Unified AI Container

The AI ​​era has arrived. From large models to small ones, it has penetrated every industry. With it comes a wide variety of AI accelerators, including PCIe, M.2, and SoC models. Currently, mainstream inference is based on Python, but Python's efficiency is not ideal, especially in cost-sensitive areas that require real-time processing, such as video processing.
To enable AI model engineers to focus on the model, we have launched AI Container. AI Container is completely based on C++ and compatible with AI accelerator APIs from multiple manufacturers.

HPro AI NVR with source code offering

HPro AI NVR with source code offering

Based on H5S and USC we launched HPro AI NVR. With Unified AI Container, significantly reduce the cost of AI deployment.
The first phase supports PCIE cards including NVIDIA GPU/Atlas 300V/BM1684x PCIE, supported M.2 acceleration modules including Hailo8 M.2/AX650n M.2/AX8850 M.2, and supported SOCs including BM1688 SOC/RK3588 SOC/AX650n SOC.

Unified AI Container

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HPro AI NVR

HPro AI  NVR is equipped with a powerful Unified AI container C/C++ framework, can support most AI accelerator.The system use HTML5 built-in GPU based H264/H265 video decoding technology, then can improve operator efficiency; The system use cross OS/CPU platform technology and then  provide flexibility to deploy on x64/Arm architecture.
Support ONVIF camera integration with Profile S, also support NVR with Profile G/T, support H264/H265 encoding and G711/AAC audio.
Support token base API authorization, support HTTP/HTTPS. Video streaming encrypted with HTTPS.

Thick client of USC Security Platform

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In the browser wars of the past decade, Chrome has emerged as the overwhelming victor. IE6, Flash, and the Edge browser's previous engine have all faded into history. (Ironically, Edge now shares the same engine as Chrome, even down to the version number. :)) The security industry has also undergone profound changes, evolving from ActiveX in the early days to WebRTC today, offering increasingly convenient and faster user experiences.

USC UNIFIED SECURITY iSCSI support

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USC has built-in iSCSI protocol, which can directly read and write iSCSI lun block devices, and supports iSCSI target auto-discovery, greatly reducing configuration time. Video data is written in streaming mode. The working node can be configured as a hot standby mode, which can achieve smooth switching of the device management node to the hot standby node, thus achieving redundant backup of device management video. Switching servers without needing to back up video reduces system downtime to a very small range.