Universal Software has the following applications:
1. Disaster response, monitoring and management
Utilizing Aerial Photography, Topographical Information, Satellite Imagery and Spaceborne instrumentation:

a. Flood monitoring
b. Forest fires
c. Technology disasters
d. Terror attacks
e. Potential / actual mudslides
f. Potential / actual avalanches

2. Industrial process control and monitoring
a. Remote unmanned facilities (water, power, radar, etc.)
b. Chemical, refining, power generation, metallurgy
c. Oil, LDG, ammonia and other industrial terminals
d. Remote diagnostics and accelerated repair and maintenance for industrial installations.

3. Resource monitoring
a. Crop analysis
b. Water resources
c. Snowcover analysis
d. Drought and humidity analysis
e. Urban sprawl

4. Environment monitoring
a. Smog and air quality
b. Radiation situation
c. Sensitive / dangerous sites
d. Other

5. Pipeline network control
a. Oil and gas
b. Water
c. Hazardous gases and liquids
d. Local pipe networks
  i. Industrial facilities
  ii. Space launch preparation
  iii. Airport operations
  iv. Gasoline stations

6. Controlled environment facilities
a. Clean rooms
b. Controlled environment storage or processing
c. Mining, including methane concentration

7. Security systems
a. Sensitive facilities
b. Individual homes
c. Border control
d. Transportation of dangerous goods

8. “Smart House Software”
a. Residential and commercial buildings
b. Industrial facilities
c. Individual homes
Smart House Software: The next generation of houses are using computer controlled automation systems controlling various functions in the home such as lighting and appliances. The smart house requires Universal Software for networking appliances. Any appliance in the house can be networked to operate in such a way as to be accessed from anywhere else on the network, including remote control.

The “Smart House” Universal Software application provides the following capabilities:

1. Collect and display current parameters (temperature, humidity, etc.) of the building where it is installed.
2. Select and show streaming video or static pictures of the rooms in the house.
3. Monitor and inform regarding conditions of potentially dangerous devices (stove, fireplace, hot water tank, etc.)
4. Support security applications and monitor possible break-ins, etc.
5. Immediately send notification about the “state” of the house to the owner by e-mail or by another means.
6. Send warning messages (like “Stove on for 40 minutes now”), letting owner to take care of appliance immediately.
7. Receive and execute commands from the owner (“Turn off the stove”, for instance ) over the phone or a messaging service.
8. Automatically maintain pre-defined “ideal state” of the house (temperature, humidity, ventilation, etc.)
9. Execute pre-programmed tasks ( pre-heat room, start coffee maker in the morning, etc.)
10. All other tasks where sensors can feed-back state, and adjustments can be made electronically.

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