Hi-View Resources Inc. Receives Complementary Satellite Alteration Mapping Reports for Toodoggone Portfolio

VANCOUVER, BRITISH COLUMBIA — June 11, 2026 — Leads & Copy — HI-VIEW RESOURCES INC. announced Tuesday the receipt of two satellite alteration mapping reports for its Toodoggone Portfolio claims in British Columbia. The reports, prepared by PhotoSat Information Inc., offer advanced multi-sensor characterization of hydrothermal alteration across the property and are expected to guide ground-based exploration efforts for the upcoming field season.

The ASTER Alteration Mapping Report and the EnMAP Regional Hyperspectral Exploration Targeting Report utilize complementary satellite data to enhance exploration targeting. Nader Mostaghimi, Vice President Exploration, stated that these data acquisitions are a valuable addition to the company's exploration toolkit, supporting efforts to identify epithermal and porphyry mineralization across its claim package.

“With Hi-View's extensive land position, these datasets have helped us prioritize and focus our exploration activities during the upcoming field season, directing time and resources toward the most prospective targets,” Mostaghimi said. “In particular, the results provide increased confidence in our northern claims, where data quality and reliability are strongest.”

The dual-sensor coverage combines ASTER multispectral and EnMAP hyperspectral satellite data, analyzed using PhotoSat’s proprietary deep learning technology. This analysis has mapped 15 distinct alteration minerals, including key porphyry-epithermal indicator species.

Key findings from the surveys include the detection of high-aluminum muscovite, a mineral that can indicate the high-temperature core of a porphyry system, and the confirmation of an iron oxide gossan assemblage comprising jarosite, goethite, and hematite. These are consistent with the supergene weathering of underlying sulfide-bearing zones and are corroborated by iron oxide gossans identified in the ASTER survey.

Furthermore, the reports differentiated chlorite chemistry, mapping Fe-chlorite and Mg-chlorite separately, which can serve as a vector toward hotter, more proximal parts of the hydrothermal system.

The ASTER Alteration Mapping Report used data from NASA's ASTER satellite, covering Visible and Near Infrared (VNIR), Short Wave Infrared (SWIR), and Thermal Infrared (TIR) wavelength regions. PhotoSat applied its deep learning mineral mapping tools, calibrated against the USGS High Resolution Spectral Library, to ASTER data spanning 2001 to 2005 and supplementary Sentinel-2 imagery from August 2025. This report identified silica, kaolinite, sericite, chlorite/epidote, and iron oxide gossans with varying confidence levels.

The R-HET Report utilized data from the German EnMAP hyperspectral satellite, launched in 2022, which captures 244 spectral bands at approximately 30 m ground resolution. This hyperspectral capability allows for a higher level of mineral discrimination, including the identification of minerals undetectable by ASTER or Sentinel-2, differentiation of mineral compositions, and detection of subtle subpixel alteration signatures. The R-HET survey mapped 15 alteration minerals, including various clay minerals, micas with different aluminum content, Fe-chlorite, Mg-chlorite, epidote, and iron oxides such as jarosite, hematite, and goethite.

The technical content of this news release has been reviewed and approved by Nader Mostaghimi, M.Sc., P.Geo.(EGBC #53441), Vice President of Exploration for Hi-View Resources Inc. and a Qualified Person as defined by National Instrument 43-101.

Hi-View Resources Inc. is a publicly listed mineral exploration company advancing gold, silver, and copper assets in the Toodoggone region of northern British Columbia. The Company’s projects cover more than 27,910 hectares.