GreenTech Metals Limited has issued an extensive technical disclosure outlining the exploration and sampling efforts at its Whundo and Ayshia projects. The announcement details a comprehensive set of procedures and quality controls—notably strict adherence to the JORC Code—from drilling techniques and core recovery to sample logging, sub-sampling, assaying, and data verification. Over 1,195 drill holes have been compiled into an electronic database, including more than 50,000 individual sample assays for gold, copper, and zinc. The implemented methods span diamond core and reverse circulation drilling, with systematic down‐hole surveys, GPS-verified drill hole collar locations, and rigorous laboratory quality control measures using certified reference materials and replicates. The technical report emphasizes that the exploration data have been used to construct Mineral Resource Estimates for the region’s volcanogenic massive sulphide deposits. It outlines detailed information on drill hole orientation, sample interval lengths, and composite grade calculations, all of which are critical for understanding both the extension and potential continuity of the mineralized horizons. Historical drilling programs conducted by previous operators are also referenced, adding context to the existing resource base at Whundo, which has seen past open pit and underground production. The improved economic potential is further supported by rising gold prices, which enhance the in-situ value of the deposit when coupled with copper mineralization. Bullish sentiment arises from the report’s demonstration of robust exploration methods and comprehensive data management that underpin the resource estimates. The large dataset, proven drilling techniques, qualified laboratory analyses, and a historical mining record all provide encouraging signs that support the company’s near-term production prospects and longer-term resource potential. Rising metal prices, especially for gold, may also attract further investment by representing improved project economics. Bearish sentiment, however, is raised by the inherent uncertainties related to historical data integration, potential sampling biases that need further verification, and the challenges of converting exploration outcomes into profitable mining operations. Additionally, while the technical details provide a strong foundation, the true economic viability of the deposit remains subject to further studies, metallurgy tests, and permitting processes, all of which could delay production timelines or affect future valuations. Overall, the detailed disclosure reflects a methodical and transparent approach to exploration, providing both technical rigor and a potential catalyst for future project development while acknowledging the inherent risks and uncertainties associated with early-stage resource evaluation.