Space, Data Centers, Fusion & Humanoids

CNBC highlighted several satellite/space-defense names that more than tripled in 2025.

Growth was driven by rearmament, wars, and rising tension in Europe and the Indo-Pacific.

Investors favoured companies with defence contracts and recurring revenue over speculative space plays.

Satellites are now being treated as defence infrastructure, not just “space tech.”

A few winners mask a long tail of public space names that did not participate.

Governments outside the US may feel pressure to clarify their own military–commercial satellite plans.

Satellite exposure behaves more like defence stocks than like early-stage space ventures.

The public rerating sets expectations for valuations in late-stage private satellite and sensing companies.

Policy and procurement decisions (especially in Europe and Asia) could drive the next leg of returns.

KKR and Oak Hill are injecting nearly $2bn into GTR to fund new data-center sites.

GTR buys land, secures power and builds large “shells” for hyperscalers and big tech clients.

New projects are planned or underway in the UK, Spain, Switzerland, Israel and potentially the Nordics and Italy.

Confirms that “picks and shovels” for AI—power-hungry data centers—are attracting very large checks.

Europe is still behind the US on AI infrastructure; private capital is stepping in where public planning is slow.

Key constraints are now grid capacity and permitting speed, not whether AI workloads will show up.

AI exposure isn’t only chips and software; it runs through utilities, grid operators and data-center developers.

These projects can look more like infrastructure/real estate than classic tech, with different risk/return profiles.

Customer concentration and technology change (cooling, chip generations) remain central underwriting questions.

CFS unveiled a “digital twin” of its SPARC reactor using Siemens software and Nvidia’s AI simulation tools.

The company is installing 18 high-temperature superconducting magnets at the SPARC site.

A 400 MW commercial plant (ARC) is planned for Virginia if SPARC hits its performance targets.

Digital twins can help test scenarios, optimise operations and reduce overruns before hardware is fully built.

Fusion is moving into the phase where execution, supply chains and regulation matter as much as physics.

Big-tech involvement (Nvidia, Google and others) signals that data and computing are a core part of the fusion race.

Fusion remains a long-dated, binary technology bet; sizing and diversification are critical.

The supply chain—magnets, power electronics, cryogenics, simulation software—may offer more balanced exposure.

Policy decisions on siting, grid connections and safety rules will shape which regions become early fusion hubs.

UBTech is acquiring at least 43% of Fenglong via a mix of block purchase and tender offer.

Fenglong makes engines and precision parts for tools and vehicles—skills UBTech wants for robot components.

The deal is priced at a modest discount to Fenglong’s last traded share price before the announcement.

Humanoid robots are shifting from trade-show demos to real manufacturing and logistics pilots.

Owning part of a component supplier reduces supply-chain risk and may improve margins over time.

The deal also gives UBTech closer access to China’s large onshore equity investor base.

Humanoids look increasingly like a hardware-plus-software industry, closer to EVs than to pure SaaS.

Scale, manufacturing quality and safety/regulatory approvals may matter as much as AI models.

Expect more M&A as players race to lock in parts, factories and early customers.