Aalo Atomics

Phase A — Understand the business

Company Overview

What it actually is: Aalo Atomics is a privately held, pre-revenue, pre-criticality nuclear-microreactor manufacturer founded in 2023 in Austin, Texas by Matt Loszak (CEO) and Yasir Arafat (President/CTO). Strip the atoms away and the company is a factory-manufacturing bet: the thesis is that a small sodium-cooled reactor, mass-produced on a SpaceX-style production line and assembled on-site in months rather than built in place over years, can undercut both conventional nuclear and the gas-peaker/grid status quo on time-to-power — and that the buyer who values time-to-power most is the AI data center.

The product stack (three things, often conflated in press):

• Aalo-1 — the commercial reactor unit: 10 MWe, sodium-cooled, graphite-moderated, fuelled with low-enriched UO₂ (conventional uranium dioxide, ~5% enrichment), road-transportable, factory-built.
• Aalo Pod — the commercial plant: 5 × Aalo-1 reactors + 1 shared turbine = 50 MWe, marketed as "snap together like Legos," no external water requirement, scalable to gigawatts. This is the unit Aalo actually sells to data centers.
• Aalo-X — the experimental demonstration reactor at Idaho National Laboratory (INL): a single 10 MWe (≈30 MWth) unit, the company's TRL-advancing prototype, targeting zero-power criticality by July 4, 2026 under the DOE Reactor Pilot Program, with a co-located experimental data center targeted for July 2027.

Design heritage: Aalo-X is explicitly "MARVEL-inspired" — Arafat was the chief architect and project lead of the DOE's MARVEL microreactor at INL, so the founding team is building a commercial cousin of the government reactor they previously designed. This is the single most important fact about the company: it is not a clean-sheet science project, it is an INL alumnus re-instantiating a known design under a friendly DOE.

The "XMR" framing: Aalo brands its category "extra-modular reactor" — positioned between true microreactors (<10 MW) and SMRs (100–300 MW). The marketing claim is "90% factory-built, on-site work in months not years," and "90% reduction in building materials vs. traditional reactors".

Customers / offtake (all early-stage, none firm-binding revenue):

• Texas A&M System (RELLIS campus, Bryan TX) — one of four developers selected for the "Energy Proving Ground," up to 1 GW aggregate capacity to power existing + planned data centers. Aalo's share is a portion of that 1 GW, not the whole — a frequent misread in press.
• Idaho Falls Power — MOU for seven Aalo-1 modules (≈75 MW), PPA under negotiation.
• Data-center buyers — "quite a few conversations," commercial announcements teased "within four-to-five months" of mid-2025. As of the latest update (May 2026) no named hyperscaler offtake has been disclosed.

Contract structure: None of the above is take-or-pay revenue. They are MOUs, site selections, and a fuel-supply contract — i.e. demand signals, not a backlog. The commercial model is "build the reactor and the data center together," with reactor waste heat potentially cooling the data center.

Supply Chain

Aalo's deliberate strategic choice is to lean on mature supply chains, not to vertically pioneer exotic ones — a direct repudiation of the TRISO/HALEU path most advanced-nuclear peers took. Map upstream → company → customer:

The supply-chain thesis in one line: every input that could have been an exotic, single-source, decade-to-mature bottleneck (TRISO fuel, HALEU enrichment, bespoke turbines) has been deliberately swapped for a commodity-mature equivalent — UO₂, Urenco LEU, GNF fab, Baker Hughes turbine. Aalo concentrated its uniqueness in one place only: the factory and the modular assembly method. That is a coherent, defensible supply-chain design — and it is exactly why the company can credibly talk about 2026 criticality when peers talk about 2028–2030.

Competitive Advantages (moats)

This is a pre-revenue company, so "moat" means defensible head-start, not entrenched economics. Honest assessment:

Real, durable-ish advantages:

1. Founder-design heritage (the strongest moat). Arafat built MARVEL — the first advanced reactor DOE approved for construction in decades — so Aalo-X is a commercial re-instantiation of a design the founder already de-risked inside the government. A competitor cannot buy 6 years of INL microreactor leadership.
2. Manufacturing DNA imported wholesale. Head of manufacturing = Bryson Gentile, ex-Falcon 9 production lead at SpaceX. Head of commercialization ex-Microsoft/Google/Amazon. The bet is that nuclear's real problem was never physics, it was manufacturing and project execution — and they hired the people who industrialized rockets.
3. Regulatory positioning / speed (real but fragile — see Lens 10/13). By siting Aalo-X on DOE land at INL under the Reactor Pilot Program, Aalo bypasses the multi-year NRC licensing slog for the demonstration unit. That is a genuine 3–5 year head-start on the demonstration — but it does not transfer to commercial Aalo Pods, which still need a full NRC license (first application teased for 2026).
4. Pragmatic fuel/economics moat. The UO₂ choice gives a claimed 10–20 ¢/kWh LCOE advantage over TRISO-fuelled rivals — Aalo frames it via an "idiot index" of 2 (standard fuel) vs 10 (TRISO). If true at scale, this is a structural cost edge over X-energy/Kairos-style HTGR designs.

Where the moat is thin:

• No NRC-certified design (NuScale is the only U.S. company with one; even Oklo isn't expected to have a deployable certified reactor until 2027–28). Aalo is behind on the one credential that ultimately gates commercial deployment.
• No network effects, no switching costs yet — there is no installed base to lock in.
• Bargaining power is currently negative — Aalo needs Urenco/GNF/DOE/customers more than they need Aalo. That inverts only if/when the GigaFactory and a backlog materialise.

Bargaining-power verdict: Today Aalo is a price-taker on every input and a supplicant to DOE and to data-center buyers. The entire equity thesis is that successful July-2026 criticality flips it into a price-maker on time-to-power for the one customer (AI data centers) with infinite willingness to pay for firm 24/7 electrons.

Segments

our figures is a header-only stub — there is no research-layer segment data to cite, and as a pre-revenue private there are no reportable segments.

Pre-commercial, Aalo has zero revenue and therefore no product or geographic revenue mix. The only meaningful "segmentation" is by end-market the Aalo Pod is being aimed at, all U.S., all nascent:

• AI / data center power — the headline market and the reason for the valuation.
• University / campus microgrids — Texas A&M RELLIS.
• Municipal utility — Idaho Falls Power (75 MW MOU).

Geography is 100% United States today, anchored on Texas (manufacturing) + Idaho (demonstration/authorization). No international segment exists. There is no trend to chart because there is no revenue base — the honest statement is n/a — pre-revenue, no segment reporting.

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Phase B — Measure performance (+private overlay: Lens 5 → Funding/valuation; Lens 7 → Cap table; Lens 8 → funding/product catalysts; + Traction & unit economics)

Funding & Valuation Trajectory

Round history, seed → latest (all, unaudited per public sources):

Total disclosed raised: $136M+.

Valuation: Secondary-market trackers peg the company at ~$450M (premieralts.com / CB Insights list ~$450M, ~$133M total funding). The post-money of the Series B and the Series B-II is not officially disclosed — treat ~$450M as a secondary-market estimate, not a primary round price: n/a — official post-money not disclosed; ~$450M per secondary trackers .

Burn signal: Series B funds explicitly earmarked to double headcount ~60 → 120+ and to fund Aalo-X construction to zero-power criticality. A 1M-sq-ft GigaFactory by 2028 implies a capital requirement far beyond $136M — this company will need to raise again, likely a large Series C, almost certainly before commercial revenue. That is the central financing risk: the valuation step-ups have been investor-friendly so far, but the GigaFactory is a nine-figure capexCapital expenditureMoney spent on long-lived things — buildings, machines, servers — rather than on running costs. line with no offtake-backed project finance behind it yet.

Founder Interviews / Sentiment Trend (calls → founder media, private overlay)

No earnings calls exist. Tracking management posture across public interviews/podcasts:

• Atomic Insights #328 (Loszak) and MCJ "Inevitable" podcast — early thesis: nuclear's problem is manufacturing & cost, not physics; the move is to industrialize a known design.
• Aug 2025 (Series B) — confident, deadline-forward: criticality by July 4, 2026; "moving at lightspeed for a nuclear company".
• Feb 2026 ("2026 Plan: Criticality and Beyond") — TRL-advancement framing; the language shifts from fundraising to execution / TRL gates.
• Mar 2026 (ANS "Road Ahead," Arafat) — the most aggressive yet: GigaFactory (1M sq ft) by 2028, 100 reactors/yr, first commercial NRC license application "this year" (2026), 1 GW online by end of decade.

Tone shift over ~18 months: from "can a startup even do nuclear?" (2023–24) → "we're racing the calendar" (2025) → "here's the industrial-scale roadmap" (2026). The consistent through-line is speed and economics over exotic performance ("prioritizing speed and economics," Loszak ). What they've stopped saying: anything about advanced fuels (TRISO/UZrHx) — that storyline was killed in mid-2025 and replaced with conventional UO₂. The risk in the trend: each interview escalates the ambition (criticality → GigaFactory → 100/yr → 1 GW) faster than the demonstrated milestones, which is the classic pre-revenue narrative-getting-ahead-of-results pattern a skeptic flags.

Cap Table & Comparable Marks (comps → cap table + public-peer marks, private overlay)

Syndicate quality (the IPO-proximity tell): the cap table is unusually institutional for a Series B nuclear startup:

• Valor Equity Partners (lead) — a top-tier growth shop (early SpaceX/Tesla backer); a credibility signal.
• Strategics: Hitachi Ventures (GE-Hitachi nuclear adjacency — note GNF is GE-Hitachi-Toshiba), NRG Energy (a merchant power utility — a potential offtaker on the cap table).
• Crossover / institutional: Ontario Teachers' Pension Plan entering at Series B-II is the standout — a C$250B+ pension fund taking a venture-stage nuclear position is an IPO-proximity / late-stage-validation signal, even if small. Tishman Speyer (real estate, data-center-adjacent) is a thematic fit.

Public-peer marks (for relative valuation — these are the tradeable comps a our position log would anchor to):

Standard valuation multiples (EV/Sales, P/E, ROE, div yield): n/a / not meaningful. Every credible comp here is pre-revenue or barely-revenue, so multiples are non-meaningful — the market is pricing option value on a future reactor fleet, not earnings. The only honest relative statement: on a private-vs-public basis, Aalo at ~$450M is priced at roughly 4% of Oklo's ~$11.3B and ~12% of NuScale's ~$3.6B — a ~25x discount to Oklo. That gap is the crux of the bull case (Lens 12): is Aalo really 25x "worse" than Oklo, or is it just earlier and illiquid?

Funding & Product Catalysts (the events that move the mark) (price-catalysts → milestone catalysts, private overlay)

As a private with no traded price, "catalysts" are the milestones that have re-rated the narrative (and would re-rate a secondary mark or seed an IPO):

What the pattern reveals: the market (private investors) has rewarded regulatory/milestone de-risking and manufacturing proof, not revenue (there is none). The single largest forward catalyst is July 4, 2026 criticality — and crucially, peers Antares Nuclear (critical June 4) and Valar Atomics (June 18) already beat Aalo to first-criticality in the same program, so the "first reactor critical in 50 years" crown is gone. Aalo's milestone is now validation, not primacy — a subtle but real downgrade to the headline.

Traction & Unit Economics (added — private overlay)

• Revenue / ARR: $0 — pre-commercial.
• Order book: MOUs only — Idaho Falls Power 75 MW (non-binding), a share of Texas A&M's 1 GW, undisclosed data-center conversations. No binding backlog.
• Headcount: ~60 (mid-2025) → targeting 120+ within a year of the Series B.
• Manufacturing footprint: 40,000 sq ft today → 1M sq ft GigaFactory by 2028 at up to 100 reactors/yr.
• Claimed unit economics: UO₂ fuel gives a claimed 10–20 ¢/kWh LCOE edge vs TRISO designs; "idiot index" 2 vs 10 — all company-asserted, unverified, pre-production. No third-party LCOE validation exists. Treat as.

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Phase C — Judge people & books

Management

A genuinely strong, archetype-fit founding team — arguably the company's #1 asset:

1. Track record.

• Matt Loszak (CEO) — Canadian, ~35, third-time founder; engineering-physics (Queen's), Y Combinator alum; previously built/scaled Humi (a leading Canadian HR-SaaS) and co-founded JamCam. A commercialization/scaling operator, not a nuclear physicist — the right pairing for a manufacturing thesis.
• Yasir Arafat (President/CTO) — MS nuclear eng. (NC State); Westinghouse AP1000 (1,100 MWe) experience, then INL from 2019 as chief architect/project lead of MARVEL — the first advanced reactor DOE approved for construction in decades. This is elite, directly-relevant domain credibility.

1. Skin in the game & tenure. Both are founders (2023), so insider ownership is presumably high — n/a — private, cap-table ownership % not disclosed. No our figures exists (private).
2. Capital-allocation history. Too early for an ROE/ROIC track record. The visible allocation decisions are strategically coherent: (a) the UO₂ fuel pivot (kill the exotic-fuel R&D money pit, buy commodity fuel) and (b) building the factory before the reactor (manufacturing-first). Both are textbook "speed and economics" capital discipline for a hardware startup — and both cut against the typical advanced-nuclear instinct to chase performance.
3. Red flags (management-specific). No related-party deals or promotional-financing red flags surfaced. The honest caution is ambition escalation — the GigaFactory/100-reactors/1-GW roadmap (Lens 6) is running ahead of a single demonstrated criticality, which can become a credibility liability if July 2026 slips.
4. Founder vs professional-manager. Decisively founder-led, complemented by imported industrial executors (Bryson Gentile ex-SpaceX Falcon 9 manufacturing; commercialization lead ex-Microsoft/Google/Amazon; Michael So VP Programs). The implied archetype — founder vision + ex-SpaceX manufacturing rigor + Big-Tech go-to-market — is exactly the team you'd design for "industrialize nuclear like rockets." It is the most investable thing about Aalo.

Forensic Red Flags

No financial statements exist (private, unaudited, no SEC filings) — so traditional forensic accounting (rev-rec, receivables/inventory divergence, SBC-flattered non-GAAP, goodwill) is n/a — no audited financials available. The forensic lens therefore re-points (per +private guidance) to the risks that actually threaten this company's books and going-concern:

• Going-concern / financing-gap risk (the real "balance-sheet" flag). $136M raised against a 1M-sq-ft GigaFactory and a multi-year pre-revenue runwayRunwayHow long the cash lasts at the current rate of spending. It shortens the moment spending rises, which is why a figure taken from a quiet quarter flatters. — there is a large, un-bridged capital gap to commercial scale. A failed or down-round Series C is the most plausible financial impairment path.
• Milestone-quality risk (the "rev-rec" analog). The July 2026 milestone is zero-power criticality — explicitly "not going to be very hot, not very radioactive," essentially no measurable energy output. Press routinely blurs "criticality" into "powering data centers." A sophisticated reader must discount the headline: hitting July 4 proves the physics package and the regulatory machine, not a commercial, power-producing, revenue plant. Full-power ramp and the co-located data center are 2027+.
• Regulatory-foundation risk (the deepest flag). Aalo-X's speed advantage rests on DOE authorization in lieu of NRC licensing on federal land, under rules the Trump DOE rewrote — cutting ~750 pages (~two-thirds) from prior safety/security directives, initially without public disclosure until NPR obtained them. Experts warned the changes "had the potential to undermine safety, security and environmental protections." This is a political/legal foundation, not a regulatory moat — it is reversible by a future administration and exposed to litigation. The commercial Aalo Pod still needs a full NRC license (first application teased 2026), where none of the DOE-pilot shortcuts apply.

Regulatory findings (required sub-section). Per regulatory/regulatory-findings.md (Step 0, 2026-06-30):

• SEC (EDGAR LR + AAER): zero findings — Aalo has no CIK, is not an SEC registrant, no EDGAR enforcement search possible.
• Non-SEC enforcement (web): Targeted search ("Aalo Atomics" FTC/DOJ/FDA/consent-decree/settlement/fine/penalty) surfaced no company-specific enforcement actions, fines, or consent decrees as of 2026-06-30. The only adjacent controversy is the DOE rulebook rewrite, which targets the program, not Aalo's conduct.
• Item 3 Legal Proceedings: n/a — no 10-K (private).
• Net: No material company-specific regulatory or legal findings — verified via SEC EDGAR EFTS (LR, AAER, nil), targeted web search (nil), as of 2026-06-30. The material regulatory risk is structural (DOE-authorization durability), not an existing enforcement liability.

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Phase D — Project & stress-test

IPO-Readiness & Path-to-Tradeable (forward projection → IPO readiness, private overlay)

No EPS projection is meaningful (pre-revenue, private). Per the +private overlay, the lens that matters is distance-to-tradeable-event and the milestones that unlock it.

Proposed private-watch.json seed (built fresh — no prior entry existed):

• stage: pre-criticality demo / pre-commercial. Hardware assembled at INL; awaiting July 2026 zero-power criticality.
• ipo_readiness: LOW (2/5). Aalo is 2–4 years from any plausible IPO window. Rationale: (a) pre-revenue with no binding backlog; (b) the commercial reactor (Aalo Pod) is unbuilt and the GigaFactory is 2028; (c) it needs at least one large private round (Series C) before public markets; (d) it has no NRC-certified design — the credential public nuclear investors increasingly demand post-NuScale. The Ontario Teachers' entry is a late-stage signal, not proximity.
• catalyst (the value-inflection ladder, in order):

1. July 4, 2026 — zero-power criticality (binary; near-term; the demonstration de-risk).
2. 2026 — first commercial NRC license application filed — the credential that gates commercial deployment and would most change the investability.
3. 2026–27 — first named hyperscaler/data-center binding offtake — converts demand signal → backlog.
4. 2027 — Aalo-X full-power + co-located experimental data center operating — first integrated proof.
5. 2028 — GigaFactory online — the scale story; requires a large Series C first.

• dossier: companies/aalo-atomics/the previous dossier (this file).

Tradeable-path estimate: earliest realistic public-market access via direct secondary/pre-IPO today (~$450M secondary mark); IPO/SPAC not before ~2028–29 absent a dramatic acceleration.. Per --watchlist rules, no Brier forecast is logged (no committed EPS base case for a pre-revenue private).

Bull vs Bear

Bull case. Aalo is the purest "industrialize nuclear like SpaceX industrialized rockets" bet on the board, priced at a ~25x discount to Oklo. The team is the right one (MARVEL architect + ex-Falcon-9 manufacturing lead), the fuel/regulatory choices are the pragmatic ones (commodity UO₂, DOE-land demonstration) that let it credibly target 2026 criticality while peers talk 2028–30, and it sits at the exact intersection of the decade's two biggest tailwinds — AI data-center power scarcity and a 政treaty-level U.S. policy tailwind (executive-ordered Reactor Pilot Program, friendly DOE). If July 2026 criticality lands and a hyperscaler signs, the next private round re-rates hard, and ~$450M looks like the entry point on a future multi-billion neocloud-power supplier. The contrarian earnings surprise: data-center buyers, desperate for firm 24/7 power, sign offtake at prices that make even first-of-a-kind Aalo Pods economic despite high upfront cost.

Bear case. Three things that could permanently impair the business:

1. The regulatory foundation is collateral, not a moat. The speed edge is borrowed from a politically contingent, litigation-exposed DOE rulebook (−750 pages, rewritten without disclosure). A change of administration, an adverse court ruling, or a single safety incident at any pilot reactor could slam the window shut — and the commercial Pod still faces full NRC licensing, where the shortcuts vanish.
2. The base rate is brutal. A study of 180 nuclear projects found 175 exceeded budget (avg +117%) and ran 64% longer than planned; NuScale's flagship UAMPS project was cancelled in 2023 after costs doubled to $21,561/kW. SMR/micro history is a graveyard of slipped timelines and cost blowouts. Aalo's "speed and economics" is a claim against the strongest base rate in industrial history.
3. The financing gap. $136M raised vs a 1M-sq-ft GigaFactory and years of pre-revenue burn — a down-round or failed Series C is a plausible kill-shot.

Pre-mortem (18 months out, thesis broke): It's late 2027. Aalo did hit zero-power criticality in July 2026 — but the full-power ramp slipped, the co-located data center is still "experimental," no hyperscaler signed binding offtake (they waited for an NRC-certified design), the GigaFactory got value-engineered down amid a tough Series C, and a new administration began unwinding the DOE pilot's regulatory shortcuts. The ~$450M mark is flat-to-down; the "first commercial Pod by 2028" quietly became 2030.

Are the multiples too high? There are no earnings multiples — but ~$450M for a pre-revenue, pre-commercial reactor company is "cheap" only relative to Oklo's arguably-frothy ~$11.3B, not in absolute terms. The whole sector is pricing option value; Aalo just happens to be the least-expensive credible option.

Contrarian view (what the market refuses to see): Most investors are pattern-matching Aalo to nuclear (slow, over-budget, regulatory quagmire) — and the bull retort is that Aalo is really a manufacturing company whose product happens to be a reactor, so the relevant base rate is SpaceX/Tesla learning-curve manufacturing, not nuclear megaprojects. The unresolved question — and the single most important line in this dossier — is which base rate applies. If it's the manufacturing base rate, ~$450M is a steal; if it's the nuclear-megaproject base rate, it's a trap. The honest answer today: unknowable until the Pod is actually mass-produced — which is precisely why a position here is venture-grade risk, not a tradeable conviction.

Devil's Advocate (short-seller)

Dismantling the bull case:

• Revenue concentration / what breaks the model: There is no revenue to concentrate — but demand is concentrated in AI data centers, a market that (a) may secure cheaper firm power from gas + grid + batteries faster, and (b) increasingly prefers NRC-certified designs for siting on private land. If hyperscalers decide they'll only sign for licensed reactors, Aalo's DOE-land demonstration is a science fair, not a sales pipeline.
• Why the moat is weaker than bulls think: the demonstration moat (DOE/INL speed) does not transfer to the commercial product. Commercial Aalo Pods need full NRC licensing — the exact multi-year process that killed NuScale's economics. The head-start is on the wrong reactor.
• Most dangerous competitor bulls underestimate: not Oklo — the public-market peers with NRC credentials and balance sheets. NuScale already has an NRC-approved design; Oklo has ~$2.5B cash. And in the pilot race itself, Antares and Valar already went critical before Aalo — so even the "first/fastest" narrative is partly lost. The single most dangerous competitor is natural gas + grid interconnection, which can power a data center today at a known price.
• Worst capital-allocation / incentive concerns: none egregious — but the escalating roadmap (criticality → GigaFactory → 100/yr → 1 GW) on one un-completed demo is the behavior a short flags as narrative-running-ahead-of-cash. Watch for a down or flat Series C as the tell.
• Assumptions that must hold for ~$450M: (1) July 2026 criticality lands on time; (2) the DOE regulatory window stays open and the commercial NRC path proves navigable; (3) at least one binding hyperscaler offtake materializes; (4) a large Series C closes at a flat-or-up mark; (5) the factory actually achieves SpaceX-like unit-cost declines on a nuclear product (never before demonstrated). Five things, all must hold.
• If growth disappoints 20–30% (i.e. timeline slips a year and no offtake): the secondary mark likely compresses materially and the next round prices down — for an illiquid private, that's a hard, possibly unrealizable loss.
• Single scenario that permanently impairs: a safety/security incident at any Reactor Pilot Program reactor triggering a regulatory reversal of the DOE shortcuts — plausibility low-but-non-trivial given the −750-page rulebook and the speed pressure, and catastrophic for the entire pilot cohort, Aalo included.

Management Questions (ordered by information value)

1. The commercial Aalo Pod needs a full NRC license, where the DOE-pilot shortcuts don't apply. What is your realistic, contingency-loaded timeline to an NRC-certified design — and what happens to the business if it takes the 4–6 years NuScale's did?
2. Walk me through the capital plan from today's ~$136M to the 2028 GigaFactory. What is the total capex, what's the Series C size/timing, and is any of it offtake-backed project finance vs dilutive equity?
3. Name a binding, take-or-pay data-center offtake — not an MOU. If none yet, what is the specific blocker, and when does the first one sign?
4. If a future administration reverses the DOE Reactor Pilot Program's regulatory authorizations, what is your fallback path to a commercial reactor?
5. You target SpaceX-style unit-cost declines on the Aalo Pod. What is your current first-of-a-kind Pod cost ($/kW), your learning-curve assumption, and the cumulative units needed to hit your claimed LCOE?
6. Antares and Valar went critical before you in the same program. What, concretely, does Aalo have that they don't — and does first-criticality primacy matter commercially at all?
7. July 2026 is zero-power criticality. What's the dated path from there to a full-power, revenue-producing plant, and what are the gating risks on that ramp?
8. The UO₂/LEU fuel chain runs through Urenco and GNF. How exposed are you to Western enrichment/fabrication capacity constraints as you scale to 100 reactors/yr?
9. At 100 reactors/yr, where does the nuclear-qualified workforce, the QA/QC, and the regulatory throughput come from? What's the binding constraint on the GigaFactory ramp?
10. What is the realistic first-commercial-Pod delivery date (not criticality, not "experimental") that a customer can put in a contract — and what's your confidence interval?
11. How do you compete against gas-plus-grid, which can power a data center today at a known price? What's your honest $/MWh delivered vs that alternative in 2028?
12. What insider ownership do the founders retain post-Series-B-II, and what's your dilution tolerance through the GigaFactory build?
13. What's your spent-fuel / waste strategy at fleet scale, and how does it affect siting next to data centers?
14. Which single milestone in the next 12 months would most de-risk the company in your own view — and what's the probability you hit it on time?
15. What would have to be true for you to conclude the manufacturing-cost thesis isn't working, and at what point would you pivot the strategy?

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