 with augmented pixels and who are you? Hi my name is Vita I'm founder at augmented pixels we representing here Slam for drones robotics and mobile systems so with our software you can make drone for example full autonomous so drone can fly according to some specific program or you can do the same with home robots this technology also for VR and VR glasses so what's going on here where are all these dots here our technology do mapping of the environment on a single camera and blue dots means far away and red dots means close to you so it's we understand distance from the motion with one camera yeah there's just one single camera no stereo camera we also support stereo camera we support lidars but single camera is something what what we have now and it's every drone has a single camera yeah yeah what do you mean lidar lidar is some some sensor with with some light laser inside of some radar yeah some some kind yeah some kind and what's the other systems people have what is in a phantom 4 on a phantom 4 i think they have stereo camera plus ultrasonic sensors so it's a pretty expensive infrared depends on lighting so if you fly in some specific areas there is no bad lighting probably you can need some additional sensors but i can be dealing with different sensors like like so what is this slam sdk slam is decayed allow you to map environment and then localize robot or a drone in this environment and we're doing this real time on the very low power cpu's like you have in your phone so is it the cortex m or cortex a cortex m yeah yeah again it's like raspberry pi this is a here's otroid inside so it's a camera and otroid inside it's a like just normal cpu what most of how having that's a cortex a right probably yeah yeah but so you're able to run on uh no arms if you yeah your code yeah and you have uh is it working yes no no we have we have several already clients big clients they improve this technology and probably soon we will see some products on the market so what are the things the drone needs uh the drone needs object avoidance yeah drone needs not crashing to a wall so drone needs some additional sensors for example ultrasonic to uh obstacle avoidance but again our system deal with all of these sets of sensors you can see it's it's blinking sorry but yeah so there was a it's coming back yeah how many slides you have just the next next slide will be so we're dealing with thousands sensors all this is death this is minor sonar so you need object avoidance how about follow can you follow people follow it means object detection and object following yeah using this kind of system you you can you can have the same from channel it also for autonomic exploration we have such teacher so john can autonomously map environment or robot can map environment and then it's rule you can program its behavior in this environment so i don't need to connect to the everything is done on the drone it's on it's run on on board yeah everything happening on the board everything perfect now you can make it better all this for sure we're working during day and night to improve this technology but now it's in production yeah what will happen in the future you can make it better uh science we will support more sensors and we will see more advanced sensors on the market probably we'll have a lot of very small full autonomous robots around us and they will do a lot of job instead of us nice and then you go and you land exactly the place you need to land yeah with accuracy centimeters yeah and you can land and you can swap the battery and go again for another you can land on a charging station with accuracy what's how our accuracy i love you to rent exactly on a on a on a charging station and you can charge and then fly again i'd like to see a robotic arm swap the battery new battery go in five seconds yeah yeah uh we even uh we have some companies what do you something like this so it's it's something you will see in the future so as a drone with your technology is it possible to have a cheap is it cheaper than phantom 4 uh potentially yeah yeah yeah yeah because again we can use cheaper sensors and with these cheaper sensors you can increase better accuracy and better autonomous