Perimeter security defines the first layer of protection for many high-risk and high-value environments, from industrial plants and logistics hubs to power substations and data centres.

In ADAS, forward-facing cameras capture traffic signs, signals, and pedestrians at farther distances using a narrow field of view (FOV). This narrower angle enables the camera to focus on distant objects with greater accuracy, making it ideal for applications that involve monitoring long stretches of road or detecting objects from far away.

As vehicles become more complex, their need for accurate imaging has increased. This has driven the adoption of surround-view cameras.

Driver monitoring cameras have become widely accepted as a force in improving road safety. They go a long way to address the risks associated with driver inattention and fatigue by helping continuously observe driver behaviour. It means that signs of distraction or drowsiness can be easily detected. In turn, this triggers alerts or safety interventions, which can literally save lives.

Forward-facing cameras are the proverbial eyes of Advanced Driver Assistance Systems (ADAS). They collect real-time visual data from the vehicle's surroundings and monitor the road, contributing to the system's overall situational awareness.

e-con Systems has introduced a 4K 140dB HDR Front view Camera, STURDeCAM88_CUOAGX, engineered to deliver superior and reliable long-range imaging for mobility applications such as delivery robots, autonomous vehicles, and off-road vehicles, including agricultural vehicles, mining vehicles, and all-terrain vehicles (ATVs).

ROI-based AE and HDR technologies elevate the capabilities of embedded vision applications.

Fleet camera systems are multi-camera setups on the dashboard of vehicle cabins for monitoring the cabin, driver behaviour, and immediate premises of the vehicle in movement. These systems contribute largely to the safety of the drivers on the road.

Pick and place robots handle repetitive, labour-intensive tasks. They help deliver high throughput and seamless workflows, thanks to camera solutions. Here, you can get expert insights on how cameras work in these robots, their challenges, use cases, and benefits.

Shelf monitoring systems automate the tracking of inventory on shelves in modern retail settings. These systems play a major role in maintaining stock levels, driving product availability, and verifying that promotions and pricing are correctly displayed. Hence, it helps in reducing discrepancies regarding inventory while elevating the overall shopping experience for customers.

In imaging systems, traditional exposure techniques tend to face challenges, especially in complex scenes involving multiple faces or dynamic lighting conditions.

AI-embedded applications require power-efficient, high-resolution cameras capable of real-time responsiveness.

Image quality (IQ) determines how accurately a camera captures the real world. In embedded vision applications, from industrial automation to medical diagnostics, the clarity and accuracy of an image directly impact the performance of the full system.

Pick and place robots perform repetitive handling tasks with speed and consistency, making them invaluable across industries.

Camera modules can be integrated into embedded vision devices like drones, industrial equipment, etc. They consist of components such as sensors, lenses, interfaces, and more. Get expert insights into how they work, their popular types, and more.

The use of imaging technology in industrial inspection has changed substantially over the years. Traditionally, manual inspection dominated quality control, which meant manufacturers were relying heavily on human effort to assess product defects, misalignments, or other issues.

e-con Systems continues its strong collaboration with Renesas by supporting the latest high performance RZ/V2N processor, launching at embedded world 2025 in Nuremberg, Germany.

e-con Systems exhibited its latest advancements in camera technology across diverse industries at embedded world 2025, held in Nuremberg, Germany.

Gain plays a major role in shaping the final image output captured by embedded vision systems. It refers to the amplification of the signal originating from the image sensor, similar to adjusting the volume on a speaker.

Upgrade your e-con Systems' camera to optimise CPU performance and unlock AI capabilities with NVIDIA JetPack 6.1. In this blog, you'll learn how to seamlessly upgrade your existing camera to the latest NVIDIA JetPack 6.1 for improved efficiency and performance.