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BYOC Camera Certification Process

Why Camera Certification is Essential

Deep Sentinel’s core service is live guard monitoring and intervention. Unlike traditional security camera systems that merely record footage for later review, our system is designed for real-time threat detection and response. This unique functionality relies on a complex interaction between the camera, the Deep Sentinel Hub, our AI analysis, and the Live Surveillance Center (LSC).

To ensure that all these components work seamlessly, cameras must meet strict performance criteria. Simply supporting the ONVIF protocol or being compatible with standard NVRs does not guarantee that a camera will function correctly within our ecosystem. Certification is required to ensure that every feature needed for live interventions performs reliably.

How Our System Works

When motion is detected, the camera sends footage to the Deep Sentinel Hub. Our AI then analyzes the footage in real time to determine whether an event requires human intervention. If necessary, the footage is escalated to our Live Surveillance Center, where a guard can issue a live intervention, trigger deterrents, or contact authorities.

For this system to work flawlessly, the camera must:

  • Reliably transmit video and audio in real time without delays or distortions.

  • Support two-way audio that is optimized for Deep Sentinel’s live intervention system, including added sirens and AI deterrents.

  • Integrate seamlessly with our AI-based threat detection system to ensure accurate and swift responses.

The Certification Process

When testing new cameras, we evaluate multiple factors to ensure optimal performance:

  1. Video Quality & Stability – Ensuring clear, uninterrupted footage with no latency issues.

  2. Audio Performance – Verifying that both microphone and speaker function correctly for two-way communication.

  3. AI Compatibility – Testing how well the camera integrates with our AI analysis for detecting and escalating real threats.

  4. Firmware & Security – Working with manufacturers to ensure firmware compatibility and cybersecurity standards.

  5. Deterrent Features – Confirming support for Deep Sentinel’s AI deterrent system, sirens, and live guard responses.

Through this process, we work directly with camera manufacturers to optimize firmware and settings, ensuring that certified cameras meet the highest performance standards for real-time security monitoring.

Interested in Certifying Your Camera?

If you believe your camera meets Deep Sentinel’s strict two-way audio requirements and supports ONVIF, please contact our team. We would be happy to discuss the certification and testing process, providing assurance that your customers will have a reliable security solution integrated with Deep Sentinel’s live monitoring service.

What if I purchased a camera from a previously certified vendor, but the model isn't on the BYOC list?

If you have a camera from a vendor that Deep Sentinel has previously certified, but the specific model is not listed on the BYOC list, the first step is to confirm that it supports two-way audio. Having a microphone is the most critical requirement, but the camera must also have built-in speakers or support for an external speaker.

Some alternate camera models may work by following the same installation instructions as a certified model, but this is not guaranteed. We strongly recommend testing the camera after installation—or preferably before—to ensure full compatibility.

Follow the standard BYOC installation instructions and verify that:

  • Live view functions properly

  • Motion events are detected and transmitted

  • Escalations to the Live Surveillance Center (LSC) occur as expected

  • Two-way audio works in both directions

While there is a good chance that the camera will function within our ecosystem, it is essential to conduct thorough testing to confirm that all necessary features operate correctly before relying on it for security purposes.

Considerations for 180-360 Degree Cameras

Deep Sentinel’s AI is designed to analyze video from standard field-of-view (FOV) cameras, typically ranging from 80° to 120°. Ultra-wide-angle cameras, such as 180° and 360° models, may introduce challenges for our system due to the way AI processes visual data.

  • Distortion and Perspective Issues – Many 180° and 360° cameras use fisheye lenses or panoramic stitching, which can introduce warping and distortions that make it difficult for our AI to accurately detect and classify people.

  • Object Size and Distance Perception – Wide-angle views can make people appear smaller in the frame, especially at a distance, which can impact detection accuracy. Our AI is tuned to recognize threats within a typical surveillance perspective.

  • Motion Tracking Limitations – Since our AI is trained on standard FOV cameras, extreme wide-angle footage may not trigger detections as reliably, potentially affecting escalation to the Live Surveillance Center (LSC).

For these reasons, 180° and 360° cameras are not currently certified for use with Deep Sentinel’s system. If you have a specific model you’d like us to consider for testing, please contact our team.