Mr. Warren Stanyer reports

NEVADA SUNRISE IDENTIFIES GOLD-IN-SOIL ANOMALIES OVER NEW TARGET AREAS AT THE GRIFFON GOLD MINE PROJECT, NEVADA

Nevada Sunrise Metals Corp. has received results from a multielement Ionic Leach soil sampling survey carried out in late 2025 at the Griffon gold mine project in White Pine county, Nevada, United States. The results of the 2025 soil survey have identified gold-in-soil anomalies in areas near the historic Discovery Ridge and Hammer Ridge pits, where Alta Gold Co. produced 62,661 ounces of shallow (less than 50 metres) oxide gold until the premature closure of the mine in 1999.

Highlights of the 2025 Ionic Leach soil survey:

• Gold-in-soil anomalies are present northeast and northwest of the Discovery Ridge pit and southeast of the Hammer Ridge pit.
• Highly anomalous gold values are present within the Anvil zone, an area contiguous to the Hammer Ridge pit known to be mineralized by drilling but left unmined by Alta, which provides direct confirmation of the detection ability of the Ionic Leach soil geochemical survey method.
• Anomalous values for arsenic, antimony, mercury and thallium are associated with the identified gold values, which are classic pathfinder elements commonly associated with the geochemical footprint of Carlin-type gold deposits and can provide a vector to gold mineralization.

"Our inaugural soil survey at Griffon reinforces the high potential for locating additional gold mineralization at the project," said Warren Stanyer, president and chief executive officer of Nevada Sunrise. "The use and integration of modern geochemical methods with our growing geophysical and geological database gives a higher degree of confidence to the development of targets for our proposed 2026 drilling program."

About the Ionic Leach survey method and the 2025 soil survey

Nevada Sunrise based its fall 2025 surface geochemical and geophysical exploration program on the results of artificial-intelligence-generated analysis by Vrify Technology Inc. from the extensive historical Griffon database for the project (see Nevada Sunrise news releases dated Dec. 18, 2025, and March 10, 2026).

The company collected over 700 soil samples at Griffon in the same areas surveyed for high-resolution magnetics, 3-D induced polarization/resistivity and audio magnetotellurics in 2025. Samples collected in any areas determined to be potentially disturbed by historical mining activities and postmining reclamation were not used in the interpretation of geochemical results. The soil samples were submitted to ALS Global for analysis by its proprietary Ionic Leach method, an innovative partial extraction technique for surface samples which can assist in identifying subtle, but significant, responses from buried mineralization.

Case studies of Ionic Leach soil sampling have been successful in mineral exploration for detecting buried mineralization, particularly in challenging environments with cover, as seen in the Kwanika project in British Columbia, Canada, and the Sams Creek project in New Zealand. These case studies show that Ionic Leach is effective for identifying blind mineralization, even through thick cover, by extracting the mobile, loosely bound metal ions present in soil and sediment.

Some of the strongest gold-in-soil values in the 2025 soil survey occurred in the Anvil zone, including gold values between 13.6 parts per billion gold and 59.6 ppb gold. The Anvil zone represents a southwestern extension of gold mineralization in the Hammer Ridge pit. The extended mineralized zone was defined by reverse circulation drilling in 1997. However, the area remains undisturbed and was not mined by Alta. The strong gold-in-soil values at the Anvil zone occur above undisturbed areas of known gold mineralization at depth, which provides direct confirmation of the detection ability of the Ionic Leach soil geochemical process.

The soil survey also identified local zones with elevated concentrations of arsenic, antimony, mercury and thallium. These pathfinder elements are common in Carlin-style sediment-hosted gold deposits across eastern Nevada and can be locally associated with gold mineralization in soils and at depth. Arsenic and thallium display the strongest correlation with anomalous gold at Griffon. In areas of strong pathfinder element concentrations and low gold values, the pathfinder values can be used to identify vectors that lead to greater gold concentrations.

All of the geophysical and geochemical data collected in 2025 is currently being processed by Vrify for integration with the DORA AI predictive model first developed earlier in 2025 from the historical Griffon database. The company believes that the data produced from the 2025 exploration work at Griffon are exponentially better than any of the publicly available geophysical and geochemical data, and looks forward to viewing and presenting the result of the enhanced Vrify model.

Griffon permitting update

In 2025, Nevada Sunrise submitted a plan of operations for Griffon to the United States Forest Service to advise the USFS of the company's proposed surface disturbance and 2026 drilling plans at Griffon. The plan proposes drill sites that are consistent with previously permitted sites, which were first approved by the USFS in 2013 after biological and archaeological studies were completed by previous operators. A meeting between the USFS and the company's environmental consultant was held on March 26, 2026, in which the USFS indicated that its analysis regarding the drill targets proposed by Nevada Sunrise is in process and the company expects to receive comments in second quarter 2026.

About Griffon

Griffon hosts a past-producing gold mine and is located within the Battle Mountain-Eureka gold belt, a prolific trend that contains numerous gold mines and deposits. The project is located approximately 50 kilometres (33 miles) southwest of Ely, Nev., and consists of 89 unpatented mineral claims totalling approximately 1,780 acres (720 hectares). Griffon is situated within a 60-kilometre (40-mile) section of the Battle Mountain-Eureka gold belt, which hosts gold mines such as the Pan operating complex currently operated by Minera Alamos Inc., located approximately 40 kilometres (27 miles) northwest of Griffon, and the Mount Hamilton gold-silver deposit recently acquired by Mako Mining Corp., located approximately 20 kilometres (13.5 miles) northwest of Griffon.

In February, 2025, the company entered into a mining lease to purchase Griffon from an arm's-length party (see Nevada Sunrise news release dated Feb. 20, 2025). Gold was mined at Griffon in two open pits from 1998 to 1999 and was reported to have produced 62,661 ounces of oxide gold until its premature closure in 1999, a year when the price of gold averaged approximately $278 (U.S.) per ounce.

Qualified person and National Instrument 43-101 disclosure

The scientific and technical information contained in this news release has been reviewed and approved by Robert Allender Jr., CPG, SME, a qualified person for Nevada Sunrise as defined in National Instrument 43-101 (Standards of Disclosure for Mineral Projects). Mr. Allender has examined information regarding the historical, current and proposed exploration at Griffon, which includes his review of the current and historical sampling, analytical procedures, and results underlying the information and opinions contained herein.

The ALS Ionic Leach process provides a package of 61 elements analyzed by an inductively coupled plasma mass spectrometry instrument. The Ionic Leach analytical method achieves extremely low (below parts per billion) detection limits, allowing for the detection of natural background levels of elements, which is crucial for identifying subtle anomalies.

To minimize contamination risk, the samples undergo minimal prep, using 50 grams of the sample material as it was collected, analyzed by the following process:

• Leaching agent: A static sodium cyanide leach is used, enhanced with chelating agents such as amino-carboxylic acids or polyethylenediamines.
• Buffered solution: The leaching solution is buffered to a strictly maintained alkaline pH of 8.5 to ensure stability of the cyanide complexes.
• A 1 to 1 ratio: The sample is mixed in a 1 to 1 ratio with the reagent to maximize the sensitivity of the extraction.
• The resulting solution (leachate) is introduced directly into an ICP-MS spectrometer.

Management cautions that published historical results were collected and reported by operators unrelated to Nevada Sunrise, and have not been verified nor confirmed by its qualified person; however, the historical results create a scientific basis for continuing work at the Griffon property. Management further cautions that historical results, discoveries and published resource estimates on adjacent or nearby mineral properties, whether in stated current resource estimates or historical resource estimates, are not necessarily indicative of the results that may be achieved on the Griffon property.

About Nevada Sunrise Metals Corp.

Nevada Sunrise is a junior mineral exploration company with a strong technical team based in Vancouver, B.C., Canada, that holds interests in gold, copper and lithium exploration projects located in the state of Nevada, United States.

Nevada Sunrise holds the right to purchase a 100-per-cent interest in the Griffon gold mine project, located approximately 50 kilometres (33 miles) southwest of Ely, Nev.

Nevada Sunrise holds the right to earn a 100-per-cent interest in the Coronado copper project, located approximately 48 kilometres (30 miles) southeast of Winnemucca, Nev.

Nevada Sunrise owns 100-per-cent interests in the Gemini West, Jackson Wash and Badlands lithium projects, all of which are located in the Lida Valley in Esmeralda county, Nevada.

As a complement to its exploration projects in Esmeralda county, the company owns Nevada water right permit 86863, also located in the Lida Valley basin, near Lida, Nev.

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