Aiper reveals research and development strategy

Aiper reveals research and development strategy, signalling a bold future for the robotic pool cleaning industry

Aiper unveils its proprietary simulation platform, state-of-the-art testing facilities, and top-tier talent behind its award-winning cordless robotic pool cleaning technology

AUSTRALIA – September 30, 2025: For the first time, Aiper, a global leader in cordless robotic pool cleaners, is offering a look behind the scenes at its research and development (R&D) approach, widely regarded as one of the most advanced in the pool cleaning industry. Supported by substantial investment and a highly skilled global engineering team, Aiper is shaping the next generation of intelligent, high-performance cordless pool cleaners. Every innovation is designed with real-world pool owners in mind, combining cutting-edge technology with practical solutions that make pool maintenance simpler, more efficient, and more reliable than ever before.

More than two-thirds (70%) of Aiper’s workforce is dedicated to R&D, a deliberate choice that drives continuous progress across safety, design, performance, and product quality. Among its technical leaders are graduates from top universities such as Tsinghua and Zhejiang, who bring deep expertise and vision to every stage of development. Today, the company holds more than 500 patents, reflecting its commitment to creating original technologies that expand what cordless robotic pool cleaners can achieve.

Central to this innovation is Aiper’s proprietary simulation platform, the world’s first physics simulation engine for pool environments. Built on a combination of real-world pool data, 3D models from leading construction firms, and synthetic data generated by computer vision models, the platform creates a virtual environment where Aiper’s robots are tested under countless conditions, including rare and complex scenarios that would be almost impossible to recreate consistently in the physical world.

Inside this space, the robots operate around the clock, encountering a variety of real-world challenges. Engineers allow them to fail, adapt, and learn in a controlled setting, resolving up to 80% of issues before a physical prototype is built. This accelerates development cycles while also improving safety and reliability, both critical for cordless robotic pool cleaners designed to work independently. It is an approach that blends cutting-edge technology with practical problem-solving, ensuring that innovation is always tied back to user needs.

Virtual testing is complemented by extensive physical trials. Aiper’s two in-house facilities span more than 73,000 square feet and contain over 135 custom-designed pools that replicate a wide range of shapes, surfaces, water flows, and debris conditions. These environments are used to test durability, performance, and resilience well beyond typical household use. Rigorous trials and extreme condition testing have earned Aiper TÜV safety certifications as well as international design recognition, including iF and Red Dot awards.

At CES 2025, Aiper introduced its third-generation flagship, the Scuba X1 Pro Max. Alongside leading cleaning performance and smart features, the model addresses one of the industry’s toughest challenges: underwater wireless communication. This advancement opens the door to new possibilities in user experience, making interactions with the robot more seamless and intuitive. The result is a more connected, capable, and user-friendly product that reflects the company’s ongoing drive to solve long-standing challenges.

With this future-focused R&D strategy, Aiper is setting new benchmarks for the category. Its blend of engineering excellence, real-world reliability, and thoughtful design is shaping how people care for their pools, offering a glimpse of how technology can make even the most routine household tasks smarter, simpler, and more sustainable. For additional information about Aiper products visit https://aiper.com/au/.