Some of the projects we feature solve a problem. Others just demonstrate that they can be done. We’re guessing that it’s the latter that motivated [Joshua Bell] to write a VNC client for an Apple IIc. To fully appreciate how insane this is, have a look at the video below the break.
There’s more than one thing amazing about this hack. Somehow, [Joshua]’s VNC program runs entirely in the memory of an Apple IIc, as he demonstrates at the beginning of the video by downloading all of the code into the Apple over a serial cable. After the initial bootstrap, he runs the code and you see (in full four-color splendour!) a low-res Windows XP appear on the IIc.
What’s more incredible, but is unfortunately not demonstrated in the video, is that he appears to have not just mirrored the PC’s screen on the Apple, but has actually managed to get a one-frame-per-second bi-directional VNC working at 115,200 baud. In this snapshot from his flickr gallery, he appears to be playing Karateka on the IIc and watching it on his laptop.
If you’ve got a IIc kicking around, and you want to show it yet more new tricks, don’t neglect this browser written for the Apple IIc. Or if you’ve only got an Apple IIc+ and you’re totally ticked off that the beep is different from that of the IIc, you can always go on an epic reverse-engineering quest to “repair” it.
Continue reading “Streaming Video on an Apple IIc”
Here’s a novel approach to adding a display to your Raspberry Pi. Instead of using a wired display — either via the HDMI (which can feed a DVI port with a simple hardware adapter) or the composite video out — [Chris Bryden] decided to use Bluetooth to provide a wireless display. This really depends on the hardware that you have available. He snapped up a hackable digital picture frame for a song and used the 320×240 display for this project.
You can see the USB nub plugged into the RPi in the image above. It’s a Bluetooth dongle and there’s with a matching one on the digital frame. With the two networked in such a way [Chris] got to work setting up a VNC that would let him pull up the X desktop over the network.
This ends up being one of the best uses we’ve seen for the Bluetooth protocol, and the small screen offers a huge advantage over the use of a simple character display.
Gather round and hear the story of how a hacker outsmarts a criminal. [Zoz] was robbed and they got his desktop computer. Gone, right? Nope. Because of a peculiar combination of his computer’s configuration, and the stupidity of the criminal, he got it back. He shares the tale during his Defcon 18 talk (PDF), the video is embedded after the break.
[Zoz’s] first bit of luck came because he had set up the machine to use a dynamic DNS service, updated via a script. Since the criminal didn’t wipe the hard drive he was able to find the machine online. From there he discovered that he could SSH into it, and even use VNC to eavesdrop on the new owner. This, along with a keylogger he installed, got him all the information he needed; the guy’s name, birth date, login and password information for websites, and most importantly his street address. He passed along this juicy data to police and they managed to recover the system.
Continue reading “A hacker’s marginal security helps return stolen computer”
Considering how hackable the Nexus One is already, we can only imagine a whole new host of interesting things thanks to Ubuntu running on the device. [Max Lee] set his heart out on getting not just Ubuntu on the Nexus One, but also Debian, and he wrote a perfect install guide to help out those wanting to give it a shot.
He cheated a little bit by having Ubuntu run in the background while the X11 interface is simply VNCed, but he still did an awesome job with plenty of pictures and details to help you achieve Ubuntu on your Nexus One.
[ghostwalker] has put together instructions for running X11 on your Android device. This means you can run a full-blown Linux desktop environment on your phone. It requires you to already have a Debian shell on the phone, which we covered earlier. Instead of having to come up with a custom display driver, it’s hooked to a VNC server. You can connect to it using an Android VNC viewer on the phone or via any other VNC client. The how-to suggests either IceWM or the even lighter-weight LXDE for a window manager. You could potentially install Gnome or KDE, but we’d be surprised if it was any faster than dog slow. Let us know if you have any success with this and what you think the best use is.
[leevonk] sent us this quick and dirty home automation set up. Using photo resistors and your computer screen, you can drive as many relays or actuators as you want. [leevonk] is simply using changes in brightness on his computer screen to set off relays. This makes it easy for someone who has no programming knowledge and a tight budget to set up some automation. You could even do remote automation by connecting to your pc via VNC. Be careful taping things to your screen, wouldn’t want to damage it.
Don’t be [Gabriel Meija], the criminal pictured above. He stole [Jose Caceres]’ laptop, but didn’t realize that [Caceres] had installed a remote access program to track the activity on the laptop. Although the first few days were frustrating, as [Meija] didn’t seem to be using the laptop for anything but porn, [Caceres]’ luck turned when he noticed that an address was being typed in. [Caceres] turned the information over to police, who were able to find [Meija] and charge him with fourth-degree grand larceny. It’s not the first time that tech-savvy consumers have relied on remote access programs to capture the criminals who’ve stolen their computer equipment, and it certainly won’t be the last, as the technology becomes more readily available to consumers.
[via Obscure Store and Reading Room]