Gold'n Futures Mineral Corp. updated its stakeholders on its progress respecting the 2023 work program for the Hercules Gold Project (the "Project"). This report is the first of such work program updates that Gold'n Futures plans to make through the course of the year.

The Company has recently expanded its exploration team with the addition of two senior geologists to manage and conduct the Company's next steps of its exploration and development program for the Pro ject. The geologists in combination bring more than 75 years of experience to the Gold'n Futures team with expertise in mineral deposit and block modeling, resource estimations and economic assessments. Based on the results of this sampling program and the Project's extensive database of recent and historic information, the Company will be creating a new and robust geological model.

The new Hercules geological model will incorporate an additional 160 new drill holes together with the results of geophysical surveys and field mapping which will allow Gold'n Futures to create a compre hensive block model in order to facilitate an updated MRE. The experience and educational backgrounds of the two new geologists will be highly complementary for the task at hand. The sampling of the historical core and block model work is planned to be completed during the second quarter of 2023.

Gold'n Futures next drill program is budgeted to begin as early as possible in the spring. Drill targets will be selected from the new block model and will vector on those areas of the Hercules gold zones that are planned to be accretive to the Project's resource ounces. Hercules Gold Zones Depth Potential: In addition to the major increases to the strike lengths of the Hercules gold zones made by Gold'n Futures, there are more than one historical drill hole that has successfully tested deep extensions of the gold mineralization.

"Kodiak drilled 243 holes totaling 67,200 m on the Property. Deep drilling on the Property in tersected goldmineralized quartz veins. These veins are enveloped by wide haloes of sericite chloritecarbonate baked zone alteration, silicification, and hematization in the host rocks of the hanging wall and footwall.

This deep drilling has shown that the alteration envelope around the veins can be as wide as 35 m and that gold has been intersected as deep as 1,000 m. Also, this drilling has defined at least seven distinct shootlike gold mineralization zones. These shoots have a regular geometry and periodicity, with the higher grade zones appearing at regular inter vals along strike.