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Canada Silver Cobalt Works Initiates Airborne Survey for ALS GoldSpot's AI Drill Targeting at the Castle Project
The survey is an important step in the exploration process to discover new high-grade silver-coba...
About this update from Nord Precious Metals Mining Inc.
[{"type":"text","content":"Canada Silver Cobalt Works Initiates Airborne Survey for ALS GoldSpot's AI Drill Targeting at the Castle ProjectThe survey is an important step in the exploration process to discover new high-grade silver-cobalt vein structures.Coquitlam, British Columbia--(Newsfile Corp. - June 28, 2023) - Canada Silver Cobalt Works Inc. (TSXV: CCW) (OTCQB: CCWOF) (FSE: 4T9B) (the \"Company\" or \"Canada Silver Cobalt\") will be conducting an airborne Multi-Parameter Airborne Survey System (M-PASS) developed by ALS GoldSpot Discoveries Ltd. (ALS GoldSpot\") over large sections of its Castle Mine property in Northern Ontario.\"This is an important step for the Company as it will provide the additional data we need for high-quality AI and machine-learning drill targeting at the Castle property to complement the high-grade silver-cobalt vein discoveries we have already made there,\" said Matt Halliday, P.Geo, President and COO. \"The Castle property has a rich database of drilling, geophysics and geochemistry accumulated over many years of past mining activity and more recent trenching and drilling of over 60,000 meters. With the added M-PASS survey over the Canada Silver Cobalt Works claims in the Miller Lake Basin, we will add the missing component to complete high-quality machine learning targeting. It is important to note that the Castle property has a lot of ground underexplored which could benefit from this exercise to prioritize drilling and find new high-grade structures,\" Mr. Halliday added.The helicopter airborne survey will be conducted the week of June 25th and will cover a total 32.8 km2 around the Castle Mine covering all Canada Silver Cobalt Works southern property in the Miller Lake Basin.The cutting-edge M-PASS platform, developed by the expert geoscientists and data scientists at ALS GoldSpot, boasts an impressive array of advanced technologies, including a triaxial magnetic gradient magnetic/VLF platform, a 2048 channel radiometric sensor, high-precision LiDAR sensor, and high-resolution cameras capable of producing four-band imagery. By employing computational methods such as multivariate analysis and machine learning, ALS GoldSpot can effectively optimize conventional exploration workflows, minimizing risks associated with exploration targeting.Qualified personThe technical information in this news release was approved and pr...