Razore Rock Resources Inc. announced that, as reported in the Press Release issued October 9, 2019, the exploration work conducted at True Blue Property in 2010 defined a coherent Rare Earth Element ("REE") anomaly collected from soil sampling traverses across the airborne radiometric anomaly coincident with a mineralized dyke. From the 147 soil samples retrieved from the True-Blue Property in 2010, twelve (12) sample analyses were in the top 5% (>95th Percentile) of the population of sample results collected as part of the regional exploration program. These anomalous results range in value from 850 to 1862 ppm, some of which contribute to what is described as a coherent Total Rare Earth Element plus Yttrium (TREE+Y) anomaly on the True-Blue Property (Fumerton, S., and Halpin, K., 2010). The 2019 exploration program acquired LiDAR and collected handheld X-Ray Fluorescence ("XRF") readings in an attempt to duplicate the "coherent TREE+Y anomaly" identified in the 2010 program. Due to the late start to the exploration program and the elevation of the True Blue Property, field operations were restricted by weather and temperature conditions that resulted in software malfunctions and damage to the LiDAR sensor. To date, the final assessment of the damage to the LiDAR sensor and data recovery has not been received. Once the LiDAR data is retrieved and processed, it will contribute to the development of an accurate digital terrain model that will serve as a framework for geological compilation and exploration targeting. The initial analysis of the XRF data collected indicates the presence of anomalous TREE+Y in a small portion of the 2019 XRF data. From the fourteen (14) XRF readings collected from the True Blue Property in 2019, one (1) of the readings was in the top 5% (>95th Percentile) of the population of readings acquired and three (3) of the readings were in the top 25% (>75th Percentile). These anomalous results range in value from 5.9 ppm to 43.8 ppm. Given the spatial and quantitative correlation of the anomalous soil samples from the 2010 program and the anomalous XRF readings from 2019, the 2019 XRF data lends credence to the presence of the soil anomaly originally indicated by the 2010 soil samples. The anomalous trend is approximately 800 m in length, 75 m in width with a strike direction of 160°.