AI Video Cameras and Smart Vision Hardware
High-performance AI cameras with real-time object detection, tracking, and on-device analytics.
We design and develop custom AI video cameras powered by edge computing, integrated NPUs, advanced ISP pipelines, and optimized AI models.
From concept to production — we build reliable vision hardware for demanding industrial and IoT applications.
From concept to production — we build reliable vision hardware for demanding industrial and IoT applications.
On-device AI inference (object, people, vehicle detection)
GPU/NPU acceleration (NVIDIA, Rockchip, Hailo, FPGA-assisted)
Ethernet/USB cameras with HDR, low-light, and ISP tuning
RTSP/ONVIF streaming and real-time analytics
Full-cycle R&D
In-house laboratory
4.9/5 Ratings
What We Build (Types of AI Cameras)
From Jetson carrier boards to complete AI vision systems — we help companies accelerate development and
bring products to market.
bring products to market.
Security & Surveillance Cameras
High-reliability AI cameras for detecting and tracking people, vehicles and perimeter activity
360 Cameras
Panoramic 360° cameras for full-area monitoring and real-time situational awareness
Machine Vision cameras
Precision cameras for defect detection, measurement and automated inspection
Industrial Smart Cameras
Rugged AI cameras for harsh environments with real-time edge analytics
AI Camera Hardware
Hardware Architecture & Components
Our cameras are designed for reliability, long lifetime, and stable operation in harsh environments.
Camera Features
High-speed MIPI CSI-2 Interface
2–4 lanes, 1.5–4.0 Gbps per lane for low-latency sensor data input.
2–4 lanes, 1.5–4.0 Gbps per lane for low-latency sensor data input.
Multi-interface connectivity
USB 3.0, Gigabit Ethernet, PoE, Wi-Fi, Bluetooth, UART/I²C/SPI.
USB 3.0, Gigabit Ethernet, PoE, Wi-Fi, Bluetooth, UART/I²C/SPI.
Image Sensors
Sony IMX, Omnivision, Onsemi — HDR, low-noise, global-shutter
Sony IMX, Omnivision, Onsemi — HDR, low-noise, global-shutter
Embedded Storage
NVMe SSD, high-endurance eMMC, and SD card options
NVMe SSD, high-endurance eMMC, and SD card options
Integrated NPU/GPU for edge AI inference
Up to 100 TOPS depending on platform (Jetson / Rockchip / FPGA).
Up to 100 TOPS depending on platform (Jetson / Rockchip / FPGA).
Industrial-grade reliability
Long lifecycle, stable 24/7 operation, and EMC/ESD protection
Long lifecycle, stable 24/7 operation, and EMC/ESD protection
Our hardware platform ensures stable performance, low-latency video processing, and long-term reliability. Each design follows strict requirements for signal integrity, thermal stability, and EMI/ESD robustness — ensuring seamless integration into complex vision systems.
Camera Platforms
NVIDIA Jetson Orin Nano, Orin NX, Orin AGX
Rockchip RV1126, RV1106, RK3588
FPGA-accelerated systems
Software Stack and Expertise
We deliver complete end-to-end software — from low-level BSP, drivers to AI application layer and remote management.
Linux BSP Customization: kernel configuration, device tree tuning, and boot optimization
Driver Development for image camera sensors MIPI CSI-2: Sony IMX, Omnivision, Onsemi
Multimedia Stack: GStreamer pipelines, V4L2, Argus API, and DeepStream integration
Streaming protocols: RTSP / ONVIF / WebRTC
Toolchain: C/C++, CUDA, TensorRT, OpenCV, GStreamer
Our engineers develop full-stack software for AI cameras — from Linux drivers and ISP tuning to AI inference pipelines and low-latency video streaming. We deliver stable, optimized, production-ready camera software built for NVIDIA Jetson, Rockchip NPU, and FPGA-assisted platforms.
Need software customization or camera integration?
Get in touch with our engineersHere are some questions about AI video cameras
If your question is not listed here, then please contact us.
Ask a questionATEH.tech designs and develops custom AI video cameras and smart vision systems. We handle optics and image sensors, high-speed interfaces, AI hardware (NPU/GPU/FPGA), software stack, and production-ready documentation.
We develop security and surveillance cameras, industrial machine vision cameras, 360° monitoring cameras, and rugged smart cameras for robotics and smart city applications. Each design is tailored to the customer’s requirements and environment.
We primarily use NVIDIA Jetson (Orin Nano, Orin NX, Orin AGX) and Rockchip NPU SoCs (RV1126, RV1106, RK3588), and can integrate FPGA co-processors when needed. We help choose the optimal platform based on performance, power and cost.
We start with requirements and use cases, then define the hardware and AI architecture, design the electronics and mechanics, assemble prototypes, tune the ISP and AI models, and support pilot batches and mass production.
The timeline depends on complexity and scope. A basic prototype can often be delivered within a few weeks, while full custom systems with enclosure and advanced AI features require more time. Please contact us for an estimated schedule for your project.
Yes. We offer ongoing support, firmware and software updates, AI model improvements, and assistance with production and field issues to ensure that your AI camera solution works reliably throughout its lifecycle.
ATEH.tech is known for its customer-focused approach, commitment to innovation, and high-quality, customized solutions. We also have a team of highly skilled and experienced professionals dedicated to delivering exceptional results.
The cost of a custom carrier board solution depends on the complexity of the project.
We work with our customers to provide a transparent and competitive pricing structure that reflects the scope of work involved.
We work with our customers to provide a transparent and competitive pricing structure that reflects the scope of work involved.