Alphabet Inc (NASDAQ: GOOG) shares rose 2.17% to $351.13 on Friday following a price target increase by Tigress Financial Partners. The firm raised its target to $485 from $415, maintaining a Strong Buy rating.

Analyst Rationale

Tigress Financial analyst Ivan Feinseth cited Alphabet’s dominance across the full AI technology stack as the primary driver for the upgrade. He pointed to stronger performance in Search, Cloud, and YouTube, supported by the company’s latest quarterly results. These results showed continued strength in search advertising, a sharp acceleration in cloud revenue, and widening profit margins.

Feinseth highlighted specific AI offerings, including the Gemini model, in-house TPU chips, and a growing suite of AI-powered services. He argued these provide fresh revenue avenues beyond traditional business lines. The analyst noted that Alphabet’s size, consistent profitability, and diversified mix position it for outsized returns.

On the risk side, Feinseth acknowledged that heavy investment in AI infrastructure is squeezing near-term return on capital. However, he framed this tradeoff as necessary for faster profit expansion later. He stated that Alphabet’s capital deployment aims to maintain AI leadership without sacrificing the balance sheet or shortchanging shareholders.

Wall Street View

Wall Street maintains an overall Strong Buy rating on Alphabet, with an average price target of $436.25. Recent actions include:

These updates occurred on July 23.

What the Numbers Show

The divergence between Tigress Financial’s $485 target and the broader Wall Street average of $436.25 highlights a significant bullish outlier view. While peers like JPMorgan and Oppenheimer lowered their targets, Tigress increased its outlook, betting heavily on the monetization of AI infrastructure despite near-term margin pressure.

Alphabet Inc. (NASDAQ: GOOGL) signed a 22-year agreement to secure up to 50% of the capacity of Finland’s Loviisa nuclear plant, supporting its life extension through 2050. The deal accompanies a €13 billion ($15.1 billion) investment commitment over 2027 and 2028 to expand digital infrastructure.

The agreement highlights the growing intersection between artificial intelligence expansion and long-duration energy sources. Google is moving beyond building data centers to directly securing the generation capacity required to power them. This follows similar moves by other hyperscalers including Amazon.com Inc., Meta Platforms Inc., and Microsoft Corp., who have pursued nuclear partnerships as electricity demands rise.

Power Commitments Versus Fuel Infrastructure

Christo Liebenberg, co-founder and president of LIS Technologies, noted a divergence in how Big Tech is approaching nuclear energy. He stated that hyperscalers are signing power purchase agreements with reactor companies faster than they are committing capital to fuel purchase agreements within the nuclear fuel supply chain.

This distinction is critical because nuclear generation depends on a complete chain extending from uranium mining through conversion, enrichment, and fuel fabrication. Liebenberg argued that the U.S. has underbuilt several of these stages after years of reliance on foreign supply. The issue is particularly relevant for advanced reactors, which may require specialized fuels such as HALEU.

Broader Hyperscaler Demand

A Carnegie analysis estimates that hyperscaler nuclear commitments could represent roughly 6.9 gigawatts of capacity by the early 2030s. However, some of these projects depend on reactors that have yet to be commercialized.

Liebenberg indicated that Big Tech and the U.S. government will need to help fund broader infrastructure if the nuclear buildout is to match rising electricity demand. The U.S. government is already spending billions to rebuild domestic enrichment capacity, while companies including Centrus are developing additional production.

What the Numbers Show

The data reveals a structural imbalance between secured power output and secured fuel input. While Google has locked in specific capacity percentages (50% of Loviisa) and defined investment timelines (2027-2028), there is no corresponding disclosure of fuel volume commitments or long-term fuel supply contracts in the source material. This suggests that current financial commitments are heavily weighted toward the generation end of the value chain rather than the upstream supply chain.

For investors, this dynamic may broaden the nuclear opportunity beyond reactor operators to uranium and fuel-cycle names such as Cameco Corp., Centrus Energy Corp., and Uranium Energy Corp. The emerging challenge lies in ensuring sufficient fuel infrastructure exists to support the electricity secured by deals like the Loviisa agreement.