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Camera ApplicationsSmart Surveillance

What Are the Top Applications of AI Cameras in Modern Security and Surveillance?

Ram Prasad
by Ram Prasad
Modern surveillance systems are equipped with AI-enabled cameras to actively detect threats, analyze patterns, and trigger responses in real time. They replace traditional human-dependent monitoring with autonomous, always-on surveillance that adapts to environmental norms and flags anomalies instantly....
OthersTechnology Deep Dive

What is ONVIF? How Are Cameras with ONVIF Support Powering Embedded Vision Systems?

Prabu Kumar
by Prabu Kumar
ONVIF (Open Network Video Interface Forum) is an open standard that enables standardized communication between IP cameras, NVRs, and VMS, ensuring seamless, vendor-independent interoperability for embedded vision systems. It streamlines development, minimizes integration challenges, and future-proofs camera deployments....
Sensor and ISPTechnology Deep Dive

What is AE ROI? How to Implement Auto Exposure Region of Interest in NVIDIA Argus Cameras

Prabu Kumar
by Prabu Kumar
Auto Exposure Region of Interest (AE ROI) allows developers to control camera exposure in specific areas of a frame, ensuring optimal image quality in the most important parts of a scene. In NVIDIA’s Argus framework, AE ROI can be configured via static GStreamer commands or dynamically through the Argus GUI—powered...
Camera ApplicationsSmart Traffic

How Cameras Help Overcome the Challenges of Traffic Sign Detection

Dilip Kumar
by Dilip Kumar
Traffic sign detection faces major challenges due to lighting variation, motion blur, LED flicker, and environmental noise. Embedded cameras solve these issues by enabling accurate recognition of signs through features like HDR, fast shutter speeds, and LFM. Learn about how the right camera empowers traffic systems to operate reliably across...
Camera ApplicationsSmart Traffic

Role of AI-Powered ALPR Cameras in Automated Toll Collection and Traffic Flow Management

Dilip Kumar
by Dilip Kumar
Tolling infrastructure is moving toward contactless, camera-based automation. AI-powered ALPR systems streamline toll collection by reading license plates in real time, even under high speeds and tough environmental conditions. In this blog, you’ll discover the key imaging challenges and how embedded vision helps overcome them to improve traffic flow, reduce...
Our Product InsightsPlatform Cameras

e-con Systems Camera Module now supported on Qualcomm Dragonwing RB3G2

Prabu Kumar
by Prabu Kumar
The Qualcomm® Dragonwing RB3 Gen 2 platform has officially added support for multiple high-performance camera modules from e-con Systems, following rigorous image quality testing and tuning. These modules address demanding vision workloads in robotics, smart traffic, industrial systems, and more. In this blog, discover how e-con Systems' camera solutions integrate...
Camera ApplicationsOphthalmic Fundus Imaging

What is the Role of Cameras in Anterior-Segment Ophthalmic Imaging?

Balaji S
by Balaji S
Modern diagnostic devices for anterior segment imaging rely on high-performance cameras to capture detailed views of the cornea, iris, and lens. From slit lamps to AS-OCT systems, the right imaging setup helps eye care professionals diagnose conditions early and track treatment progress. In this blog, you’ll find out how each...
Our Product InsightsPlatform Cameras

How e-con Systems’ Compact Holoscan Camera Solutions with Proprietary TintE ISP Can Power AI Imaging on NVIDIA Jetson Platforms

Prabu Kumar
by Prabu Kumar
Discover small form factor Holoscan camera solutions with RJ45 connector for Embedded vision systems— offering low power, passive cooling HSB hardware with inbuilt ISP to reduce the CPU load. This blog explores how these solutions enhance NVIDIA HSB solutions for AI-driven embedded applications....
Camera ApplicationsPrecision Agriculture & Smart Farming

How Vision-Guided Smart Sprayers Maximize Output in Precision Agriculture

Ram Prasad
by Ram Prasad
Vision-guided smart sprayers are transforming how agriculture handles chemical deployment. These systems identify where treatment is needed using embedded cameras. The result? Lower chemical use, better crop outcomes, and higher return on every acre. Explore the challenges of traditional sprayers, how vision systems work in the field, and which camera...