AI Weekly Malaysia

Fervo Energy began selling electricity to the grid from its Cape Station enhanced geothermal plant on September 30, 2026 — one day ahead of schedule — making it the first enhanced geothermal company to hit commercial operation. The first block came online 23 months after groundbreaking and represents the first third of a planned 100 MW plant, with Fervo targeting as little as 18 months for future blocks and citing potential for up to 4 GW at the site. Google and Southern California Edison have committed to buying power from the project; Fervo went public in May via an upsized IPO raising $1.9 billion, after raising over $1.3 billion as a startup.

Why: If you build or buy AI infrastructure, this is a concrete datapoint on where firm, phaseable power is coming from: 23 months from groundbreaking to first commercial megawatts, with an 18-month target, and Google already signed up as an offtaker. It also matters as a capital-markets signal — a geothermal developer raising $1.9 billion in an upsized IPO means the 'power for data centers' thesis is now fundable on public markets, not just in venture rounds. Nothing here is Malaysia-specific; the relevance to Malaysian builders is indirect (regional data center power costs and siting), so treat it as context rather than something requiring action this week.

TechCrunch reports that New York Climate Week 2026 was dominated by AI, with many climate tech startups repitching themselves around data center demand after struggling to raise money amid canceled federal grants and investor hesitancy. PitchBook data cited in the piece shows total climate tech venture deal value rising for four consecutive quarters and cresting $14 billion in Q1 2026, driven mostly by built environment, grid infrastructure, and dispatchable energy tied to data center construction. On one panel, two founders whose startups were in energy said they preferred the AI buildout to proceed at its current pace rather than a more climate-responsible one, while other founders told the reporter the data center boom is crowding out sectors they consider promising — and some in the community are uneasy about the volume of natural gas plants being built to power AI data centers. The excerpt is truncated, so the specific sectors being overlooked and the rest of the dissent are not detailed here.

Why: The concrete signal is where the money went: $14B in a single quarter, concentrated in grid infrastructure, built environment, and dispatchable/on-demand energy, because those map directly to data center construction. If you are pitching anything energy- or infra-adjacent, the fundable framing right now is 'we help power or site AI compute', not 'we reduce emissions' — that is literally the pivot described. Note the text contains no Malaysia or Southeast Asia detail, so no local funding, policy, or infrastructure conclusion can be drawn from it; treat this as a read on investor appetite in the US climate/energy market only.

TechCrunch rode Vessev's VS-9 electric ferry from Brooklyn Marina toward Governors Island. The roughly 30-foot hydrofoil catamaran uses two underwater foils with computer-controlled flaps; the front foil handles about 80% of lift and the rear about 20%, and the rear foil houses Vessev's in-house electric motor. The batteries are outsourced because Vessev's CEO calls them commoditized, and the foils can be raised for shallow docks.

Why: This is a transportation/hardware product ride report with no pricing, range, charging, certification, deployment date, or Malaysia/SEA angle in the text, so most developers and SaaS founders have no action to take. Hardware founders may note Vessev's make-vs-buy split: build the electric motor in-house for cost control while treating batteries as a commodity.

The only content supplied for this Ars Technica item is Conde Nast's cookie-consent and targeted-advertising opt-out boilerplate, not the article itself. No device details, efficiency numbers, materials, cost, or publication claims about a battery-based CO2 capture method appear in the text. The title claims a device captures carbon dioxide by pumping it across a battery, but nothing in the excerpt supports, quantifies, or contradicts that.

Why: Nothing actionable here: there is no figure, date, or mechanism a developer, founder, or AI builder could act on, and no Malaysian or SEA angle is present in the text. Skip it for this week's segment rather than speculating about the device from the headline, and re-fetch the article body if carbon-capture hardware is a topic the group wants covered.