In the fast-evolving field of medical technology, real-time medical video streaming plays a crucial role in surgical procedures, remote consultations, and medical training. Ensuring high-quality and ultra-low latency video delivery is essential for seamless communication between surgeons, medical teams, and specialists worldwide.
As CureVision, among the foremost healthcare information technology companies that provide cutting-edge medical information technologies for healthcare professionals to deliver safe and sustainable healthcare services. Headquartered in Quebec, Canada, they needed a reliable streaming solution to efficiently transmit RTSP feeds from surgical environments while enabling real-time video conferencing. After evaluating multiple options, they found the ideal solution in Ant Media Server—a powerful, scalable, and low-latency streaming platform designed to meet the demanding requirements of the healthcare industry.
What was the problem CureVision was facing and trying to solve for Medical Video Streaming?
As a leading provider of operating room computer consoles, medical monitors, and video integration systems, our goal was to stream RTSP feeds from surgical procedures to multiple users while enabling real-time video conferencing. We needed a reliable, ultra-low latency solution to ensure high-quality imaging and seamless collaboration for medical professionals.
What possible solutions did CureVision consider, and why chosen Ant Media Server?
We evaluated several streaming and conferencing solutions, including WebRTC-based platforms, FFmpeg solutions, and other media servers. However, Ant Media Server stood out due to:
- Ultra-Low Latency Performance for real-time communication.
- Seamless WebRTC integration for interactive video conferencing.
- Scalable and stable infrastructure, ensuring uninterrupted streaming for critical medical use.
- Comprehensive API support, making it easy to integrate with our existing imaging systems.
“Ant Media Server has enabled us to deliver high-quality RTSP streams from operating rooms with ultra-low latency, ensuring seamless video conferencing for medical teams. Its powerful API, stable performance, and scalability make it the perfect solution for our surgical imaging applications.” stated by Han Cicimen – Production Quality R&D Director at CureVision.
How CureVision benefited from using Ant Media Server?
- Efficient RTSP Streaming – Reliable, real-time video delivery from operating rooms.
- Seamless Collaboration – Surgeons and medical teams can communicate instantly via WebRTC-based conferencing.
- Scalability & Stability – Ensures uninterrupted, high-quality streaming for critical medical applications.
- Easy System Integration – Enhances workflow efficiency by integrating effortlessly with surgical imaging software.
What are CureVision’ aspirations moving forward?
We plan to enhance our medical imaging solutions with AI-powered analysis, improve compatibility with a broader range of medical devices, and expand remote collaboration capabilities to enable real-time consultations between specialists worldwide.
Conclusion
By leveraging Ant Media Server, CureVision successfully enhanced real-time medical video streaming and collaboration, ensuring ultra-low latency, high-quality imaging, and seamless communication for medical professionals. Its scalability, stability, and ease of integration have made it an invaluable part of surgical imaging solutions.
Moving forward, CureVision aim to further innovate with AI-driven analysis, expand compatibility with more medical devices, and enhance remote collaboration capabilities to support real-time consultations worldwide. With Ant Media Server, CureVision is confident in delivering cutting-edge, reliable, and efficient medical video solutions for the future.
Along with CureVision, we’ve had the pleasure of sharing numerous other case studies from our partners who have utilized Ant Media Server, including Fox, who use it for uninterrupted broadcasting experience, and Mojohost trusted us with their clients for streaming services.
