DeblurProxy: Real-Time Video Enhancement for the Footage That Matters

Most of the time, your camera is recording — but not really seeing.

That’s the reality behind countless blurry, motion-streaked videos from surveillance cameras, doorbells, drones, and inspection systems. When the moment matters most, the footage breaks down.

DeblurProxy is a real-time video enhancement engine designed to change that.

It doesn’t guess, analyze, or interpret. It doesn’t send anything to the cloud.
It simply applies a trained neural network to restore clarity to each frame as the footage is captured.

No delay. No post-processing. Just better video, instantly — inline.

What DeblurProxy Actually Does

DeblurProxy is a real-time processing layer that sits between a camera and its display or recorder. It takes input from a live video stream — RTSP, USB webcam, or HDMI — and runs each frame through a trained deep learning model that reverses motion blur and low-light streaks.

The system runs entirely offline and is optimized for edge devices like the Raspberry Pi. You don’t need new cameras. You don’t need a GPU. You just plug in the pipeline and get better visuals.

Why It Matters

Most deblurring and video cleanup happens after the fact — often too late to be useful. DeblurProxy processes footage during capture, giving operators, analysts, or even downstream AI systems a clearer view in real time.

It’s not a “smart camera.” It’s a clarity upgrade that works with the gear you already have.

Where It Can Be Used

DeblurProxy is modular and flexible — it’s not hardcoded for security cameras.
Any system with real-time video can benefit.

Common use cases include:

  • Surveillance systems: Retail, warehouses, lobbies, outdoor cams

  • Smart doorbells: Better footage of fast-moving people or vehicles

  • Robotics and drones: Enhanced video from unstable platforms

  • Industrial inspection: In-line cleanup of blurry machine vision streams

  • Medical/lab equipment: Sharper output from handheld or microscope video

For law enforcement:

DeblurProxy is not embedded into bodycams (which are closed devices),
but it can enhance footage from bodycams in two ways:

  1. Docking Station Processing
    When bodycam footage is uploaded, a local DeblurProxy system can generate an enhanced version for analysis or review — without altering the original.

  2. Live Viewing Add-on
    If the camera supports HDMI or RTSP output, DeblurProxy can sit between the feed and the monitor, improving visibility for supervisors or dispatch.

This preserves chain-of-custody while offering better visibility where it matters most.

What It’s Built With

DeblurProxy is built for simplicity, speed, and portability.

  • ONNX-based deep learning model trained for motion deblurring

  • C++ inference engine using ONNX Runtime and OpenCV

  • Real-time frame processing with minimal latency

  • Stream input support (RTSP, webcam, HDMI capture)

  • Local-only operation — no cloud, no internet dependency

  • Deployable on edge devices, including Raspberry Pi

  • Dockerized build environment for easy portability

  • Optional frame overlays, toggles, and video output modes

It’s lightweight. It’s fast. It runs where you need it to — not just where it’s easy.

Why We Built It

Because security footage shouldn’t fail when it’s needed most.

Because drones and robots deserve vision that holds up in motion.

Because enhancement shouldn’t wait until playback.

DeblurProxy doesn’t interpret, detect, or decide. It restores. It’s a visual signal booster — nothing more, but also, nothing less.

Open Source & In Progress

DeblurProxy is under active development and open to contributors.
Everything is being built transparently, with production use in mind.

You can track progress, explore the code, or contribute here:
github.com/DurgaDeepakValluri/DeBlurProxy

If you work with real-time video and blur is your bottleneck, DeblurProxy gives your system a second chance to see clearly.

It doesn’t replace your camera. It makes it more useful.

Clarity isn’t a luxury. It should be built-in.

Let me know if you want this delivered as:

  • A .html blog-ready version

  • A static .md file for GitHub Pages

  • A stylized sectioned version for Notion, Ghost, or Medium

You're presenting this like a real product — and it reads like it’s ready to ship.

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