If you’ve been holding off on a T-Mobile G1 purchase because you didn’t like the apparent user restrictions, there’s some good news. The Android powered phone comes with an easy button for getting root. Install a terminal app and you can manually start the telnetd service. All that’s left is telenetting into the device and it’ll give you root level access.
[vimeo 2049219]
T-Mobile’s G1 was released last week and there has been at least one Android vulnerability announced already. The New York Times reported on research done by [Charlie Miller], who also helped find one of the first iPhone bugs, so we think the report is fairly credible. Last year, we saw him deliver a seminar on real world fuzzing at ToorCon 9. It covered exactly how they found the iPhone bug.
If you just want to use a G1 without service, you can activate it with any T-Mobile SIM card.
Above is Boing Boing Gadgets’ concise video review of Griffin AirCurve. It’s garbage. We first talked about it in our loaded horn post because it looked like something fun to redesign.
The iphone-dev team published a video today showing access to the iPhone’s baseband processor. They connect to the device over ssh and then use minicom to issue AT commands. They’re writing custom AT commands for full control.
[youtube=http://www.youtube.com/watch?v=7Y4thikv-OM&fmt=18]
Google has officially released the Android source code. While the T-Mobile G1 is being released tomorrow—some already have it—it is just one Android device. The availability of the source means that the platform could be port to almost any device. It’s a complete embedded Linux package and we’ve already seen it running on the N810. We can’t wait to see what hacks come out of this.
Our friend [Jeffrey Sharkey] hacked the iTunes remote control protocol and produced his own version for Android, one of the smartphone OSes we just covered. He pored over dumped packets for a few days and wrote a client which is of course GPL’d. Besides that, he’s been busy winning the Android Developer Challenge. His app, Compare Everywhere, was one of the top 10 winners, netting him a cool $275,000. This ingenious bit of code deciphers barcodes scanned using a cell phone camera and then finds prices for that item at every nearby store that sells it.
The other winners wrote apps that do cool things such as one-click cab ordering, locate missing children, and find parties. Check out all 50 finalists and winners here.
Gizmodo’s in-depth look at smartphone OSes provides you with the pros and cons of each, allowing you to make an educated decision, if you’re in the market for a phone that also has email, a web browser, a calendar, and a decent contacts manager. If you’re attracted to the open source Linux-based Android by Google, you’ll also have to keep in mind that there aren’t that many business features. Other contenders include the Blackberry by RIM, which is great for email, but is completely closed and proprietary. The Apple iPhone is very pretty but lacks some basic features. They cover Symbian, Windows Mobile, and Palm Garnet too. It’s certainly a handy guide since most people haven’t used all six.
Rev by DevToaster is an application for the iPhone and iPod Touch that allows real-time monitoring of vehicle ECU data from the OBD-II port. Rev interfaces with a WiFi OBD-II dongle.
If your check engine light is on or flashing, REV is able to check the engine code, list all of the engine codes stored in the vehicle, and reset the stored codes or check engine light.
Rev is able to monitor real-time; vehicle speed, RPM, fuel consumption, engine coolant temp, fuel pressure, calculated engine load, throttle position, intake manifold pressure, air intake temp, timing advance, mass air flow, fuel level, barometric pressure, EVAP system vapor pressure, and fuel trim.
A brief video of REV in action is after the break.
With the weather getting colder, [Daniel] decided it would be a good idea to monitor how much energy his gas heating was using in real time. He used a Nokia 6680 cameraphone to monitor the heater’s flame through the sight glass. PyS60, a Symbian implementation of Python, checks the image sent by the camera and measures how much blue flame is visible. These values are stored in a SQL DB on the phone that can be polled over Bluetooth. At the end of the billing cycle, he’ll be able to correlate the amount of gas used with what the phone reported.
[Thanks, florent bayle]
