Inventus Mining Corp. (?Inventus? or the ?Company?) is pleased to provide an update on its exploration programs at its 100%-owned Pardo and Sudbury 2.0 Projects near Sudbury, Ontario. Inventus has signed an agreement with Northern Sun Mining Corp. (?NSMC?) to use the Redstone Mill in Timmins to process the first 6,000 tonnes of a planned 50,000-tonne bulk sampling program. Redstone?s gravity and flotation flowsheet is ideal for processing Pardo?s gold mineralization and is expected to achieve high gold recovery (estimated at +92%) at commercially reasonable costs. Inventus and NSMC are currently marketing the concentrates to secure a sales agreement and awaiting regulatory approvals prior to the commencement of the bulk sample. The first six mini bulk samples from the 007 Zone in July 2021 were a technical success, with assays ranging from 4.0 to 17.1 g/t gold and an average grade of 9.2 g/t gold. This work has prompted a continuation elsewhere on the project with 22 additional mini bulk samples currently being collected. Inventus has secured a diamond drill rig and crew for the upcoming 5,000 m winter drilling program at Cobalt Hill and Rathbun. A few test holes are planned at Rathbun, followed by drilling at Cobalt Hill beginning in January. In August 2021, a 3D induced polarization (IP) survey at Cobalt Hill identified a 600-m north-south by 500-m east-west anomaly. The IP anomaly strongly correlates with Inventus? surface mapping and drill intersections of sulfide breccia. Drill hole CH-21-02, drilled before the 3D IP survey, crossed the northern edge of the anomaly and returned an intersection of 7 m of 4.4 g/t gold, 0.09% cobalt and 0.03% nickel within 44 m of 1.3 g/t gold, 0.04% cobalt and 0.02% nickel. The center and strongest response of the IP anomaly occurs 200 m south of drill hole CH-21-02 and begins at a depth of approximately 150 m. Twelve holes are initially planned to target untested areas of the anomaly. The first phase of drilling at the Rathbun property is planned for December. The drilling will assist with future geophysical interpretation by providing geological information on the structure, including thickness and dip, and to test for mineralization. A 3D IP survey is planned this winter following the first phase of drilling.