Company Name*Name*FirstLastEmail*Please tell us about your application*Please tell us what you would like our software ti do.*Which OS and hardware are you working with?*CaptchaEmail ×Selfie Dronie Feature list Hands-free selfies (press one button to start) Hands-free dronies (press one button to start) One button lift-off and hover One handed subject selection (by pinch and zoom) Automatic flight trim on every lift-off Automatic start/stop video recording (never miss a flight) Visual lock on and track of subject Automatic return to home (via GPS) Automatic return to home if wifi signal is lost (via GPS) One button return home override. 8-way flight control override (forward, back, left, right, rotate clockwise, rotate counterclockwise, up and down) Real-time learning of subject (“on the fly learning”) On-screen subject selection with two fingers Intelligent subject tracking as the subject moves Intelligent camera control to keep recorded image on subject

Intelligent flight control to keep recorded image on subjectparrot ar drone 2 power edition radio transmitter & receiver kit Automatic flight trim (no user action needed)black ops 2 drone swarm gameplay Automatic video recording during selfies and droniesparrot ar drone reseller Automatic return home after dronie VIDEO AND SHARING FEATURES Automatic HD recording of dronies and selfies Thumbnail previews of all videos on drone One button to copy selected videos from drone Built-in sharing to Facebook, Twitter, YouTube and Instagram Camera Settings – Saturation, Exposure, White Balance One button emergency stop Altitude limit setting (distance from ground)

Horizontal and vertical speed limit setting Selfie-width settings (narrow, medium, wide) Dronie vertical speed settings SD card full warning Live video feed, including during dronie, selfie and return home Drone information display: Drone speed and altitude (in meters or imperial measurements), WiFi signal strength, battery level, recording space used ALWAYS AVAILABLE HELP SYSTEM One button to activate Frequently Asked Questions Help System Help system shows latest information even when off-line Automatic help system updates when app connects to the Internet In-app help requests (must be connected to the Internet) MULTI-LINGUAL CONTROLS AND USER CONTROLS Left handed and right handed operation “Can be trained by the user to recognize new types of objects in a matter of seconds”Xconomy “Neurala’s real value-proposition is its ability to execute machine learning frameworks, locally, with limited resources.”

“Able to function without having to rely on the internet or communicate personal information to a third party”ZDnet “Neurala is hardware agnostic, capable of scaling from low-end CPUs to high-end GPUs.” “Neurala’s ‘Anywhere Brain’ means that devices can learn on the job”DroneLife “useful for mobile applications such as autonomous vehicles that may not always have access to fast networks.”Most of the people I know who are into IT security want to hone and enhance their skills in areas like IoT, SCADA or Drone vulnerability testing. When it comes to drones they have doubts and problems like:If you have limited resources, the best thing to do is buy some low-priced drones with already know vulnerabilities to replicate before research your own drone zero-day. I have selected a pair of toy class drones vulnerable to different attacks, affordable, and are below Federal Aviation Administration drone registration limit of 0.55 pounds (250 grams). Do not be fooled by their size, their vulnerabilities are exactly the same type as full size commercial drones.

Following are the stuff needed for setting up our drone pentest lab:One of the most popular first quadcopters happens to be the Cheerson CX-10. The design has turned out to become so popular that a tonne other variant, including CX-10W which happens to be the world’s smallest First Person View (viewing and/or recording real time video stream to your phone or tablet) drone.Interestingly, similar to bigger drones as Parrot AR or 3DR solo , CX10W is operated from mobile applications (Android and iOS) connected to a wireless access point that creates the drone itself. So most testing/exploit methodologies is the same that wireless pentesting. The CX-10W costs less than $30 while his bigger brothers WiFi drones sold for ten times that amount.Being a Wifi controled drone there are number of possible vulnerability exploit exercises, from DoS attacks using 802.11 deauth (knocking CX-10W drone out of the sky is as easy as just run aireplay-ng or Wifijammer), protocol capture or reverse engineering of the mobile application.

Basic reverse engineering is easy given the open WiFi access point, capture the communication between the drone and the App is trivial. From traffic capture is quickly seen that the video is transmitted as a TCP stream and the remote control is via UDP packets. Connecting to the access point and performing a port scan on the cx-10w drone with nmap shows that the drone opens the TCP port 8888. Android APK is also very easy to decompile to produce full source code. Streaming video feed appears to be encoded via libffmpeg. You could find a detailed protocol reference in “How to hack IP camera in toy drone” by reddit user pj530i.High performance drones either hobby or professional not typically make use of wifi, short range and latency make it impractical. Therefore control of more expensive drones like DJI Phantom or most Race Drones is performed by RF (Radio Frequency) proprietary protocols. But those are not implemented from scratch, more than often they make use of existing integrated circuits used for unlicensed radio applications.

Almost always working on the 2.4 GHz band, using frequency hopping to eliminate the likelihood of accidental interference. The most common are radio chipset are CC2500, NRF24L01, A7105 and CYRF6936.The Syma X5C-1 Explorers is extremely affordable $50 drone for what you’re getting. It’s durable, stable enough to fly indoors but fast enough to be able fly outside, have an onboard camera and uses a NRF24L01 2.4GHz RF Transceiver IC based protocol.Proprietary RF protocol hacking usually follows the following steps:What makes our NRF24L01 chip excellent for our laboratory: is extremely common with already several projects and libraries for Arduino that cover much of the work required.The drone runs on the NRF24L01 module, which from previous work we have seen can easily be sniffed and decoded by hardware based sniffer using a $3 radio module. Yveaux developed a sniffing platform based on an Arduino Uno, a single nRF24L01+ module and a computer running the popular network protocol analyzer Wireshark: Embedded Innovation: nRF24L01+ sniffer.

There are already several writeup with practical examples of how to hack our Syma drone. During last PHDays (Positive Hack Days) a yearly forum with a focus on ethical hacking and security the organizers set up a competition where the goal was to “steal” or take control of a Syma X5C-1 quadcopter drone.To reverse engineer the drones wireless communications system the teams used software defined radios like the HackRF and BladeRF, and also an alternative method involving just using an Arduino and nRF24L01+ receiver chip. Once the signal was received, they used GNU Radio to decode the signal into packets of data. After analyzing the data they found that the data bytes were easily reverse engineered and then were able to transmit their own data packets to control the drone. This post goes into further detail on the specifics of the reverse engineering.NRF24L01 is used in multiple drone most drone RC protocols (here is a updated list of NRF24L01 drones) were reverse engineered by the drone community for added compatibility, you can study source code from projects like Github nrf24_multipro.