SkyDrone

10 ms·

1. 61.▲
   by SkyDrone 13y ago

   The core application UI is in OpenGL ES. For option screen etc. on BlackBerry 10 we use Cascades (based on QT).
2. 62.▲
   by SkyDrone 13y ago

   The system can instantly adapt to available bandwidth and does not need buffering of frames like h.264 or similar codecs. So even with a very bad connection you will have a snappy video. If you loose connection completely - of course the vi
3. 63.▲
   by SkyDrone 13y ago

   real perceivable end-to-end video latency
4. 64.▲
   by SkyDrone 13y ago

   I would suggest to read "The geeky stuff" section on our campaign page, it explains how we achieve low latency. If you want to know specific details I am happy to elaborate.
5. 65.▲
   by SkyDrone 13y ago

   You can switch it off if you want ;-)
6. 66.▲
   by SkyDrone 13y ago

   I would suggest to read "The geeky stuff" section on our campaign page. If you want to know specific details I am happy to elaborate.
7. 67.▲
   by SkyDrone 13y ago

   As mentioned above, LTE latency really isn't that bad. Just most implementations on top of it usually result in high latency. I think we avoid this pretty good in our project.
8. 68.▲
   by SkyDrone 13y ago

   We get below 150ms end-to-end latency. Check out our project page where we describe what we do different to achieve this.
9. 69.▲
   by SkyDrone 13y ago

   Agreed. We will definitely think about your good suggestion of doing a community review of relevant code parts.
10. 70.▲
    by SkyDrone 13y ago

    Thanks for the link - you have a very interesting project as well. We can get up to 30fps on HD resolution. But our own codec is also less computing intensive than h.264. We sacrifice bandwidth efficiency a bit for that though.
11. 71.▲
    by SkyDrone 13y ago

    Of course we are not reinventing anything on the cryptography side but using standard AES256 implementations.
12. 72.▲
    Sky Drone FPV: NSA-proof Video Transfer System for Consumer Drones(indiegogo.com)

    32 points by SkyDrone 13y ago|51 comments