Episode 164 · Capital · 44 min

Early money is solved, Series B is not

India's deep tech funding gap has moved rather than closed. Pre-seed and seed are crowded — pretty much every fund house on this panel's radar is raising an early-stage deep tech fund — while the $30–50 million round still leans on foreign capital, corporates and family offices. The panel's fix is not more funds; it is founders trading a technology narrative for a business one, because India's late-stage money is already sitting here, waiting for evidence on a balance sheet.

MK
Manish, Karthik, Rishab and Ashish
Investor panel, moderated by Ankur Capital, pi Ventures, Yali Capital, PremjiInvest and Kotak Alternate Assets · with Vishal Krishna
Early money is solved, Series B is not — episode thumbnail
44:24
Said in this episode
▶ 4:14
$104M
Yali Capital's India deep tech fund
As stated on air: a roughly $104 million fund writing $1–10 million cheques from pre-seed to Series A across fabless semiconductors, robotics, life sciences, aerospace, AI applications and advanced manufacturing.
▶ 9:22
₹700 cr
pi Ventures' second fund
Raised explicitly as a deep tech fund after an AI-only first fund; of roughly 23 portfolio companies, Manish says the larger share are non-AI physical innovations.
▶ 2:37
~30%
PremjiInvest's US private book in deep tech and life sciences
Rishab puts about 30% of the US private portfolio in deep tech and life sciences, including a Moderna position taken before COVID; the India practice is only now being built.
▶ 5:16
~$10bn
Kotak Alternate Assets under management
As stated on air, across every sector but with healthcare closest to the team — pre-seed through Series B and late stage, at $3–10 million per company over the next three to four years.
▶ 21:37
+2 years
Regulatory delay on a 15-year drug timeline
One portfolio company waited two years for a single paper to move at India's drug regulator; a separate first-in-class filing met an office with no precedent for it.
▶ 37:12
$3M ≈ ₹27 cr
The cheque, converted
Rishab's advice to founders in the room: stop thinking in dollars — three million dollars is roughly twenty-seven crore rupees, and that is a lot of money to be accountable for.
The brief

The argument in sixty seconds

The panel's shared claim is that India's deep tech funding problem has moved rather than eased. Karthik of Yali Capital says pretty much every fund house he knows is now raising an early-stage deep tech fund, so relative to five years ago pre-seed and seed are no longer the constraint; the pain starts at $30–50 million, where the ecosystem still leans on foreign capital, corporates and family offices. Manish of pi Ventures argues the block is narrative, not liquidity — late-stage funds in India are sitting on capital and will move the moment a founder stops telling a technology story and starts telling a business one with evidence on the balance sheet, helped by defence turning buyer as it did in the US and Israel. Rishab of PremjiInvest names the structural mismatch: venture was built to price a step change in risk at every round, deep tech rounds often deliver no such step, so investors must specialise and founders should think in rupees rather than dollars. Ashish of Kotak counters that beyond Series B capital genuinely exists in India for a working product — Series A and B is what you build, C and D is financial engineering. What nobody defends is the state: grants that arrive two years late, and a regulator that took two years to move one paper on a drug whose development already runs fifteen. The stakes are that a decade of Indian deep tech gets decided less by the science than by whether founders learn to sell a business, and whether domestic late-stage money shows up before foreign money changes its mind.

Worth your time if you are

Deep tech founders staring down a Series B round
Semiconductor and life-sciences founders pricing a ten-year runway
SaaS investors trying to retool for a deep tech thesis
Policy people who wonder why grants land two years late
Founders weighing services revenue against focus
Episode map

Where the conversation travels

Every block is a chapter, coloured by what it's about. Click any of it to jump straight to that minute on YouTube.

01Four funds take the stage 0:00 The moderator frames the session around equity investing into deep science, counts the founders in the room, and PremjiInvest's Rishab explains a single-LP structure whose returns exist to fund philanthropy in perpetuity. 02Moderna, semiconductors and a fund of unknowns 2:22 Rishab puts about 30% of the US private book in deep tech and life sciences including a pre-COVID Moderna position, Karthik describes Yali Capital's $104 million India fund across fabless semiconductors, robotics, aerospace and advanced manufacturing, and Manish inverts the logic — pi Ventures invests only in deep tech, mostly in things it does not already know. 03Ten billion dollars and a medicine PhD 5:00 Ashish, a PhD in medicine who spent his career in healthcare, introduces Kotak Alternate Assets at roughly $10 billion under management, operating the full capital stack from pre-seed to late stage with $3–10 million planned per company over three to four years. 04The AI fund that met a rocket engine 6:23 pi Ventures launched in 2016 as an AI fund and could not find AI companies in India; then a Chennai founder walked into the boardroom with 3D-printed rocket engines and taught them how far material science drives physical deep tech. 05Investors are gamblers with a thesis 9:20 Fund II came in at around ₹700 crore and deliberately not as an AI fund — of roughly 23 companies most are non-AI physical innovations — built on the plain belief that some technology will solve today's problems 10x better, plus the capital efficiency the Zoom era handed to capital-hungry hardware. 06Pharma's cash pile meets the returning scientist 11:26 Ashish traces six or seven years in which grants and government schemes gave scientists cover to become founders, returnees came home from 2016-17, and generics-built pharma companies sitting on piles of cash began investing in early clinical assets — his own book now holds nine. 07All the ducks are aligning 14:14 Rishab credits a government push on nation building, the newly announced RDI scheme and a shift in how youth, academia and the state think, arguing that patient capital should take these risks precisely while the alignment holds — and noting how rarely corporates fund deep tech at all. 08Manufacturing is the underrated leapfrog 16:24 Karthik expects the next big thing to arrive out of left field, and picks manufacturing as deep tech's most underrated pocket — decades of lagging technology and process leave India free to skip generations the way it did with mobile phones, straight toward Industry 5.0. 09The grant that arrived two years late 18:43 Manish says his only frustration is the government, which opens large pockets of money and then buries them in bureaucracy — one portfolio company's grant took two years and by then it no longer needed the cheque — while Ashish points at regulators, where a single paper sat two years at the drug regulator and a first-in-class filing met an office with no precedent for it. 10Everybody is raising a deep tech fund 22:56 Karthik's read on the capital stack: deep tech needs more money and more time, often a Series A without revenue, but early-stage supply is no longer the constraint — the gap is Series B onward, where India still depends on foreign capital and lacks domestic funds that can carry a company to IPO. 11Patient capital offers to remove the headache 25:38 Rishab's two-part strategy against the cross-border question: build conviction early enough to carry a founder through the next four or five rounds to IPO, and back the early-stage funds as an LP — with Series C and D unlikely to be a problem for genuinely global products. 12Change the narrative, unlock the late-stage money 28:11 Manish locates the real friction at $30–50 million cheques and calls it a transition problem — late-stage Indian funds are already sitting on capital and will move once the founder's technology narrative becomes a business narrative with balance-sheet evidence, helped by defence emerging as a buyer as it did in the US and Israel. 13Silicon Valley valuations, jugaad execution 30:30 Karthik finds the silver lining in foreign dependence — overseas investors import execution expectations India has not internalised — Manish says the discipline is really customer-driven and role models set culture, then lays out pi's three pillars of a global business problem, 10x innovation and a great team. 14After Series B, it's financial engineering 33:28 Ashish argues Series A and B are about what you build while C, D and beyond are financial engineering, describes Kotak writing equity from ₹25 crore to ₹2,000 crore plus debt, and reports Western healthcare investors arriving in India because a changing geopolitical landscape has them looking somewhere other than China — while Rishab adds family-office and public-market cheques of $10–20 million. 15Think in rupees, not in dollars 36:00 Rishab explains why venture's step-change-in-risk model misfits deep tech and tells founders that $3 million is roughly ₹27 crore, Karthik notes that fabless needs several more rounds than a classic B2B SaaS before financial engineering takes over — the source of the Series B angst — and Manish warns that VCs changing their boards still have to change their frameworks. 16Don't fund the chip with consulting 40:00 A semiconductor founder in the audience asks whether consulting revenue buys optionality; Karthik says don't even think about it, Manish says it depends whether you are building a venture-backed company or a profitable one, and Ashish closes on why 2021 and 2022 taught investors to value potential over premature profit.
Takeaways

Ideas to carry out of this hour

01

India's early-stage deep tech capital shortage is over

Karthik's blunt read is that pretty much every fund house he knows is raising a deep tech fund, and almost all of them are raising an early-stage one. Compared with five years ago, he says, early-stage deep tech is simply not a problem any more and will keep improving year over year. The caveat he flags himself is definitional: what counts as deep tech may drift as the money chases the label.

02

The Series B gap is a narrative gap, not a liquidity gap

Manish puts the friction precisely at the $30–40–50 million cheque, and says the cause is a transition founders have not made. Early on the story is all technology and innovation, and founders keep speaking that language long after the round requires a business story backed by evidence. His claim is that late-stage funds already exist in India and are sitting on capital — change the narrative and those pools unlock, which is why he thinks the dependence on foreign capital fades with time rather than with new fund structures.

03

The binding constraint is the state, not the market

Manish says his frustration is with the government, which opens large pockets of money and then makes everyone chase bureaucracy — ten visits, a thousand forms — and cites a portfolio company whose grant arrived two years later, by which time it no longer needed the cheque. Ashish points the same finger at regulators: one company waited two years for a single paper to move at the drug regulator, on a molecule whose development already runs fifteen years, and another filed a first-in-class application that the office had no precedent for. Both agree the intent is right and the gap sits between intent and the bureaucratic layer.

04

A deep tech thesis cannot be underwritten from what you already know

pi Ventures raised an AI fund in 2016 having failed to find AI companies in India, then wrote one of that fund's last cheques into 3D-printed rocket engines because a founder refused to be ignored — and material science, not software, shaped Fund II. Manish's summary is that investors think they are knowledgeable but are actually gamblers betting on a fundamental: some technology will solve today's problems 10x better, and it will be disruptive rather than incremental. Karthik makes the same admission prospectively, expecting something to walk into the boardroom that forces a rejig of the thesis.

05

Deep tech breaks venture's step-change-in-risk model

Rishab's structural point is that venture capital grew up around technology investing, where each round retired a discrete chunk of risk and capital was available for each step. Deep tech takes far longer, and many funding requirements arrive without a meaningful step change in risk at all — which is exactly why the early-to-Series-B stretch feels like friction. The remedy cuts both ways: investors have to specialise, and founders have to identify early in their journey what their next real step change in risk actually is.

06

Foreign capital imports an execution standard India has not internalised

Karthik reframes dependence on overseas money as an underappreciated benefit: a foreign investor at Series A-plus brings expectations of execution that most Indian startups have never experienced. His line is that the ecosystem aspires to Silicon Valley valuations without having internalised Silicon Valley execution. Manish agrees the discipline is real but says it is customer-driven rather than investor-driven — a global customer simply will not keep buying unless you deliver at their pace — and that domestic exceptions who execute well will eventually reset the culture as role models.

07

Don't fund the science with a services business

Asked whether a semiconductor startup should run consulting on the side for optionality, Karthik's answer is don't even think about it: getting to financial viability before the money runs out or someone disrupts you already puts you on a knife edge, and diverting energy for incremental capital costs the speed you need to move from FPGA validation to test chip to commercialisation. None of those milestones produce revenue, he notes, but all of them should produce value multiples. Manish dissents mildly — services money is easy to get in India and makes a fine profitable business, just not a venture-funded one, so decide which journey you are on first.

08

Generics cash and returning PhDs rebuilt the Indian life-sciences funnel

Ashish dates the shift to the last six or seven years: grants and government schemes gave scientists cover to attempt companies, and researchers who left in the late 2000s — when none of his peers imagined founding anything — came back from 2016-17 to build. On the other side, pharma companies built over a decade or more of generics manufacturing are sitting on cash they do not know what to do with, and have started investing into early clinical assets, something he calls unheard of. His own book now carries nine clinical-asset companies.

The numbers, drawn

What the episode measures

Every figure below was said on air — timestamps included, caveats kept.

Conversation share

portion of the hour spent on each theme
Venture capital · 26%Deep tech & hardware · 22%Fundraising · 18%Regulation & policy · 13%India macro · 8%Healthcare · 6%
Venture capital26%
Deep tech & hardware22%
Fundraising18%
Regulation & policy13%
India macro8%
Healthcare6%
Computed from the chapter map of this episode.

Where the cheques stop

$ million, upper bound
Yali, pre-seed to Se10Kotak, per company o10Family-office / publ20Rounds founders stru50
Figures as stated on air, upper bounds shown: Yali writes $1–10M from pre-seed to Series A; Kotak plans $3–10M per company over three to four years; family-office and public-market cheques were described as '$10 million, $20 million plus'; the friction was located at $30–40–50 million rounds. The last bar is a pain point, not a supply.▶ 35:52
Worth keeping

Lines that stay

As investors we think we are knowledgeable, but we are actually gamblers.

— Manish, pi Ventures ▶ 10:17

We aspire to Silicon Valley valuations, but we have not really internalised what Silicon Valley execution really is. If you've not experienced it, it is something else altogether.

— Karthik, Yali Capital ▶ 30:56

Series A and B is all about what you build. Series C, D and everything beyond that is financial engineering.

— Ashish, Kotak Alternate Assets ▶ 33:50

People are changing their boards, but they have to change their frameworks. If you're a SaaS investor looking for product-market fit and you talk in that framework to a deep tech company, it will be a miss.

— Manish, pi Ventures ▶ 38:43

Don't even think about it. The effort it takes to get a semiconductor startup to financial viability, before the money runs out and before someone comes and disrupts you — you're already on the knife edge.

— Karthik, Yali Capital ▶ 40:55
Clips that travel

Short on time? Start here

Investors writing a first deep tech thesis

The AI fund that met a rocket engine

How pi Ventures went from an AI-only fund nobody could deploy to a ₹700 crore deep tech book of mostly physical innovation — and the founder who forced the change.

6:23 → 11:26 · 5 min ▶ Watch clip
Anyone who thinks the constraint is capital

Two years to move one paper

The grant that arrived after it was needed, the drug regulator that added two years to a fifteen-year timeline, and both investors agreeing intent is not the problem.

20:32 → 22:56 · 2 min ▶ Watch clip
Deep tech founders staring down a Series B round

Everybody is raising a deep tech fund

The clearest statement of the thesis: early money is abundant, Series B onward still depends on foreign capital, and India lacks funds that can carry a company to IPO.

22:56 → 25:38 · 3 min ▶ Watch clip
Founders still pitching the technology

Change the narrative, unlock the money

The transition from technology story to business story, why late-stage Indian capital is already sitting there, and defence arriving as the buyer that changes balance sheets.

28:11 → 30:30 · 2 min ▶ Watch clip
Founders weighing services revenue against focus

Should a chip startup take consulting money?

A live audience question splits the panel — knife-edge focus versus a perfectly good non-venture business — with the semiconductor value milestones spelled out.

40:00 → 43:20 · 3 min ▶ Watch clip
Glossary

The jargon, unpacked

Deep tech / deep science
Companies whose edge is a hard scientific or engineering advance — materials, chips, drugs, aerospace — rather than software distribution, and which therefore need more capital and more time before revenue.
RDI scheme
The government research, development and innovation financing push referred to on air as newly announced, credited by several speakers with pulling a fresh wave of investors toward deep tech.
CDSCO
India's central drug regulator, which approves clinical trials and new medicines — named on the panel as the office where one filing sat for two years and a first-in-class application found no precedent.
Clinical asset
A drug or therapy candidate progressing through clinical trials, valued on trial milestones rather than revenue — the kind of company Indian pharma majors have only recently started funding.
Fabless semiconductor
A chip company that designs silicon but pays a foundry to manufacture it; the panel treats it as the sector needing the most rounds before financial engineering takes over.
FPGA validation
Proving a chip design on a reconfigurable chip before committing to a silicon run — one of the milestones that produces no revenue but, Karthik argues, should produce a valuation multiple.
Single-LP fund
A fund with exactly one limited partner supplying all its capital — here a philanthropic foundation, which is what makes the money patient enough to sit through deep tech timelines.
Step change in risk
Venture's working assumption that every round retires a visible chunk of risk; deep tech rounds often fund years of work without one, which is the mismatch the panel blames for Series B friction.
Connections

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Full transcript

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