers served in those two states specifically (NITI Aayog Frontier Tech, 2026).
• United States, specialty crops — lettuce is the current commercial focus in California’s Salinas Valley, Arizona’s Yuma region and Georgia, sold through direct dealer networks rather than the Indian leasing model (company statement, niqorobotics.com, March 2026).
• Planned expansion — onions, tomatoes, broccoli, kale, melons and turf grass in the US, plus new geographies in the Pacific Northwest, Europe and Australia (company statement, niqorobotics.com, March 2026); a European push was also on display at the Bharat Innovates event in mid-2026 (Global AgTech Initiative, 2026).
• The surprise — despite India being the founding market and the larger farmer count, the US business runs on outright equipment sales at roughly 45 times the per-unit price of an Indian VLE lease, meaning a small number of US unit sales can matter as much to revenue as thousands of Indian acres serviced through the leasing network (derived from unit pricing reported by Blume Ventures, 2026 and World Agri-Tech USA, 2026).

The risks

• Capital intensity and a long path to profitability — FY23 revenue of ₹1.3 crore was matched against a loss of ₹9.8 crore, and the company was still describing itself as “largely pre-revenue” as late as its 2024 fundraise; only in March 2026, roughly nine years after founding, has it guided to profitability in its “first full commercial year,” and that guidance is company-stated rather than audited (Entrackr, May 2024; niqorobotics.com, March 2026).
• Crop-calendar risk to product development and sales — spraying windows for a crop like cotton run to only about 40 days a year, so a missed field season, whether from a product delay or a farmer’s late decision, can cost a full year of validation or revenue rather than a quarter (Blume Ventures, 2026).
• Thin unit economics at the edge of the network — the Indian leasing model depends on individual Village Level Entrepreneurs, who net an estimated ₹9 lakh (~$10,500) per season after lease payments; that margin has to cover a VLE’s own working capital, travel and downtime risk, which could cap how fast the network can be replicated across India’s fragmented, four-to-eight-acre smallholder base (Blume Ventures, 2026), a constraint also flagged more generally for agricultural robotics adoption in India — high upfront cost, patchy rural power and connectivity, and a technical skills gap in rural service areas (ThinkRobotics, April 2025).

The takeaway

The lesson in Niqo’s decade is less about robotics and more about what “solving” a problem actually requires. The company spent its first four years building a genuinely working technology — drone imagery that mapped fields accurately — and still had to abandon it, because farmers did not want another dashboard, they wanted the spraying done differently. It spent two more years building an autonomous robot that also worked, and shelved that too, because the hardest part of the job turned out to be logistics, not computer vision. What finally scaled was the least glamorous option on the table: bolt a camera onto the tractor the farmer already owns. The insight generalises past agriculture — the version of a hard problem that wins in the market is rarely the most technically ambitious one; it is the one that removes the fewest things a customer already relies on.

Frequently asked questions

What does Niqo Robotics do?

It builds AI camera and computer-vision systems, sold as Niqo Sense, that retrofit onto tractors and sprayers to identify individual plants and apply chemicals, weed or thin only where needed, cutting pesticide use by up to 60% according to company-reported field results (AgriTechTomorrow, March 2023).

Is Niqo Robotics the same company as TartanSense?

Yes. Jaisimha Rao founded the company as TartanSense in 2015; it rebranded to Niqo Robotics on 15 March 2023 alongside the commercial launch of a 50-unit spraying fleet in India (InformaConnect, March 2023).

Who are Niqo Robotics’ investors and how much has it raised?

It has raised about $21 million across a 2019 seed round, a 2021 Series A and a May 2024 Series B, with Omnivore, Blume Ventures, FMC Corporation, Bidra Innovation Ventures and Fulcrum Global Capital among its backers (AgFunderNews; Agriculture Post, May 2024). No valuation has been publicly disclosed.

How does Niqo Robotics make money?

In India it leases spraying units to local entrepreneurs who charge farmers a per-acre fee; in the United States it sells equipment outright to specialty-crop growers through dealer networks, with no recurring software or subscription fee in either market (Blume Ventures, 2026; niqorobotics.com, March 2026).

Is Niqo Robotics profitable?

Not as of its last disclosed full-year filing: its India entity posted a net loss of ₹9.8 crore on revenue of ₹1.3 crore in FY23. In March 2026 the company said its core business was on track for profitability in its first full commercial year, but that is a forward-looking, company-stated claim rather than an audited result (Entrackr, May 2024; niqorobotics.com, March 2026).

Sources

Figures are as of September 2026. Currency converted at $1 ≈ ₹96.0 as of 18 September 2026 (Trading Economics).

• AgFunderNews, “With a fresh $13m, Niqo Robotics aims to help smallholders ‘lead the innovation curve’ in AI farming,” May 2024.
• Agriculture Post, “Niqo Robotics raises $13 Mn to scale AI-powered agricultural spot spraying technology,” May 2024.
• Entrackr, “Niqo Robotics raises $13 Mn in Series B round to scale globally,” May 2024.
• Future Farming, “CEO Jaisimha Rao of Niqo Robotics: ‘We are not just a spraying company’,” 2024.
• YourStory, “TartanSense raises $2M seed funding led by Omnivore,” March 2019.
• InformaConnect, “India-based TartanSense rebrands as Niqo Robotics,” March 2023.
• AgriTechTomorrow, “AgTech start up TartanSense rebrands as Niqo Robotics,” March 2023.
• Blume Ventures, “From trading algorithms to teaching AI to farm: how Jaisimha Rao is revolutionizing agriculture,” commentary, 2026.
• Niqo Robotics company blog, “Niqo Robotics Charts Path to Profitability,” 16 March 2026.
• World Agri-Tech Innovation Summit (San Francisco), “The Practical Innovator: Niqo Robotics’ Mission to Transform Global Agriculture,” 2026.
• NITI Aayog Frontier Tech, “AI robots cut pesticide use and costs with precision spraying for Indian farmers,” 2026.
• Global AgTech Initiative, “Niqo Robotics Takes India-Built Physical AI Farming Platform to Europe at Bharat Innovates 2026,” 2026.
• ThinkRobotics, “Understanding Robotics in Agriculture: Trends in India,” April 2025.
• Tracxn, Niqo Robotics company profile, accessed September 2026.

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