Bold reports positive IP survey results at Joutel

Toronto, Ontario--(Newsfile Corp. - August 27, 2026) - Bold Ventures Inc. (TSXV: BOL) (OTCQB: BVLDF) (the " Company " or " Bold ") is pleased to announce the results from a Spring 2026 Induced Polarization (IP) Survey at its Joutel Property (the "Property" or the "Project"), located 140 km northwest of Val d'Or, Québec. The survey targeted Versatile Time Domain Electromagnetic (VTEM TM ) geophysical anomalies in the northern part of the property known to be spatially associated with historical nickel, gold and silver anomalies in diamond drilling.

30 chargeability anomalies were identified on two grids (West and East grids), of which 14 are considered first priority, with commonly moderate to strong chargeability associated with moderate to high resistivity and contact or fault zones, with the potential for structurally controlled sulphide mineralization.

Bruce MacLachlan, President and COO of Bold Ventures, stated: "The IP survey was successful in detailing drill targets in the vicinity of historical values of nickel, gold and silver. The northern part of the project area is now ready for drill testing. We anticipate a busy fall and winter season as we have multiple projects that are essentially drill ready."

In other news , the Company is pleased to announce that it has signed a one-year advertising and investor awareness campaign agreement with Dig Media Inc., dba Investing News Network ("INN"). Based in Vancouver, Canada, INN has offices in Toronto, New York and San Francisco. INN has been dedicated to providing independent news and education to investors since 2007. The term of the engagement is twelve months commencing August 18, 2026, subject to TSX Venture Exchange approval. The cost of the campaign is $57,000 plus HST.

Joutel Project - Spring 2026 IP Survey

An Induced Polarization (IP) survey was completed from April to May of this year on the Joutel Property. The survey, carried out by Simcoe Geoscience, consisted of 2D Alpha IP Resistivity & Chargeability data acquisition. The Alpha IP - Induced Polarization and Resistivity data was acquired using a 'dipole-pole-dipole (Reverse & Forward)' configuration with a 100m station spacing and extra current injections at both ends of the profiles for additional depth penetration.

The survey was performed on 8 north-south lines totaling 19.5 kilometers, targeting VTEM TM anomalies known to be spatially associated with anomalous nickel, gold and silver in historical drillholes. Lines were distributed over two grids: East grid and West grid. The East grid consists of three profiles of 1.5 km length trending north-south with 100m line spacing, while the West grid consists of five profiles of 3.0 km long running north-south with 125m line spacing.

In the East grid, six chargeability anomalies were identified, of which three were considered first priority. In the West grid, twenty-four chargeability anomalies were identified, of which eleven were considered first priority. Anomalies are grouped into four zones, AZ-1 to AZ-4. (see Figure 1: Alpha IP Survey, Interpretation Plan Map ).