1. Detection and Image Capture: The Autonomous Surveillance Platform (ASP) detects movement and/or heat signatures. During daylight hours, it captures images using a visible light camera. At night, it employs an infrared flash and camera to capture images—the infrared flash operates outside the range of human vision.
    
2. Data Storage: Captured images are stored as high-resolution files on a removable storage device within the ASP. This process preserves the chain of custody for evidence collected by the ASP.
    
3. Image Transmission: A low-resolution version of the image is transmitted as an email attachment via cellular connection. This approach reduces the required bandwidth and transmission time.
    
4. Server Processing: An application server receives the email and displays the image for evaluation using web-based software (Drawbridge).
    
5. Geographic Display: Images are displayed with their corresponding latitude and longitude coordinates on a map interface.
    
6. Image Evaluation: One or more viewers evaluate each image and, based on their assessment, either send a "hit" notification or remove the image from the display queue.
    

While ASP units are not the optimal solution for every surveillance requirement, they possess the capability to function as excellent surveillance assets in many situations.

1. Event-Driven Operation: ASPs are designed to activate only when triggered, capturing and transmitting images solely when an event occurs. This eliminates the need for constant monitoring of the feed from ASP units.
    
2. Cellular Infrastructure Utilization: The system leverages existing cellular phone infrastructure for image transmission. In areas with adequate cell coverage, this provides a low-cost communication solution. In regions with limited cellular coverage, long-range antennas can be deployed to improve transmission capabilities.
    
3. Battery-Powered Design: ASPs are engineered for battery operation and include features that support external batteries for extended operational life.
    
4. Weather-Resistant Construction: Since ASPs are derived from wildlife cameras designed to function in outdoor environments for extended periods, they typically require no additional modifications or weatherproofing.
    
5. Cost-Effective Solution: ASPs are low-cost devices that continue to decrease in price while simultaneously adding new features and extending battery life.