By Rose Morrison, managing editor of Renovated and The Landscape Guide.
The worlds of gaming and industrial automation are more closely related than you might think. The loop of intuitive control and instant feedback applies to both the philosophy of gaming interface design and the modern workforce. Here’s a guide to the present and future of work automation technology based on gaming psychology.
Remote Control Systems You Can Use at Work
Industries across the board have implemented sophisticated controllers to handle physically demanding tasks. Now, workers can rely on hardware and demonstrate their operational skills rather than physical endurance. Here are five examples of the gamification of technical systems and the psychological principles they adapt for the workplace.
1. Haptic Feedback Controllers in Construction
Modern construction equipment and teleoperation systems increasingly use familiar joystick-style controls, cameras, sensors and, in some systems, force or haptic feedback. The useful gaming parallel is not that an excavator is a game controller, but that both interfaces try to turn complex movement into predictable inputs and immediate feedback.
Excavators borrow from gaming psychology because their controllers resemble racing simulators. Experts say you can maneuver them in small spaces, which resembles Mini Micro Racing or Pocket Races. Players could also compare these remote control systems to fishing games, considering tension builds in the controller triggers.
Psychological principles:
- Embodied cognition: The mind understands the world through physical sensations and movements.
- Sensory feedback loop: An action provides sensory information that guides the next action.
2. Drones in Warehouse Operations
Warehouse drones are a good example of where the gaming analogy needs restraint. Many modern inventory drones are autonomous or semi-autonomous: staff plan missions, supervise exceptions and review scans rather than manually flying a drone from shelf to shelf. DSV and other warehouse operators now use automated drones to scan racking and feed inventory data back into warehouse-management systems.
The game-like element is therefore in the interface: maps, status indicators, mission progress and exception alerts can make a complex physical environment easier to understand. The goal is operational clarity rather than entertainment.
Psychological principles:
- Spatial presence and wayfinding: On-screen aids, such as maps, create an immersive sense of being in the remote environment.
- Mastery orientation: The personal satisfaction of achievement creates a motivational drive to become highly skilled and competent at a task.
3. Autonomous Lawn Mowers
Traditionally, mowing grass on a large commercial property is challenging, especially amid the elements and constant vibrations. However, times have changed to favor remote-controlled systems and autonomous mowers. Experts say these machines can clean up to three acres per hour, depending on conditions.
Autonomous lawnmowers connect to psychological drivers of your favorite video games. You’re a fleet manager who gets to control different systems and manage resources as if you’re in popular simulators, like The Sims or Minecraft. In real life and video games, you get to see the revenue of each asset and its utilization rate.
Psychological principles:
- God game appeal: Controlling and managing a complex system or environment from an all-seeing perspective boosts enjoyment.
- Visual progress feedback: Graphical indicators show a user how much they’ve accomplished and how close they are to completing a goal.
4. Skill Trees for Surgical Robots
Robotic-assisted surgery also uses interfaces that resemble high-end simulation more than conventional hand tools. Here the important learning process is usually the operator’s: surgeons train precision, hand-eye coordination and instrument control through simulators and structured exercises, while newer research is also exploring force-feedback interfaces.
The “skill tree” analogy works better as a description of training progression. Operators begin with basic manipulation tasks and advance toward more complex procedures as competence develops, much like a game reveals harder abilities after foundational skills are mastered.
Psychological principles:
- Progressive disclosure: Advanced features or complex information are revealed slowly to avoid overwhelming the user.
- Investment and commitment loop: Users become more dedicated to a task or system the more time and effort they invest.
5. Resource Management in Remote Mining
Mining companies now coordinate autonomous and remotely operated equipment from centralized operations centres that can be far from the mine itself. Rio Tinto, for example, coordinates Pilbara operations from a remote Operations Centre near Perth, with controllers working across autonomous haulage, plant, pit and drill environments.
Remote mining emphasizes principles similar to those in Minecraft mods, where resource management is essential. It also resembles complex strategy games like Civilization because you’re managing a complex system. You’re also participating in simulations and making strategic decisions.
Psychological principles:
- Cognitive load management: The interface presents information in a way that minimizes mental effort and simplifies system operation.
- Macro and micro management: A user simultaneously manages both the high-level, long-term tasks and the immediate, detailed tasks of a complex operation.
Comparing Gaming and Industrial Remote Control Interfaces
The latest remote controls look like they could be used in high-end gaming setups. Their shared DNA stems from ergonomic comfort and reducing cognitive load. However, there are key differences between virtual entertainment and the high stakes of physical labor.
| Environment | Primary Goal | Controller Ergonomics | Key Inputs | Feedback | Internal User Interface |
| Gaming | Entertainment and immersion | Designed for long sessions | Analog joysticks and pressure-sensitive triggers | Rumble and vibrations for immersive effects | Minimal to no interface |
| Industrial | Precision and efficiency | Heavy and robust | Heavy-duty toggle switches and guarded buttons | Haptic feedback controllers for real-world information | Built-in LCD or OLED screen with vital telemetry |
Future Developments in Remote Control Systems
Remote systems have become integral in workplaces worldwide. For example, construction professionals use smart sensors for retrofitting old homes and office buildings. Here are additional ways gaming principles will likely be integrated in the future:
- Virtual or augmented reality cockpits, immersing users in aviation settings
- AI-powered co-pilots offering suggestions as a sidekick
- Digital twin simulators replicating real-world sites
- Biometrically aware interfaces tracking focus and fatigue
- Procedurally generated challenges to sharpen skills in unique scenarios
Blurring Work and Play
Skilled labor has fundamentally shifted, making jobsite operations similar to living room controllers. Demanding jobs are now leveraging engaging video game controllers, such as instant feedback and skill mastery. Remote control systems are at the heart of this change, with operators using them in numerous settings.
About Rose Morrison
Rose Morrison is a tech enthusiast with over 10 years of experience bridging the gap between digital innovation and environmental design, currently serving as the managing editor of Renovated, where she analyzes cutting-edge smart home technologies and sustainable building solutions. Rose also runs a passion project over at The Landscape Guide.
