Corporate

Allied Energy

Corporate Overview: Targeted Exploration in the Athabasca Basin

Allied Strategic Resource Corp. conducts targeted, efficient exploration across high-potential zones in Saskatchewan's world-class Athabasca Basin, Canada—a globally renowned uranium district that has delivered some of the planet's most exceptional high-grade deposits, including McArthur River (>400 million lbs produced at average grades >20% U₃O₈) and Cigar Lake (the highest-grade operating uranium mine worldwide).

While major operators have developed many Tier-1 resources, vast portions of the basin remain underexplored or overlooked. Allied Strategic focuses precisely on these areas, where comparable geological signatures—unconformity-related mineralization, favorable host rocks, and structural controls—signal strong discovery potential.

Our approach emphasizes efficiency and discipline: leveraging modern geophysical surveys, historical data reinterpretation, and precise targeting to maximize upside while minimizing early-stage risk and capital requirements. Operating in a mining-friendly jurisdiction with established infrastructure, skilled workforce, political stability, and streamlined permitting, we are well-positioned to advance projects rapidly.

With persistent global uranium supply deficits—driven by underinvestment, production challenges, and geopolitical factors—and spot prices holding firm around US$88.90/lb (as of February 23, 2026, following a January surge to ~US$101/lb amid tightening fundamentals), the Athabasca Basin attracts renewed focus. This supportive market environment amplifies the value of new discoveries as demand rises from nuclear expansions, AI data centers, and energy security priorities.

Key Advantages

World-Class Analogs

Targeting geological settings similar to the basin's mega-deposits for high-grade, high-margin discovery potential.

Underexplored Upside

Concentrating on overlooked trends, extensions, and gaps away from saturated major projects.

Jurisdictional Strength

Saskatchewan provides political stability, a skilled workforce, existing roads/power infrastructure, and efficient permitting processes.

Efficient Execution

Data-driven targeting reduces exploration footprint, accelerates timelines, and optimizes capital use with strong corporate leadership.

Market Alignment

Positioned to capitalize on rising demand for secure, Western-sourced uranium amid the nuclear renaissance and global energy transition priorities.

Strategic Growth

Committed to expanding our North American land package through targeted staking, acquisitions, and partnerships to build a robust portfolio in tier-one jurisdictions.

Market Updates:

Rising Demand
& Supply Constraints

The uranium market continues to show strength into 2026, with spot prices reaching US$91.15 per pound as of January 28, 2026—reflecting an 11% increase over the past month and 31% year-over-year—amid persistent supply challenges and growing global demand. Recent industry coverage includes “Is the US uranium market about to go nuclear in 2026?” (Reuters, January 14, 2026) and “Uranium Prices Rise As Washington's Policies Kick In And Big Tech Goes Nuclear” (NucNet, January 13, 2026). Market analyses project ongoing supply deficits, with global uranium demand for nuclear reactors expected to rise by approximately 26% from 2025–2030 and 75–140% from 2030–2040, while production from existing mines may decline by around 50% over the same timeframe. Cumulative shortfalls could become substantial by 2040 due to project delays and output constraints (Sprott, Nasdaq, and other industry outlooks).

AI, Nuclear Power, and Government Support Rising electricity needs from AI data centers and electrification are driving renewed emphasis on nuclear energy as a reliable, low-carbon baseload source. Forecasts indicate U.S. data centers could require up to 300 TWh annually by 2026, with global demand nearing 1,050 TWh. Major tech firms (Microsoft, Google, Amazon) are advancing nuclear strategies to support commitments for tripling global nuclear capacity by 2050. Government backing for small modular reactors (SMRs) and nuclear growth is substantial: In the U.S., $800 million in federal grants are supporting SMR development and supply chains. In Canada, funding includes $1.96 million federally and $4 million from Saskatchewan for nuclear projects, plus $2.75 million under the Enabling Small Modular Reactors Program for Prodigy Clean Energy's transportable nuclear power plant R&D. Additional reports note “Nuclear Industry Kicks Off 2026 With Major Public and Private Sector Announcements” (JD Supra, January 2026) and “Government funding for Saskatchewan SMR test facility” (World Nuclear News, January 20, 2026).