Weave launches Isaac 0 for home laundry folding

Weave Robotics announced Isaac 0 on February 11, 2026, describing it as its first home laundry robot and saying initial shipments would begin with residents in the San Francisco Bay Area that month. Isaac 0 is a stationary system designed to fold household laundry from a regular wall outlet, with Weave positioning it as the first shipped version of a broader home-robot platform it began building after the company’s founding in summer 2024.

The Company

Weave was founded by Evan Wineland and Kaan Dogrusoz, who met at Carnegie Mellon and later worked at Apple. Wineland worked on AI product efforts including next-generation Siri, on-device personalization, Communication Safety and Focus modes; Dogrusoz worked across ML robotics research, Apple Watch interaction and iPhone hardware engineering. That background gives Weave a different shape from many home-robot startups because the company is building around consumer product constraints, embedded hardware experience and robotic learning rather than a pure lab-demo path.

The original Isaac concept was more ambitious than Isaac 0. Weave described Isaac as a personal robot for the home that could respond to voice or text commands, tidy messes, fold laundry and use remote operation when a task exceeded its autonomous capability. Early launch material said Isaac would stow itself in an included enclosure when not in use, with its camera folded and turned off. The company also said that within two months it had assembled a data-collection system and prototype, trained Isaac’s planner and VLA alongside a VLM pipeline, completed early autonomous tasks and collected its first reservations.

The Product

Isaac 0 is the narrowed version of that plan. Weave says it began as a stationary internal prototype of Isaac, built to improve one core part of laundry handling before expanding into the full mobile platform. The system can be installed in an afternoon, placed on a desk, plugged into a regular wall outlet and left to fold a load of laundry over roughly 30 to 90 minutes. The company says it folds T-shirts, long sleeves, sweaters, pants and towels, with its garment repertoire expanding over time.

The robot is not fully autonomous in every case. Weave says Isaac 0 runs autonomously when possible, while a Weave specialist can remotely step in for a short correction when the robot gets stuck on a difficult garment or makes an error it cannot yet recover from. The company says those corrections are used to improve the action models that drive the robot, with weekly model updates aimed at faster and higher-quality folding.

That operating model makes Isaac 0 closer to an early managed service. The system is physically simplified, task-specific and supported by remote intervention, but the simplification is also the point. A mobile home humanoid has to solve navigation, safety, manipulation, task planning, customer support and home variation at the same time. Isaac 0 removes mobility and starts with a narrow manipulation problem that households already understand.

The Launch

Weave said the stationary design helped it assemble, maintain and deploy robots faster, and that its fleet had already been operating for months at its first commercial customer locations before the home launch. The company said that fleet was folding thousands of pounds of laundry every month, giving Isaac 0 a service history before the first Bay Area home installs.

Weave’s order page lists two payment paths for Isaac 0: a $7,999 up-front payment that secures priority delivery and includes a two-year warranty, or a $450-per-month subscription with warranty coverage while the subscription is active. The company also requires a $250 refundable payment at order, and notes that the listed pricing is for home customers, with commercial use cases handled separately.

Maturity

Isaac 0 is a shipped early product, not proof that a general home robot is ready. The stronger signal is that Weave has moved from prototype and reservation language into a constrained robot that customers can put in homes, with a task scope narrow enough to measure and a remote-assistance loop that reflects current autonomy limits. Commercial relevance now depends on install quality, garment coverage, correction frequency, customer tolerance for remote support and whether the stationary laundry system creates enough value before the mobile Isaac platform arrives.

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