SiMa.ai and STIGA S.p.A. have announced a strategic partnership aimed at transforming the capabilities of robotic lawn mowers through real‑time, energy-efficient Physical AI. The collaboration, revealed on February 25, 2026, brings together SiMa.ai’s expertise in low-power AI acceleration and STIGA’s long-standing leadership in garden machinery to deliver a new generation of autonomous outdoor equipment designed for smarter, faster, and more adaptive performance.
STIGA, a well-known name in European garden technology, has moved beyond traditional lawn mowers to develop advanced autonomous machines. Through a new partnership, the company is bringing in a system that helps robotic mowers better understand and work in real-world settings. This step follows a larger trend in outdoor equipment, as more intelligent machines are being used in both home and commercial landscaping.
The key to this partnership is SiMa.ai’s machine-learning system-on-chip (MLSoC) platform, which can handle advanced AI tasks quickly and with less power. This is important for robotic lawn mowers because longer battery life means they can run and perform better. With this technology, the mower can understand its surroundings, make quick decisions, and move accurately, even when outdoor conditions change.
According to SiMa.ai founder and CEO Krishna Rangasayee, the goal of the partnership is to remove the complexity typically associated with edge AI and make it accessible for practical, real-world devices. “This partnership represents a major step forward in delivering real-world AI to edge devices,” he said. “By joining forces with STIGA, we’re removing the traditional complexity of edge AI and empowering STIGA with solutions that perform effortlessly, without compromise.”
For STIGA, which ships more than a million gardening machines annually across 87 countries, the integration of Physical AI represents the next stage of innovation in outdoor robotics. CEO Sean Robinson emphasized that the company’s focus has always been on smarter design, safer operation, and better user experience. With SiMa.ai’s technology, robotic lawn mowers can operate with greater precision while using significantly less power, enabling lighter designs and more efficient performance. “The way these operations are delivered with low power consumption is where SiMa.ai technology truly excels,” said Robinson. “This allows the robots to achieve much more with the battery power available, resulting in lighter, more efficient, and cost‑effective intelligence.”
This technological shift signals how autonomous garden systems are evolving into more capable, connected, and intelligent machines, reinforcing Robotic Lawn Mowers trends observed across the global landscape of robotic lawn care solutions, where integrated AI, improved sensing, and real-time responsiveness are increasingly becoming standard expectations in both domestic and commercial settings. Beyond improved perception and decision-making, the partnership is expected to deliver a scalable architecture that can be applied across STIGA’s entire range of robotic lawn mowers. This includes both residential models and heavy-duty commercial systems used in public spaces, parks, and large estates. The combined hardware-software approach ensures that future upgrades, new AI features, and enhanced automation capabilities can be introduced without reworking the entire system.
The Modalix platform from SiMa.ai provides the foundation for this integration, delivering leading compute efficiency for artificial intelligence at the edge. The platform, currently utilized in robotics, smart vision applications, and autonomous systems, is designed with flexibility to support evolving AI workloads. By leveraging STIGA’s expertise in outdoor environments and mechanical design, the partnership seeks to set a new standard for intelligent outdoor robotics.
With advancements in Physical AI enhancing the capabilities of intelligent machines, the collaboration between SiMa.ai and STIGA marks a significant step in integrating advanced autonomy into garden equipment. This partnership facilitates the development of robotic lawn mowers capable of navigating complex environments with improved accuracy, efficiency, and reliability, while maintaining the extended runtime and durability required for outdoor applications.
