Mirality AI Robotics

The Challenge We All Know

The fish processing industry faces a critical challenge: there simply aren’t enough workers.

Processing facilities across the country struggle to fill essential positions, leading to reduced capacity, longer working hours for staff, and missed opportunities during peak seasons.

Traditional automation hasn’t solved this issue.

Robotics designed for car factories are too rigid and expensive for the dynamic, hands-on nature of fish processing. Meanwhile, the
worker shortage continues to grow, as expenses increase.

Mirality is pioneering a practical solution called remote-operated robotics, combining human judgment with robotic capability to close the workforce gap.

How It Works

Instead of trying to program robots to work independently (which current AI isn’t yet capable of in complex environments like fish processing), Mirality’s system enables skilled operators to control robots remotely in real time using advanced VR interfaces.

The process is simple:
● Robots are deployed on your processing floor.
● Trained operators control these robots remotely via secure, low-latency connections.
● Operators see what the robot sees and guide its movements with precision.
● The robot performs the physical work under continuous human supervision.

Think of it as extending your workforce beyond geographical limits, allowing skilled labour from anywhere to work safely and effectively in your facility

Watch our 1:59m video by clicking here

Mirality focuses exclusively on solving real workforce challenges through achievable robotics, not speculative AI promises.

Our Current Stage

We’re running proof-of-concept trials with fish processing facilities to validate that
remote-operated robotics can meet the physical and operational demands of the job.

We’ve already demonstrated reliable long-distance operation, proving that network
connectivity and latency are no longer barriers to practical deployment.

What Makes Us Different

● Realistic expectations: Human-guided robotics, not overhyped AI.

● Industry focus: Tailored for fish processing, not general-purpose automation.

● Skilled operators: Specifically trained for food processing environments.

● Scalable approach: Start small with 1–2 robots, expand as results prove value

Remote Operation:

Robots are controlled by trained operators located off-site, much like drone pilots guiding aircraft. The operator sees through the robot’s cameras and directs its movements in real time.

Human-in-the-Loop (HIL):

Humans stay actively involved in every task. The robot doesn’t make decisions on its own; each action is guided or supervised to ensure safety and quality.

As operators guide robots through thousands of real-world tasks, the system learns. Over time, this allows gradual efficiency gains, eventually enabling one operator to oversee multiple robots. But we start simple: one operator, one robot, proving value through reliability and safety first.

Immediate Benefits:

● Fill unstaffed positions without compromising on quality.

● Maintain capacity even during labor shortages.

● Reduce strain on existing staff by handling repetitive or strenuous tasks.

● Scale flexibly based on seasonal demand.

Proof-of-Concept Approach:

We’re not asking for a major transformation overnight. Our pilots begin with 1–2 robots focused on specific, measurable tasks. Together, we assess performance against clear metrics, and iterate based on real data.

If it works, we scale. If not, we learn and improve.

Mirality develops practical robotics solutions for industries facing acute labor shortages.

Our team combines expertise in robotics, AI, and industrial operations to build systems that work in real-world conditions, not just research labs.

We’re currently collaborating with facilities across Ireland and Europe to validate our remote-operated approach through hands-on pilot programs.

Our goal is simple: help you sustain and grow operations despite workforce constraints.