From Scott’s Brain: Watermarks, Water Claims, and What “AI” Is Actually Worth
I won’t spend a lot of time this week dissecting the overall corporate moves by Google as they shift the leadership of their AI division yet again. While reorganizing DeepMind and moving executives like Demis Hassabis and Koray Kavukcuoglu is interesting from a management perspective, the reality remains that Google continues to slip as a foundation model player. Right now, their tools are sitting well behind the capabilities delivered by OpenAI and Anthropic.
The development that did catch my eye this week is the recent statement by Anthropic regarding watermarking. They have announced that content created by Claude will soon contain a machine-readable watermark. As someone who writes this newsletter independently and uses Claude to format the final layout, this is highly relevant. Under this new protocol, even though every word of this section (aside from the market data) is written entirely by me, the formatting pass will suddenly cause the document to be flagged as AI-generated.
There are, of course, many ways to remove watermarks from documents, but it is important to note that most of them are not legal. Watermarks often act as a digital representation of a copyrighted work, and actively stripping a watermark generally violates copyright fair use protections. It introduces a frustrating friction point for creators who use human-designed machine intelligence purely for editorial formatting rather than generation.
The Data Center Debate: Separating Fact from Fiction
To wrap up this week’s expert column, we need to talk about data centers. Anti-data center sentiment is growing rapidly in local municipalities, while pro-data center sentiment remains highly stable at the enterprise and government levels. What is deeply concerning to anyone architecting these solutions is the sheer volume of false claims being propagated by both sides.
When infrastructure planning is driven by misinformation, both the community and the technology suffer. Below is a breakdown contrasting the false claims made by both sides of the argument:
| Claim | Source | The Reality |
| “Data centers will bring thousands of permanent jobs to the local community.” | Pro-DC | While they require massive, temporary construction crews, modern data centers are highly automated and run on incredibly lean permanent operational headcounts. |
| “These facilities will run entirely on 100% renewable energy immediately.” | Pro-DC | Massive baseload power requirements mean new facilities often rely on existing fossil-fuel grid infrastructure while dedicated green energy catches up. |
| “Waste heat from the servers will be used to heat local homes.” | Pro-DC | While theoretically possible (and implemented in specific European markets), U.S. municipal infrastructure rarely supports the district heating required to make this work. |
| “The data center will drain our municipal drinking water.” | Anti-DC | Modern AI factories increasingly utilize advanced closed-loop cooling systems, recycled water, or non-potable greywater rather than tapping residential drinking supplies. |
| “They emit toxic radiation and pollute the local air.” | Anti-DC | Locally, data centers are clean environments. The primary emissions come from backup diesel generators, which only run during strict testing windows or actual grid outages. |
| “Having a data center nearby will destroy our residential property values.” | Anti-DC | Facilities are typically built in industrial zones. The massive local tax revenue they generate is frequently used to fund municipal improvements, which can stabilize or boost property values. |
Expanded AI & AI-Infrastructure IPO and Capital-Markets Table
The capital markets continue to aggressively price AI infrastructure. The table below separates companies that are already trading from those with confidential filings, proposed SPAC combinations, and private financing discussions. Note: Read the valuation column as a description of the transaction basis, not as a universal measure of comparable market value.
| Company | AI / Infrastructure Segment | Current Capital-Markets Status | Latest Offer Terms, Valuation & Key Considerations |
| SpaceX | Launch, Starlink & Orbital AI Infra | Public (Nasdaq: SPCX) | Priced at $135 to raise $75B, targeting a $1.75T valuation. AI operations and Starlink heavily justify the premium. Insider selling and staggered lockups may drive volatility. |
| OpenAI | Frontier Models & Enterprise AI | Confidential Draft U.S. Registration | March 2026 private valuation exceeded $1T; analysts suggested an IPO could target more than $1T. Compute spend versus revenue durability remains the central focus. |
| Anthropic | Frontier Models, Agents & Security | Confidential Draft U.S. Registration | Filed in June 2026. Series H (May 2026) valued the firm at $965B. Key investor questions center on inference economics, cloud dependence, and target gross margins. |
| Cerebras | Wafer-Scale AI Accelerators | Public (Nasdaq: CBRS) | Priced at $185 and opened trading at $350. Raised $5.55B. The primary hurdle is breaking through Nvidia and AMD’s market saturation. |
| SK Hynix | HBM, DRAM & AI Memory | Public (U.S. ADSs: SKHY) | Priced at $149. Leadership in HBM is strategically valuable, but investors must account for memory cycles, capacity capital, and Chinese competition. |
| Agility | Humanoid Logistics & Physical AI | Proposed SPAC (AGLT) | ~$2.5B transaction value. Orders must translate to deployments; manufacturing yield, uptime, and service costs will dictate the public case. |
| Unitree | Humanoid & Quadruped Robots | Public (Shanghai STAR Market) | ~61B yuan ($9.04B) valuation. DeepSeek took a $20.8M strategic stake. U.S. sales exposure, trade restrictions, and autonomy benchmarks are key. |
| Mistral AI | European Open-Weight AI | Private (No Announced IPO) | Previous valuation ~$11.7B; new discussions potentially value it near €20B. Relies heavily on European sovereignty demand. |
| CXMT | DRAM / Emerging Memory Chain | Public (Shanghai STAR Market) | Scarcity-driven valuation (reported ~$545B market cap). Export controls, state backing, and the technology gap with HBM leaders require caution. |
| Zhongji | Optical Transceivers & Networking | Public (Shenzhen & Hong Kong) | Raised HK$53.41B ($6.81B). Severe geopolitical risk regarding U.S. import bans on Chinese data-center components. |
| DeepSeek | Chinese Frontier Models | Private | Reported 500B yuan ($74B) new round was paused. State policy, compute access, and open-weight monetization will shape future listings. |
| Databricks | Enterprise Data & Analytics | Private (No Announced IPO) | Signed term sheet values the round at $188B. Azure dependence, consumption growth, and hyperscaler-native competition are central. |
| Anduril | Defense AI & Autonomous Systems | Private (No Announced IPO) | Last valuation $61B; discussions near $100B. Driven by classified sole-source programs, weapons governance, and export controls. |
| Figure AI | General-Purpose Humanoids | Private (No Announced IPO) | ~$39B post-money valuation. Demonstrations must evolve into safe, repeatable deployments with viable customer economics. |
| Ionic | Bitcoin Mining & AI Data Centers | Public (Nasdaq: IOND) | Direct listing reference price $53. The investment thesis hinges strictly on successfully converting crypto facilities into durable AI infrastructure. |
Conclusions for Investors and Strategic Planners
The AI capital-markets cycle has moved firmly from anticipation into uneven price discovery. An “AI” label is no longer a uniform investment thesis. Public outcomes differ sharply—companies with massive fundamental capital requirements are being scrutinized heavily, while scarcity in tradable float can trigger massive, disconnected surges.
As we look toward the potential public debuts of OpenAI and Anthropic, dropping inference prices introduce a vital valuation question. Falling API costs stimulate demand and improve customer economics, but they compress revenue per token. Growth in raw usage and higher-value agent services must outpace this price decline; revenue growth without corresponding gross-margin discipline will struggle to support trillion-dollar public valuations. Furthermore, public float and capital structure matter just as much as headline numbers. Staggered lockups and limited floating shares fundamentally alter how a stock trades long after the IPO celebration ends.
Finally, we must recognize that AI infrastructure is now a distinct capital-markets category. From memory and networking to launch systems and power conversion, the shared risks are uniform: extraordinary capital requirements, energy availability, and the looming possibility that compute supply eventually expands faster than economically sustainable demand.