When the MSAFluids Remote multitouch App was rejected, a developer found a way to get virtually the same effect using a safari App. They’re using the TUIO protocol to get the desired remote control. This opens up the door to extending Applications through the browser as well. While this probably wouldn’t allow you to utilize the other sensor inputs from your device, like accelerometer data, it will allow for fast prototyping of applications that don’t need that.

Hackers are continuing to outpace Apple with feature additions. The team at iMobileCinema has created a flash plugin for the Mobile Safari browser. It’s a beta release and still a bit buggy. This app is only available to people who have jailbroken their iPhones. You just need to add d.imobilecinema.com to your sources in Cydia to get the package to appear. While it can crash from time to time, it’s certainly better than no support at all.

[via Gizmodo]

A coworker approached us today wondering if they could get a performance boost using Samsung’s newly announced 256GB SSD. Most of their work is done in browser, so we said “no”. They’d only see benefit if they were reading/writing large files. Their system has plenty of RAM, and we decided to take a different approach. By creating a filesystem in RAM, you can read and write files much faster than on a typical hard drive. We decided to put the browser’s file cache into RAM.

We installed the Espérance DV preference pane in OSX to facilitate RAM disk creation. It’s really simple to setup. Just select how much space you want to dedicate to the disk and create it. You can have Espérance DV recreate the RAM disk on start and even have it automatically restore from a disk image. There is a check box for moving Safari’s Web Cache to the RAM disk, which creates the necessary symlink. You can also use it to speed up Xcode builds. Moving Firefox’s cache is fairly simple:

$ rm -r ~/Library/Caches/Firefox
$ ln -s /Volumes/RamDisk/Firefox ~/Library/Caches/Firefox

Since the browser isn’t having to hit the hard disk on every page load anymore, the performance is much snappier. Xbench says our random reads from RAM are now 86.19MB/sec instead of 0.61MB/sec when the cache was on the hard drive.

We immediately began looking for ways to get the entire OS into RAM; Tin Hat is a version of Linux that does that.

We’re very happy with the results of our RAM disk browser upgrade. Let us know in the comments if you’ve had a similar experience doing this in Windows.