Since the onset of the pandemic in 2020, the intelligent security industry has been grappling with a multitude of uncertainties and challenges. Issues such as supply chain imbalances, fluctuating raw material prices, and chip shortages have veiled the industry in ambiguity. However, amidst these complexities, significant strides have been made in artificial intelligence (AI) technology, propelling various nations and governments to prioritize its strategic importance.
Recent years have witnessed a rapid evolution in AI technology, with nations increasingly emphasizing its integration across diverse sectors. Notably, China has emerged as a frontrunner in AI adoption, boasting a substantial lead in smart front-end penetration on a global scale.
Latest data indicates that by 2020, the shipment penetration rate of AI network cameras worldwide had surpassed 15%, with China nearing 19%. Projections suggest a substantial surge in global AI camera penetration by 2025, with an estimated 64% penetration rate globally and 72% in China. This underscores China's significant lead in AI penetration and acceptance worldwide.
Advancements in front-end intelligence are accelerating, facilitating diverse application scenarios.
Formerly constrained by computing power and cost, front-end cameras could only execute rudimentary tasks like object recognition. However, with exponential increases in computing power and cost reductions, front-end devices can now tackle more complex tasks such as video structuring and image enhancement.
The penetration rate of smart back-end systems continues to ascend, with China spearheading global trends.
Back-end intelligence adoption is on the rise, with China leading the charge. In 2020, global shipments of back-end devices totaled 21 million units, with smart devices comprising 10%, and China accounting for 16%. By 2025, global AI end-segment penetration is forecasted to reach 39%, with China anticipated to capture 53%.
The exponential growth of data has catalyzed the development of security middle offices.
The proliferation of intelligent front-end and back-end devices has resulted in a deluge of structured and unstructured data, necessitating the establishment of robust security centers. Maximizing the utility of this data and extracting its underlying value poses a significant challenge for security centers.
Investment patterns across various industries reflect the accelerated pace of intelligent infrastructure development.
Intelligent solutions are increasingly being deployed across diverse sectors, with cities, transportation, government, commerce, finance, and education sectors witnessing substantial investments in smart security infrastructure.
Smart video surveillance is empowering industries across the board.
Governments worldwide are actively promoting the digitalization of cities, catalyzing initiatives such as safe city and smart city projects. This concerted effort is propelling the advancement of intelligent security systems within urban landscapes.
Summary
The trajectory of intelligent CCTV surveillance is characterized by deepening levels of intelligence and escalating penetration rates of intelligent equipment. With China leading the charge, it is poised to dominate the global landscape of intelligent video surveillance, marking a significant shift towards an era defined by intelligent security solutions.
SWIR, MWIR, and LWIR are the three infrared bands used in industrial and security thermal imaging, distinguished by wavelength (1.4–3 μm, 3–5 μm, and 8–14 μm respectively). SWIR is a reflected-light technology suited to material inspection and through-glass viewing; MWIR and LWIR are true thermal-ra
Electronic Image Stabilization (EIS) and Optical Image Stabilization (OIS) are the two primary stabilization technologies for CCTV cameras. EIS is a software-driven, cost-effective method that crops and shifts pixels after capture, well suited to dynamic, well-lit scenes. OIS is a hardware-based met
An IR camera (short for Infrared Camera) is a camera that sees heat instead of visible light.It is a specialized optoelectronic device that detects infrared radiation (invisible to the human eye) emitted or reflected by objects, converting it into visible thermal or night-vision images. Unlike visib
An IR camera (short for Infrared Camera) is a camera that sees heat instead of visible light.It is a specialized optoelectronic device that detects infrared radiation (invisible to the human eye) emitted or reflected by objects, converting it into visible thermal or night-vision images. Unlike visib
Thermal detectors are the core core components of infrared thermal imaging systems, responsible for converting infrared thermal radiation emitted by all objects in nature into detectable electrical signals. According to whether low-temperature cryogenic cooling equipment is required during operation
