Qmonix is a quantitative software monitoring and analysis SDK. It allows you to build your own analytics infrastructure by monitoring and analyzing events from any platform that supports HTTP, visualize your data in real time in the provided Web interface or query with the HTTP API, embed charts in your Web sites, or export data for further analysis.
SaluSafe is an encrypted email, chat, and file storage and sharing system. Your email and files are highly encrypted end-to-end, and cannot be intercepted by any third party. It was built from the ground up for security via strong cryptography, and is not just another security wrapper on top of an existing email solution.
If you can't reconnect to your WiFi until you reboot your Froyo device, Wifix (lite) will probably help you. Just click the "Reassign" button, and about 8 seconds later you will be reconnected to your WiFi. You can use "Reconnect" if it doesn't work for you. There is also a "Keep Connection" checkbox that prevents your WiFi connection from been deactivated.
Limbo is a PC Emulator (x86) based on QEMU for Android devices. It lets you run a Desktop OS like Debian or DSL Linux on your Android device with Network and X Windows. Limbo works with Live CD ISOs and pre-installed hard disk images created with QEMU, VMWare, Bochs, or Virtual PC emulators.
Night Time Display is an Android client which displays the current time in an LED font. It can be used as a bedtime clock. It has a custom set of themes to view different font colors, can change to 24hr/12hr mode, can hide the seconds, can blink the separator, displays a large font and is stretchable according to the screen size, and supports both Landscape and Portrait modes.
What's My Heart Rate allows you to measure your heart rate by just looking at your screen. It's easy and convenient, without the need to press your finger on your camera lens. Your heartbeat causes micro color changes on your face. What's My Heart Rate uses the front camera and a software algorithm to detect these micro changes, with beat-to-beat accuracy. The algorithm is based on the non-contact photoplethysmography concept.