Key Features:
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Real-Time 360° or Panoramic Stitching
Merge multiple fisheye or rectilinear video streams into one stitched output. -
Seamless Border Blending
Advanced algorithms ensure clean transitions at stitch lines, eliminating visible seams. -
Supports Equirectangular Projections
Output video in formats suitable for panoramic viewing or further processing. -
Built for GStreamer Pipelines
Integrates via thestitcherandprojectorelements—ideal for embedded multimedia pipelines. -
GPU-Accelerated on Jetson Platforms
Delivers high throughput and low latency using CUDA-based parallel processing.
Example Use Case:
An autonomous delivery robot uses four wide-angle cameras to navigate crowded urban environments. RidgeRun’s Image Stitching plugin is used to combine these camera feeds into a single, seamless 360° view, allowing onboard AI models to process the environment as a single frame—reducing complexity and improving situational awareness in real time.
What’s Included:
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RidgeRun Image Stitcher and Projector plugins license
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GStreamer integration with example pipelines
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Tools for calibration and projection configuration (binary).
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Optional 11-hour Embedded Software Support package
Supported Platforms:
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NVIDIA Jetson Nano, TX2, Xavier NX, AGX Orin
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x86-64 Linux with CUDA-enabled GPU (for development or testing)
Why RidgeRun?
With over 20 years of embedded software consulting experience, RidgeRun delivers production-ready multimedia frameworks optimized for real-time vision, streaming, and robotics applications. This plugin is part of RidgeRun’s larger ecosystem for camera processing and image transformation.

Monthly Subscription
Hire RidgeRun at a flat monthly rate for a maximum of 8 hours per day, 40 hours per week each month. Get fast interaction with engineers working on your project, weekly 45 minute calls to update you on our progress, and the complete engagement and expertise of our engineering team.
Work With UsFAQs
It is a GPU-accelerated GStreamer solution that combines multiple camera feeds into a single panoramic or 360° video stream in real time.
Yes. Its CUDA-based processing provides real-time performance, supporting up to three 4K input streams at 30 fps, depending on the selected platform and pipeline configuration.
Yes. The output can be passed to downstream computer-vision or AI components as a single wide-field-of-view frame.