The document discusses a wireless microserver based on Bluetooth technology that was developed with NASA sponsorship. It captures and distributes geographical image data from harsh environments using a wireless sensor network. The microserver was used to photograph an ash plume from an erupting volcano in 2006. Microservers have advantages of flexible design, power management capabilities, and no fundamental limits on what they can be used for or where.

1. WIRELESS MICROSERVER C

2. Concept of Microserver: Microserver based on Bluetooth Technology: NASA Sponsorship.

3. Generation 3 Version 1 MicroServer (WSN)

4. Microcontroller Programmer And In-Circuit Debugger

5. APPLICATION OF MICROSERVER In Harsh environment called Vexcel microserver. Handles Image Data called WSN. Microserver used in SEAMONSTER.

6. Vexcel microserver Vexcel microservers were developed under NASA STTR support. Vexcel microserver used in "harsh environment”.

7. Develop under NASA Earth Science Research. Capture & distribute geographical information It designed for seismology . Microserver (WSN) handle Image Data

8. Microserver capture this image It is photographed of this plume of ash produced by Cleveland Volcano, one of the most active of the volcanoes occurred in 23 may 2006.

9. ADVANTAGES OF MICROSERVER No fundamental limit to what we can do or where we can go with microservers. Flexible Design. Power Management Capabilities.

10. CONCLUSION From above information we see that Microserver is most important component for capturing the images in “Harsh Environment” i.e Antarctica , Alashka’s Lemon Glacier.We can able to used Microserver anywhere in the world-sea or land.