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The U.S. House Passes Speed Act To Accelerate AI Infrastructure Development

The U.S. House of Representatives has approved the SPEED Act, a pivotal legislative measure designed to streamline federal permitting for the development of critical data centers powering artificial intelligence projects. The bill, which emerged from a nearly contentious vote of 221-196, seeks to reengineer outdated regulatory frameworks to better position American technology firms in the global race for AI supremacy.

Modernizing Permitting Processes

The SPEED Act proposes significant reforms to the 1969 National Environmental Policy Act (NEPA) by drastically reducing the review and litigation periods. Provisions include shrinking the statute of limitations for NEPA-related litigation to 150 days—drastically shorter than the existing six-year window—and tightening review timelines. Such measures aim to expedite the federal approval process for new AI data centers and clean energy projects alike, offering a critical boost to sectors reliant on swift infrastructure deployment.

Strengthening U.S. Competitiveness In AI

Backed by major technology players including OpenAI, Micron, and Microsoft, the bill is seen as an essential tool in helping the United States maintain its competitive edge against global rivals, notably China. Proponents argue that enhanced permitting efficiency is not just a bureaucratic improvement, but a strategic move to ensure that sufficient electricity and modern infrastructure are available to support both civilian and military AI computing demands. As Rep. Bruce Westerman (R-Arkansas), the bill’s sponsor and chair of the House Natural Resources Committee, noted, “The electricity we will need to power AI computing for civilian and military use is a national imperative.”

Bipartisan Debate And The Renewable Energy Dilemma

While the bill garnered support from several influential legislators, it also sparked significant bipartisan debate. Democratic cosponsor Rep. Jared Golden of Maine characterized the measure as a necessary step to ensure the nation remains agile enough to undertake essential infrastructure projects. However, many Democrats have expressed concerns that the legislation—as amended by GOP leadership to exempt certain executive actions on renewable projects—could undermine efforts to promote clean energy. Critics such as Rep. Scott Peters (D-California) have stressed the need for a balanced approach that reforms the permitting system without retroactively validating controversial policies from the previous administration.

The Road Ahead

With the bill now moving to the Senate, both sides are expected to engage in further negotiations that could result in a more bipartisan framework for permitting reform. This debate is set against the backdrop of intensifying pressures on the nation’s power grid and the burgeoning demands of a rapidly evolving tech sector. Should the Senate endorse a compatible version of the legislation, the reform could serve as a fundamental component in the United States’ broader strategy to lead the global wave of AI innovation while concurrently facilitating the energy transition.

Eurobank Plans €1 Billion Investment In AI And Digital Banking By 2028

Eurobank plans to invest about €1 billion in technology from 2025 through 2028, its largest technology investment program to date. The Banking Forward strategy focuses on digital banking, artificial intelligence, customer experience and a “phygital” model combining digital services with face-to-face support.

Digital Banking Dominates Customer Activity

Digital channels already account for 96% of Eurobank transactions, with 61% completed through the Eurobank Mobile App. Among customers aged 35 and under, digital adoption reaches 94%.

Customers make about 574 million annual logins across e/m-banking and more than 1 million digital transactions each day. During the first half of 2026, one in three banking products was acquired digitally.

AI Moves Into Everyday Banking

Eurobank is expanding the use of AI through tools including EVA, its digital customer assistant, and myEVA, an AI-powered voice assistant for employees. The technology is also being applied to mortgage assessments, customer feedback analysis and contractual documents.

The bank’s technology architecture is built around five areas: digital channels, customer experience orchestration, data and AI, core banking, and infrastructure and cloud. About 50% of its applications and digital channels are already cloud-based.

Investment Extends Beyond Technology

The program is intended to reshape how Eurobank operates, combining automation and AI with employee development and human support. The bank says the approach is designed to improve services while maintaining access to face-to-face banking when customers need it.

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