Eye Intelligent CCTV – Array Camera Technology
Enhancing National Security Through Innovation
What Is an Array Camera?
An “array camera” refers to a system that utilizes multiple cameras working in unison to capture images. This approach offers several advantages over traditional single-lens cameras, enabling enhanced image quality and new creative possibilities. Here’s a breakdown:
- The core idea is to use an arrangement of several cameras, rather than just one.
- These cameras can capture the same scene from slightly different perspectives.
By combining the data from multiple cameras, array cameras can achieve:
- Improved depth perception (3D imaging).
- Increased resolution.
- Wider dynamic range.
- The ability to adjust focus after an image is taken (light field photography).
Array cameras are used in various fields, including:
- Virtual reality (VR) and augmented reality (AR).
- 3D modeling and depth sensing.
- Advanced photography and videography.
- Autonomous vehicles.
- Scientific observation, such as with the Infrared Array Camera (IRAC) used on the Spitzer Space Telescope.
In Essence:
Array cameras leverage the power of multiple viewpoints to gather richer visual information, leading to more detailed and versatile images.
Evolution of Security Cameras
EI CCTV – Super High Definition Array Cameras specialise in, compared to other traditional security cameras, EI array camera owns advantages in accessing AI algorithm because of its unique lens structure and stitching imaging method. It simulates traditional dome camera to randomly zoom in one or two key tracking zones to access algorithm (more GPUs, more virtual dome cameras);
It also links N 4K video streaming to backend AI algorithm, so as to realize algorithm tracking and unattended operation.
Evolution of Security Cameras
EI CCTV – Super High Definition Array Cameras specialise in, compared to other traditional security cameras, EI array camera owns advantages in accessing AI algorithm because of its unique lens structure and stitching imaging method. It simulates traditional dome camera to randomly zoom in one or two key tracking zones to access algorithm (more GPUs, more virtual dome cameras);
It also links N 4K video streaming to backend AI algorithm, so as to realize algorithm tracking and unattended operation.
Challenges of Current Security Cameras
Security cameras play a crucial role in safeguarding property and lives
- Limited Field of View and Blind Spots – Many cameras have fixed angles or require multiple installations to cover large areas, and yet leaving gaps in surveillance
- Low Resolution and Image Quality – Poor video clarity, especially in low-light or high-contrast conditions, hampers the ability to identify critical details like faces or license plates.
- Lack of Real-Time Intelligence and AI Capabilities – Most systems rely on manual monitoring or after-the-fact analysis, lacking real-time alerts or automatically analysing footage for potential threats and on-the-spot decision-making capabilities.
Challenges of Current Security Cameras
Security cameras play a crucial role in safeguarding property and lives
- Limited Field of View and Blind Spots – Many cameras have fixed angles or require multiple installations to cover large areas, and yet leaving gaps in surveillance
- Low Resolution and Image Quality – Poor video clarity, especially in low-light or high-contrast conditions, hampers the ability to identify critical details like faces or license plates.
- Lack of Real-Time Intelligence and AI Capabilities – Most systems rely on manual monitoring or after-the-fact analysis, lacking real-time alerts or automatically analysing footage for potential threats and on-the-spot decision-making capabilities.
Introducing Our Camera​ - Eye Intelligent (EI) Cameras
 4K PANORAMIC VIEW IMAGE STITCHING​
- Full Coverage Without Blind Spots: – Our Ultra-High-Definition camera system provides complete visual monitoring, ensuring that no area is left unobserved. This is essential for maintaining comprehensive security and operational and tactical oversight.​​
- Event Tracking and Historical Imaging: – Captures images and records events over time, particularly in risk-prone zones. This feature allows for detailed tracing of incidents and aids in understanding past events for future risk mitigation.​
- Independent Control and Data Sharing: – Users can control their virtual cameras on dedicated servers, and the video content can be shared with multiple agencies while maintaining a security wall for each agency’s specific mission. This also supports collaborative operations within agencies and facilitates data sharing.
System Overview
Our cameras combine multiple image sensors with cutting-edge video splicing and fusion technology to deliver wide fields of view, extended visual range, and seamless cross-lens imaging. This redefines traditional surveillance video acquisition, allowing for real-time, long-zoom, and large-area coverage with enhanced recording capabilities. Designed for large-scale, ultra-high-resolution, and complex image requirement.
Capture All Details in One Picture
Our Technology
Our camera uses multiple sensors arranged in a proprietary pattern to capture images from different angles or perspectives simultaneously. Each sensor in the array captures a specific variation of the scene, and the data is then combined using our ‘Stitching Technology’ to form a high-resolution image and enable features such as depth perception, enhanced low-light performance, and computational imaging effects.
Real Time Zoom inÂ
Our advanced security cameras are designed to capture every moment with unmatched precision and clarity, providing continuous recording across all monitored areas. This powerful feature allows users to zoom in for detailed, real-time viewing.           Â
Video Trace Back
The standard Video Trace Back function provides security situation investigation, enabling strategy analysis and training functionality. It helps verify timelines and track suspicious activities, allowing for forensic analysis to ensure the authenticity of video evidence
Intelligent Analysis AI
Intelligent Analysis Algorithm Integration:
​Features include face recognition, personal characteristic detection, abnormal behaviour analysis with early warning, perimeter security, and intrusion detection. These capabilities can be customized to meet specific user requirements
Summary of Our Camera
EYE INTELLIGENT ( EI )
- Real-time data processing and decision-making: Enables immediate action through fast data analysis, supporting critical security operations.
- Enhanced image stitching for seamless surveillance: Provides a continuous and uninterrupted field of view, crucial for large-area monitoring.
- Customizable algorithms for crowd analysis and threat detection: Tailored to specific environments for optimized safety measures.
- Superior low-light performance: Ensures high-quality imaging in challenging lighting conditions, improving visibility during nighttime surveillance.
- Video Trace Back: Enables detailed investigation by allowing users to trace movements or events from past footage, facilitating precise event reconstruction
- Cost-Effective Installation: Our cameras cover wider areas with fewer units compared to multiple dome cameras, reducing hardware, cabling, and maintenance costs while simplifying installation
