Fresh from CES 2026 in Las Vegas, Dreame Technology has revealed its most expansive vision yet for connected living, introducing an AI-powered Whole-home Smart Ecosystem designed to bring homes, gardens and personal devices into a single intelligent network. The announcement marks Dreame’s shift from a brand best known for individual smart appliances to a broader platform that allows devices to collaborate through artificial intelligence, automation and a unified app experience.

As part of the global showcase, Dreame confirmed that several flagship products from its CES line-up will launch in Australia during 2026. Leading the local rollout is the X60 Max Ultra Complete robot vacuum, described as the company’s thinnest and most advanced model to date. Expected to arrive in Australia early this year, the ultra-slim robot is built for deep cleaning under low furniture and uses AI-enhanced navigation with intelligent obstacle avoidance for more precise performance. Australian pricing is yet to be announced and will be confirmed closer to launch. Dreame also plans to release an additional smart personal-care product from its CES range in early 2026, aimed at everyday users through a mix of intelligent sensing, adaptive performance and accessible design.

At CES, Dreame demonstrated how its ecosystem approach moves beyond standalone devices to create a fully connected smart living environment. The system is powered by AI algorithms, high-speed motors and intelligent automation, all managed through a single Dreame app. Devices are designed to share data and respond collectively, helping manage routine tasks, optimise comfort and improve wellbeing both indoors and outdoors.

Founder and chief executive Yu Hao said the debut represents Dreame’s largest-ever CES presence and a significant step in its long-term strategy. He explained that the company is applying its expertise in hardware, software and AI to transform homes into intelligent environments where technology works quietly in the background, allowing users to reclaim time for what matters most.

The ecosystem spans multiple areas of daily life, including smart home appliances such as refrigerators, televisions, washing machines, air conditioners and air purifiers that automatically manage household conditions. Smart cleaning remains a core strength, with robot vacuums, wet and dry vacuums and stick vacuums designed to reduce everyday effort. The smart kitchen category includes connected cooking and water solutions, while smart personal care covers products such as hair dryers, electric toothbrushes and wearable devices. Beyond the home, Dreame is expanding into smart garden and outdoor maintenance with robotic lawn mowers and pool cleaners, alongside smart entertainment products such as AI-powered glasses and printers.

Control sits at the centre of the experience through the Dreame app, which acts as a single hub for scheduling cleaning, adjusting climate settings and managing multiple devices at once. By replacing fragmented controls with a unified interface, Dreame aims to deliver more personalised and flexible living spaces that adapt to individual routines.

Alongside the ecosystem announcement, Dreame showcased a wide range of flagship products at CES, highlighting the role of AI across its portfolio. These included the ultra-thin X60 Max Ultra Complete robot vacuum, new wet and dry vacuum solutions, an embedded cabinet-style air conditioner, smart cooking appliances and an AI-driven hair dryer that adjusts airflow and temperature in real time. Outdoor innovations such as robotic pool cleaners and advanced robotic lawn mowers further demonstrated the company’s push beyond indoor environments.

With more than 30 million users worldwide, Dreame says its goal is to evolve smart devices from simple tools into intelligent companions that enhance daily life. As the Whole-home Smart Ecosystem expands and more products reach markets like Australia in 2026, the company is positioning AI as the foundation for a more connected, efficient and enjoyable approach to modern living.