Post by
RocketRed777 on May 10, 2024 6:37am
SPARC AI COMPLETES A SIMULATION TEST AT 50 KM (31 Miles)
SPARC AI COMPLETES A SIMULATION TEST AT 50 KM (31 Miles) ABOVE SEA LEVEL
May 10, 2024 – Toronto, Canada – SPARC AI INC. (CSE: SPAI) (OTC: EGTTF) (“SPAI” or the “Company”) is pleased to announce that it has successfully completed a simulation test at 50 km (31 miles) above sea level. The Company has created an elevation override function to run the SPARC AI algorithms at extreme altitudes. The test was conducted at altitude inputs of 10,000 feet to 164,000 feet (50km). All tests were successful in recording the correct geo coordinates and distance to point of interest. At 164,000 feet above sea level the SPARC AI algorithms successfully recorded the geolocation of an area that is 39.38km away. Commercial airlines travel between 30,000 to 40,000 feet. SPARC AI algorithms have demonstrated the capability to calculate geolocation and distance from the Stratosphere. A video of the test can be found here:
https://www.youtube.com/watch?v=Qoz-NNpOoHU
Microchip Update: The integration of the SPARC AI algorithms and proprietary code onto the microchip is well advanced. The Company expects the integration to be completed in a couple of weeks.
Following testing we will install the microchip onto a drone. Further updates to be provided as we get closer to our first test flight on a drone.
Comment by
lscfa on May 10, 2024 9:34am
Elevation Sparc results Google Earth results Difference (meters) Difference % 50,000m high test 39.38 km 39.36 km 200 0.051%
Comment by
lscfa on May 10, 2024 9:36am
Correction: Elevation Sparc results Google Earth results Difference (meters) Difference % 50,000m high test 39.38 km 39.36 km 20 0.051%
Comment by
IClaudiusII on May 10, 2024 10:26am
Lol 200 meters off, great targeting data point. Considering they land missiles within a meter of target why would you use intel from an alogorntim that collected geo location data that is 200 meters off. Hilarious
Comment by
lscfa on May 10, 2024 10:41am
Stop lying, not 200 m, 20 m
Comment by
IClaudiusII on May 10, 2024 10:43am
Lol 20 meters from a still image in a simulation, real world results of theirs have been off more. How come none of the huge Australian military contractors have bought this tech up yet in the last 15 years?