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Walker River begins drilling at Lapon project

The company also announces it has retained Serac Exploration of Vancouver, B.C., a full-service mineral exploration consulting firm. Serac will be responsible for the management and supervision of the drilling database, geological mapping, producing drill logs from RC chips, and producing a three-dimensional model of the Lapon gold project. Serac's initial interpretations of Lapon's historical data have been used to produce a geological model of the Central and Hot Spot zones, which has already greatly enhanced the planning and design of Walker's future 2024 drill program

The results from the 2024 drill programs and subsequent data compilation will enable the completion of an initial National Instrument 43-101-compliant mineral resource on the project

roughly through the grapevine 60 to 80 holes

plus the grapevine says holes around 42 in which should come from the backside of ridge

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Go Metals completes KM98 reconnaissance program

2024-06-03 13:03 ET - News Release
Shares issued 26,660,615
GOCO Close 2024-05-31 C$ 0.075

Mr. Scott Sheldon reports

GO METALS DEMOBILIZES FROM KM98

Go Metals Corp. has completed the reconnaissance program at the company's wholly owned KM98 critical metals project on the Cote-Nord of Quebec.

Scott Sheldon, CEO of Go Metals states, "The company has successfully completed a first look at the KM98 project. The reconnaissance work aimed to determine favourable geology and mineralization at surface to help explain the presence of the large electromagnetic signal detected in the 2023 AirTEM survey."

Observations

All conductors were visited and surveyed with the beep mats. Conductive and magnetic responses were excavated by hand and sampled. All of the trenches revealed heavily weathered and rusted bedrock. Lithologies within the conductors, one of which being 4 km-long, include gabbroic anorthosite to mangeritic rocks containing massive and semi-massive oxides with up to 3% sulphides (Py, Po, CPY).

Samples have been sent to the laboratory for assay. Thin sections will be made and analysed with a scanning electron microscope to understand metal deportation. Tests measuring sample conductivity will help determine the source of the AirTEM response.

Program Details

The program included two teams using beep mats prospecting for conductors close to surface in hand shovelled trench test pits. The helicopter supported program was conducted over four days and was based out of the town of Havre-Saint-Pierre.

KM98 PropertyKM98 is hosted in the same anorthosite complex as the HSP project. The targets at KM98 are slightly offset from coincident magnetic anomalies on the edge of the anorthosite-mangerite-gneiss contact. The contact between the anorthosite complex and the footwall gneiss is the host of nickel-copper mineralization at HSP.

The KM98 project is approximately 60 kilometres north of the town of Havre-Saint-Pierre. The Company has a cleared claim block 15km east of the southern anomaly to be used as a camp location.

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Sparc AI to develop asset tracking device

2024-06-06 12:26 ET - News Release
Shares issued 13,044,316
SPAI Close 2024-06-05 C$ 0.33

Mr. Anoosh Manzoori reports

SPARC AI TO DEVELOP A NEW ASSET TRACKING DEVICE

Sparc AI Inc. is developing a new asset tracking device for monitoring high-valued assets.

The small device will house the SPARC AI microchip and provide geospatial awareness and location tracking without GPS, Bluetooth or camera. The device is to be designed with intermittent recording of location, to run on low power and remain covert. The SPARC AI data recordings could be shared on scheduled time frames via P rivate, Public and Military communication networks. The data could also be sent to SPARC AI enabled drones to form a ground to air geospatial network. Management is also planning a series of water tests to see if SPARC AI works in the ocean without GPS or sonar.

Existing consumer and commercial geotagging technologies are limited to GPS and Bluetooth. The SPARC AI enabled geotagging device could track any asset it is attached to, including D efence inventory and machinery.

The Company has completed extensive ground level testing that has provided confidence to M anagement to pursue a suite of innovative geospatial products for C ommercial and M ilitary applications. SPARC AI has also been successfully integrated onto two different microchip brands.

The Company has started reviewing partners to fast track the development of the asset tracking device with appropriate Ingress Protection rating to work underwater and in dusty conditions.

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Walker River begins drilling at Lapon project

2024-06-06 12:37 ET - News Release
Shares issued 48,618,362
WRR Close 2024-06-05 C$ 0.25

Mr. Michel David reports

WALKER RIVER BEGINS DRILLING AT THE LAPON GOLD PROJECT

Walker River Resources Corp. has begun reverse circulation (RC) drilling at the Lapon gold project, located in Mineral county, Nevada, 60 kilometres southeast of Yerington, Nev.

The initial 2024 drill program at Lapon Canyon will consist of exploration drilling near the historical Lapon Canyon mine, the Central zone and the newly discovered Hot Spot zone. Drill holes are planned to extend known gold-bearing mineralized zones along trend and at depth, as well as to target new areas of mineralization previously untested.

Lapon Canyon's Hot Spot zone is a primary target for the 2024 drill program. Following up on the blind, high-grade, near-surface discovery made in 2021, the company will carry out grid-style drilling over the target, testing for extension of the mineralized zone in all directions, as well as for continuity with the mineralization of the Central zone. Grid drilling will consist of pads placed at approximately 30-metre centres on section, with up to five holes planned per pad. The mineralization is not visible at surface, as it is overlain by approximately three metres of loose colluvium, making the target blind, but also making drill road access and pad construction quicker at less cost.

Surficial mapping and rock sampling will be carried out at bedrock exposures surrounding the Lapon Canyon gold targets. Structural data collection will be a key objective, as Walker aims to focus in on the structural controls of high-grade mineralization and the broad disseminated deposits enveloping them.

The company also announces it has retained Serac Exploration of Vancouver, B.C., a full-service mineral exploration consulting firm. Serac will be responsible for the management and supervision of the drilling database, geological mapping, producing drill logs from RC chips, and producing a three-dimensional model of the Lapon gold project. Serac's initial interpretations of Lapon's historical data have been used to produce a geological model of the Central and Hot Spot zones, which has already greatly enhanced the planning and design of Walker's future 2024 drill program.

Walker River has completed considerable exploration work to date, with numerous drill hole intercepts that have indicated significant gold mineralization. The drill programs at Lapon Canyon will consist of definition and systematic drilling on section for geological modelling purposes, exploration drilling to discover new gold mineralization, extension of known gold mineralization, in several directions, including at depth. The results from the 2024 drill programs and subsequent data compilation will enable the completion of an initial NI 43-101 compliant mineral resource on the Project.

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