
Don’t touch my memory
We received a project from a customer who had two main problems related to glitches in the video and image capture speed. Read this post to learn more about how our team fixed it.
Struggling with software errors, crashes, or performance issues? Our engineering team delivers quick, effective bug-fixing solutions that improve stability, speed, and user experience.
Software bugs are not just small glitches: they can slow down performance, crash applications, and create critical failures that damage your product’s reputation. Left unresolved, they drive up costs, frustrate users, and stall your roadmap.
At Fluendo, we bring over 20 years of expertise in software bug fixing, multimedia engineering, and QA services. When your team is overwhelmed or unsure how to move forward, we analyze your code, identify root causes, and deliver reliable fixes in a prototype or production system.
Software bugs are not just small glitches: they can slow down performance, crash applications, and create critical failures that damage your product’s reputation. Left unresolved, they drive up costs, frustrate users, and stall your roadmap.
At Fluendo, we bring over 20 years of expertise in software bug fixing, multimedia engineering, and QA services. When your team is overwhelmed or unsure how to move forward, we analyze your code, identify root causes, and deliver reliable fixes in a prototype or production system.
Our engineers specialize in debugging across the multimedia stack, including:
With Fluendo as your bug-fixing partner, your applications run smoother, faster, and more reliably, allowing you to focus on delivering great user experiences.
Our engineers specialize in debugging across the multimedia stack, including:
With Fluendo as your bug-fixing partner, your applications run smoother, faster, and more reliably, allowing you to focus on delivering great user experiences.
The client was transitioning from a legacy Windows-only application to a modern, cross-platform solution using GStreamer, targeting Windows, macOS, and Linux. The application, built with a C# front end and a C/C++ backend layer, suffered from instability, including memory leaks and frequent crashes.
We were brought in mid-development to help bring the project back on track. Our involvement focused initially on stabilizing the system, followed by the implementation of new features such as masking and video wrapping. Leveraging our GStreamer expertise, we explored and tested multiple architectural approaches, ultimately delivering a stable and functional application in time for the product’s launch.
The client was developing a drone-based application capable of capturing 4K video at 60fps for inspecting indoor or hostile environments with minimal ambient light. However, they encountered visual artifacts in the video output and experienced delays when capturing snapshots—issues that impacted performance and reliability in real-time operations.
To address these challenges, we delivered a GStreamer-based, zero-copy video processing solution optimized for the NVIDIA® Jetson™ platform. This approach significantly improved image quality and reduced latency, enabling smoother and more responsive video capture in demanding environments.
We received a project from a customer who had two main problems related to glitches in the video and image capture speed. Read this post to learn more about how our team fixed it.