My Tesla has the same MAC address vendor code as an AR Drone. These are two otherwise unrelated companies, yet they share the same DNA. Flying drones are mating with land-based autonomous vehicles. We are merely months away from Skynet gaining self-awareness and wiping out mankind. The company Parrot SA started out creating kits for cars that contain WiFi, Bluetooth, and voice control. Since they were already building embedded WiFi, they apparently used that expertise to make a flying drone controlled via WiFi (from an iPhone app). So while it seems odd that Parrot would sell both drones and automobile components, it's actually overlapping expertise. Samy Kamkar has tool "SkyJack" for attacking drones. It identifies targets based on MAC address vendor code. Thus, his tool could potentially accidentally attack my car instead:There are always pros and cons between a quadcopter and a wing. The famous company, Parrot, known for the AR Parrot 2.0 has recently announced a new product, but this time, this it’s a fixed wing!

The Parrot Disco is a fixed wing, with built in gyro, magnetometer, compass, barometer, GPS, ground sensor, and an airspeed sensor. In the front, its has a 14 Megapixel 1080p camera live streaming over Wifi like all Parrot products. With a top speed of 50 mph. To top it all off, the wing only weighs only 700 grams. This is pretty exciting news for the RC fixed wing hobby. Many simple fixed wings are only built with a few servos, receiver, and battery. As for the Disco, it is impressively jammed with more sensors than a Phantom 3! I truly believe that the Parrot Disco will be the next DJI Phantom for fixed wing. It has integrated simplicity to their design like hand toss to get the Disco flying in the air, and is built to be the easiest wing to fly. Flying a wing with only a receiver and servo is pretty tough. Parrot looked at an amateur wing pilot and used technology to resolve issues that the new pilot would face like, launching, landing, orientation, and speed. This will help many new pilots to become more comfortable with flying.

With all this fancy technology working hard in the background, you can be relaxed and become a hawk in the sky.parrot ar drone bottle rocket I want to see is automatic collision detection on the Disco. parrot ar drone ipadSurely, the consumer would know to fly a fixed wing in a big open area to prevent any collisions with trees but currently the software will not detect a collision.parrot ar drone uk Also, I would think people would want to see better landing system. parrot ar drone vliegtijdIt’s cool to have the Disco circle you and then land, but in their promotion video, it seems like the landing was pretty rough; parrot ar drone piloting

nose first into the grass. Now imagine doing that repeatedly over and over again. The lens for the camera and the frame will eventually wear out and need replacement.parrot ar drone handleiding I wonder if the detachable wings would ever come apart in mid-air at high speed as the product says it simply attaches the wings onto two supporting arms. I believe a good price for Disco will be vital for its success. It needs to be around 300-400USD. The drawbacks of getting a wing are mobility, size, and usage are important factors for the consumer to think about. The location where you can fly is the biggest challenge compared to a quadcopter. This is why if it is more than 500USD, many people would want to consider buying a quadcopter instead. Unless you have speed as your number one priority, the Disco is not the way to go.Skip to Navigation Skip to Content Home > Blogs > From Shop Floor to Software > You knew this was coming: Hacker figures out how to skyjack drones

From Shop Floor to Software You knew this was coming: Hacker figures out how to skyjack drones A hacker claims to have come up with a way to highjack drones. It had to happen. A noted hacker now claims he can highjack simple drones and get control of them. Samy Kamkar, a privacy and security researcher perhaps best known for creating the Evercookie, a nearly-impossible-to-delete web browser cookie, says he uses a Parrot AR.Drone 2 to fly in the vicinity of the drone target. This quadcopter, widely available for about $200, looks for the wireless signal that is used to control the target drone, then disconnects the wireless connection and pretends to be the owner. Other components in Kamkar's highjacking system include a Raspberry Pi, a USB battery, and a wireless transmitter. He also uses some freely available hacker software, including a WEP and WPA-PSK key cracking program that can recover keys once enough data packets have been captured. Also used is a program called SkyJack that Kamkar developed himself.

SkyJack also works when grounded as well, no drone is necessary on your end for it to work. You can simply run it from your own Linux machine/Raspberry Pi/laptop/etc. and jack drones straight out of the sky," says Kamkar on his web site. Kamkar says he wrote SkyJack primarily in Perl. The key cracking program puts the WiFi card into monitor mode, at which point it detects all wireless networks and clients around, deactivates any clients connected to Parrot AR.drones, connects to the now free Parrot AR.Drone as its owner, then uses freeware control software to control the targeted drones. Kamkar says he detects drones by seeking out any wireless connections from MAC addresses owned by the Parrot company. Kamkar's scheme works with Parrot drones because these devices actually launch their own wireless network through which the owner connects to the drone. Kamkar's hack takes over by deauthenticating the owner, then connecting back in and exploiting the fact that the wireless connection temporarily went down.