Will PTZ Cameras’ Auto Tracking Replace the Camera Operator?

Have you seen how advanced AI motion capture and auto-framing technology has become in PTZ cameras? Models like Sony’s SRG-A40 and BRC-AM7 showcase just how far this technology has come in such a short time. But does this mean AI will replace the traditional PTZ camera operator?

The short answer is no—but the role is evolving. Here’s how:

The Operator’s Role: From Hands-On to Engineering

While AI is intelligent, it still requires a creative human touch to achieve the desired results. Camera operators will shift from physically manipulating cameras to working more as engineers, programming AI systems to achieve the best shots. This includes:

Training the AI: Identifying key speakers by training the system to recognize specific faces.
Programming Shots: Setting up single, two-shot, or three-shot framing options.
Managing Transitions: Ensuring smooth coverage when one speaker exits and another enters the frame.

Rather than manually controlling pan, tilt, and zoom, operators will focus on:

Designing shortcuts and macros for efficient camera movement.
Mapping controller buttons to perform complex tasks quickly.
Overseeing AI-driven creative moves, such as starting wide and pushing in tight for dramatic effect.

The Role of Creativity and Direction

A Director’s vision remains essential. Directors determine how cameras contribute to storytelling, and PTZ operators ensure cameras execute this vision. However, the tools and workflows are changing:

Operators will need to blend traditional framing techniques with technical knowledge of AI systems.
Broadcast settings, where transitions must be seamless and coverage comprehensive, still demand human oversight.

In contrast, simpler setups like classrooms, church services, or small corporate presentations—where the focus is more on content than presentation—might rely more heavily on fully automated systems. In these use cases, budget plays a significant role, especially when the production doesn’t need to match broadcast quality.

Adapting to New Technology

The key for PTZ operators is to adapt. Staying ahead of the technology means:

Learning how to configure and optimize AI-driven systems.
Mastering the integration of cameras with controllers and software.
Developing skills in video and network engineering.

Operators who embrace these changes will be indispensable, ensuring that AI-enhanced setups meet the high standards of live production.

Budget Considerations

Will AI make production cheaper? It depends:

Budget-Optimization Scenarios: Reducing the number of PTZ operators by leveraging pre-programmed macros and automation. Examples include
- 10 ballrooms each with a single camera set to auto-track for simple, single-speaker PowerPoint presentations.
- Being able to increase the amount of PTZ cameras one operator can manage without sacrificing basic functionality.

Just keep in mind, the rental and purchase for cameras with AI licenses will be pricier. It will be interesting to see how much cost savings this actually yields.

High-Quality Productions: For broadcast or events requiring seamless transitions and creative framing, AI supports but doesn’t replace skilled operators.

The real value lies in who owns, configures, and operates this technology. A setup that looks as good as human-operated systems will command a premium.

The Future of PTZ Camera Operation

While AI won’t fully replace camera operators, it’s closer than we think. Operators must adapt to this technology shift, focusing on mastering the tools and workflows of AI-driven systems. Those who do will find exciting opportunities in this evolving landscape.

Adapt or die, right?