Tag: hacking

Categories
Automotive Connected Objects

CANBus Triple opens a dialogue between car and driver

There’s something inherently frustrating about the “check engine” light on cars. Inside of each modern car is a computer that monitors all of the giant machines systems running in tandem, and if something goes wrong, all the driver gets to see is a little orange light letting them know that something, anything, could be wrong.

CANBus Triple is an Arduino-based device that can tap into the communication that the car’s computer sends and receives and relay that information to the driver. Whether using a custom-made gauge, a laptop, or bypassing the wires that lead to the digital dashboard display, CANBus can monitor a number of different factors like air-fuel ration and passenger weight and relay that information to the driver easily and in real-time.

For the casual driver, this may sound like a godsend, but CANBus Triple isn’t exactly the most user-friendly device. Nor is it going to be an adequate solution no matter how much Top Gear one watches. CANBus Triple is for car hackers, the kind of auto enthusiasts that know how to get every last drop of power and performance from their vehicle. Created by Michigan-based engineer Derek Kuschel, CANBus Triple has been beta tested by the car hacking community and with $18,000 worth of support, is ready for open sale. The device costs $75 and ships out in November 2014.

The CANBus Triple is an auto-lover’s dream, a way to feel a closer sense of connection with one’s vehicle and a way to truly speak the car’s language. It may have a steep learning curve and a bit of an entry barrier, but for those that know they want this device, they’ve wanted something that can do this for a long time. The Arduino architecture only makes it better by making new features possible all the time.

Categories
Tools

Solderdoodle Pro helps you complete projects without losing steam

solderdoodleDespite its admittedly light-hearted name, the Solderdoodle Pro tackles some serious issues with current soldering irons on the market. Its 3D-printed, open source cordless design houses a Maxim charge controller and a USB rechargeable lithium-ion battery that takes three hours to fully charge, eliminating pesky cords from the picture. The tight design culminates in its ability to stay at a temperature of above 700ºF for over an hour, enough time for most garage hobbyists to complete even the most lengthy jobs with minimum battery angst. One Solderdoodle Pro will cost backers $39 USD, with the the project’s creator aiming to raise $37,800 during the month long campaign.

 

Categories
Maker/Development

Novena gives hackers the portable, customizable PC of their dreams

The Premise. In some circles, it’s become increasingly commonplace to want to build  a computer rather than buy a ready-made model. Even when building, however, buyers are at the mercy of multiple manufacturers who may or may not want to add things like unwanted programs or trackers to prevent any tampering with the hardware.

The Product. Going far beyond lower-end hacker hardware like the Raspberry Pi, The Novena Open Laptop is a device designed by two men with a passion for open-source, flexible computers made to be hacked and played with. Developed entirely in-house from the ground up, from motherboard to operating system, the Novena is meant to be a powerful computing option for people who want their machine to do a lot, and who want to do a lot to their machine. With a 1.2 GHz quad-core processor, 4 GB of RAM, a 4GB microSD card, and onboard Wi-Fi, Novena is built to crunch some serious code.

The Pitch. From the get-go, the passion of Novena founders Andrew “bunnie” Huang and Sean “xobs” Cross regarding open-source and hacking is apparent. That passion translates to every aspect of the Novena system, from the easy-open case to the extensive documentation for the boards that makes the hardware (relatively) easy to tailor for any need. Novena wants to raise $250,000 to bring this openly designed laptop to market, mostly to handle manufacturing and finalization of the firmware.

The Perks. Hardware junkie DIY builders can receive just the Novena board and build their own case for $500. The pre-built “desktop” model is available for $1,195, the laptop for $1,995, and for those that are obsessed with style, a hand-crafted wood and aluminum case laptop is available for $5,000. The boards are expected to ship in November, with each higher tier launching in subsequent months.

The Potential. Let’s be clear, for everything the Novena can do, it is certainly not going to be a mass-market, user-friendly option. What it can do is give hardcore tech lovers a device that is flexible and accessible to any need or hypothesis that can be tested. Because everything is open and accessible, some professional knowledge of usage and safety is required, but for those who have that knowledge, this is a compact, modifiable solution for any kind of software or hardware development needs.