EVS Launches Choreon Robotic Control Solution

Why It Matters

The platform streamlines complex multi‑robot productions, cutting setup time and operational risk, which can accelerate adoption of advanced robotics across broadcast and live‑event markets.

Key Takeaways

• Choreon unifies control of multiple robots on a single platform
• AI‑assisted framing and path planning reduce operator workload
• Standardized motion parameters ensure consistent “feel” across devices
• Supports EVS T‑Motion portfolio and third‑party robotics hardware
• Launched at NAB 2026, showcasing EVS’s post‑acquisition synergies

Pulse Analysis

Robotic camera systems have become a cornerstone of modern live broadcasting, delivering precision shots that would be impossible or unsafe for human operators. Companies such as EVS, a long‑standing provider of live‑production infrastructure, have expanded into robotics through its T‑Motion suite, acquiring Telemetrics and XD Motion to broaden its hardware portfolio. As broadcasters push for more immersive, multi‑camera experiences, demand for integrated control solutions is accelerating, creating a market ripe for platforms that can manage heterogeneous devices at scale.

Choreon, unveiled at the 2026 NAB Show, addresses that need with a single orchestration layer that binds EVS’s full robotics lineup—PTZ cameras, robotic heads, tracks, elevators, rovers, jibs, gyro systems and Cablecam—plus third‑party gear. The interface offers a high‑brightness touchscreen, tactile controls and haptic feedback, while AI‑assisted tools such as automated framing, path planning and dynamic motion profiling streamline complex moves. Standardized parameters for speed, acceleration and motion curves give operators a consistent control feel, and built‑in safety zones and multi‑sensor stop mechanisms protect crews in tight live environments.

By consolidating disparate control consoles into one intuitive platform, Choreon reduces setup time, lowers the risk of human error and enables collaborative operation among multiple directors and camera operators. Broadcasters can now scale from single‑operator shoots to large‑scale productions with dozens of synchronized robots without re‑training staff on each device. The solution positions EVS ahead of rivals that still rely on siloed interfaces, and signals a broader industry shift toward AI‑enhanced, human‑centric automation in live content creation. Adoption is expected to grow as networks seek cost‑effective ways to deliver richer visual storytelling.