Aurora borealis
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All uranium.
All Canada.

Pounds. Catalyst. Partners.

Four uranium projects across Saskatchewan and Quebec, and three different ways they create value.

Pounds
~24 M lb1
Historical estimate, not current
Dieter Lake, Quebec · 100% owned
Catalyst
9 holes
4,092 m drilled, assays pending
Murphy Lake, Saskatchewan
Partners
$7.25M2
Partner exploration terms
$4.5M Zoo Bay · up to $2.75M NeoCore
LatestSeptember 25, 2026UraniumX Plans Winter Gravity Program at Murphy Lake as Q4 Assays ApproachRead →
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The portfolio

Two provinces.
Four uranium projects.

About 41,577 hectares across the Athabasca Basin in Saskatchewan and the Gayot Lake basin in Quebec. Murphy Lake is where the next result comes from. Dieter Lake is the largest, and wholly owned.

Assays pending Saskatchewan

Murphy Lake

Nine holes and 4,092 metres finished in July 2026, defining two mineralized trends. Results are at the lab.

70%
Earn-in with F4 Uranium
Murphy Lake →
100% owned Quebec

Dieter Lake

One contiguous block in Quebec, wholly owned, with a 2006 historical estimate of 24.4 M lb U3O8, not a current mineral resource.1

8,106ha
Quebec · 100% owned · no earn-in
Dieter Lake →
Sale agreed Saskatchewan

Zoo Bay

Being sold to Pond for shares, cash and funded exploration. We keep a 2.0% royalty and stay on as operator.

19,850ha
On the basin margin
Zoo Bay →
100% owned Saskatchewan

NeoCore

East of the basin, 65 km from Cameco’s McArthur River mine. Gold’n Futures may earn in under an option.

13,012ha
Advanced at no cost to us
NeoCore →
The market

Not enough uranium is mined.
Demand is set to nearly double.

Mines covered 87% of what reactors needed in 2024. More reactors are under construction, planned or proposed than exist today, and the largest technology companies are buying nuclear output outright.

Supply

We do not mine enough uranium right now.

87% from mines

Reactors needed about 68,900 tonnes of uranium in 2024. Mines produced 60,213. The other 13% came from stockpiles and recycled material, which are finite and being run down.

World Nuclear Association: annual reactor requirement 68,920 tU (table updated 4 September 2026); world mine production 60,213 tU in 2024.
Demand

More reactors are coming than exist today.

~2× requirements by 2040

441 reactors operate now. 536 are under construction, planned or proposed. The World Nuclear Association’s reference scenario takes annual requirements from about 65,650 tonnes in 2023 to almost 130,000 tonnes in 2040. Microsoft, Meta, Amazon and Google have contracted about 4.7 GW of nuclear output, including new small modular reactors.

World Nuclear Association, world nuclear power reactors table, updated 4 September 2026 (441 operable; 79 under construction, 124 planned, 333 proposed), and 2023 Nuclear Fuel Report Reference Scenario. Power purchase agreements as announced by Constellation Energy, Talen Energy and Google.
The mismatch

What mines produce today, against what reactors need.

Mined in 2024What reactors needShortfall beyond 2024 mine output2024 mine output, 60,213 tU
World Nuclear Association: world mine production 60,213 tU in 2024 and annual reactor requirement 68,920 tU (table updated 4 September 2026); 2023 Nuclear Fuel Report Reference Scenario, almost 130,000 tU in 2040. The 2040 bar compares projected requirements with 2024 mine output; it is a projection, not a forecast of mine supply or of any UraniumX outcome.
Data centre server hall
Where the new demand comes from

The largest technology companies are buying reactors outright.

Not renewable credits: the entire output of specific nuclear plants, on twenty-year terms.

835MW
Microsoft · Constellation
Three Mile Island Unit 1 restart, 20 years
1,121MW
Meta · Constellation
Clinton Clean Energy Center, 20 years
1,900MW
Amazon · Talen Energy
Susquehanna, through at least 2042
820MW
Google · Kairos Power
New small modular reactors
About 4.7 GW of nuclear contracted by four companies, roughly the output of five Three Mile Islands.

Technology power purchase agreements as announced by Constellation Energy, Talen Energy and Google. UraniumX has not defined a current mineral resource or reserve on any property.

The Athabasca Basin

Not enough uranium is mined. The highest grades come from here.

One basin in northern Saskatchewan hosts the world’s largest high-grade uranium deposits and the two largest uranium mines on Earth.

100×the world-average grade. Deposits run up to 20% uranium.
24%of the world’s mined uranium in 2024 came from this basin.
#1& #2largest uranium mines on Earth, McArthur River and Cigar Lake, both here.

Inside the map: 4,500+ claims, bedrock geology, 28,000 EM conductors, 20,000 drillholes, every deposit, mine and operator, and UraniumX’s ground in context.

Explore the basin →

Grade, deposit and production-location statements per Natural Resources Canada, Uranium in Canada: grades of up to 20% uranium, 100 times the world average; the Athabasca Basin hosts the world’s largest high-grade deposits; all current Canadian production is located in the basin. Supply share and mine ranking per the World Nuclear Association, World Uranium Mining Production: Canada 14,309 tU of 60,213 tU in 2024; McArthur River/Key Lake 7,808 tU and Cigar Lake 6,501 tU, the two largest producing mines. Claim, drillhole and conductor counts per the public Saskatchewan datasets loaded in the map. Mineralization on adjacent properties is not necessarily indicative of mineralization on UraniumX’s properties.

Interactive map of the Athabasca Basin showing the basin outline, bedrock geology, EM conductors, deposits and mines, and the Murphy Lake, Zoo Bay and NeoCore properties Live map Explore →
The team that knows this basin

Combined: 100+ years of uranium exploration. Eight deposits discovered. Four became producing mines. Two former executives of the companies that built this district.

Vincent Martin
Strategic Advisor

Former CEO of Orano Canada Inc. for 12 years. 37 years of uranium exploration, development, and operations with the Orano/Areva group.

37 years uranium · Ex-CEO Orano Canada
Ken Wheatley, P.Geo., M.Sc.
Chief Geologist

47+ years Athabasca Basin exploration. Part of teams credited with 8 deposit discoveries, 4 advanced to production.

8 deposit discoveries · 4 became producing mines
Matthew Schwab, P.Geo.
Board of Directors

Key geologist behind NexGen's Arrow deposit discovery. Previously on Hathor's Roughrider team, sold to Rio Tinto for $654M.

Arrow discovery · Roughrider ($654M to Rio Tinto)
Esen Boldkhuu
Chief Executive Officer

Co-founder of Chimege AI. Founding team at Abitibi Metals and Formation Metals. Data-driven, capital-efficient approach.

Kirby Renton
President & Chief Operating Officer, Director

40 years building and scaling businesses across railroads, dealership consolidation, and oil & gas.

Meet the full team →
Notes
  1. Dieter Lake historical estimate. The Dieter Lake historical estimate (19.3 Mt at 0.057% U3O8, dated 2006, approximately 24.4 million pounds U3O8) is not a current mineral resource: a qualified person has not done sufficient work to classify it as one, UraniumX is not treating it as one, and it should not be relied upon. Compilation and verification of the historical drill database and confirmation drilling would be required to upgrade it. UraniumX has not defined any current mineral resources or reserves on any property. Full basis and source →
  2. Partner-funded exploration. Pond Technologies’ $4,500,000 make-or-pay commitment at Zoo Bay under the share exchange agreement dated 18 August 2026, which has not closed; and Gold’n Futures’ option to incur up to $2,750,000 of exploration at NeoCore over 36 months under the option agreement closed 17 June 2026. Neither counterparty is obliged to spend.

Radiometric readings at Murphy Lake are anomalous indicators, not assayed grade, and no discovery or grade is claimed pending assay results. Mineralization on adjacent properties is not indicative of mineralization on UraniumX’s properties. Figures per UraniumX news releases dated 7 July, 10 July, 19 August and 20 August 2026. Technical content reviewed by Ken Wheatley, P.Geo., a qualified person under National Instrument 43-101.