Syncere logo
AI/ML
Consumer/Retail
Hardware/Robotics

Syncere

Ambient home robotics and intelligent robotic lamps

CORE INFO

$11M
Total Funding
Pre-Seed
Round
2025
Founded
~12 employees
Team Size
Palo Alto, CA
Headquarters

Syncere sells LUME, a furniture-like floor lamp that can navigate homes and handle chores such as folding laundry, making beds, resetting pillows, and tidying rooms. Its customers are consumers who want household assistance without adding a conventional robot to their living space.

  • Funding: Syncere announced an $11 million pre-seed round led by a16z Speedrun on November 3, 2026.axios.combizjournals.com
  • Paid preorders: Syncere had approximately 1,500 by November 3, 2026, with LUME deliveries beginning to Bay Area customers.bizjournals.com
  • Fast Company reported that LUME combines a living-room lamp design with laundry-folding robotics and that Syncere was moving the product into production, while noting unresolved manufacturing and reliability risks.fastcompany.comfastcompany.com

WHY WE WOULD WORK AT SYNCERE

Give Time Back

Help build robots that return time, attention, and freedom to people at home. LUME already targets tangible chores like folding laundry, making beds, and tidying rooms.

Redefine Home Robotics

Work on a radically different form factor: an intelligent floor lamp instead of a humanoid robot. LUME combines lighting, autonomous navigation, manipulation, perception, and local AI in one domestic product.

Build From Zero

Join a 2025-founded company moving from concept to production in under a year. With roughly 12 employees and plans to at least double headcount, your work can shape products, processes, and culture.

Cross-Disciplinary Team

Collaborate across robotics, machine learning, mechanical and electrical engineering, manufacturing, and design. The team brings experience from Stanford, Harvard, Apple, Tesla, Nuro, AMD, and the University of Toronto.

Real Customer Momentum

LUME has approximately 1,500 paid preorders, about $4.8 million in reported preorder demand, and initial Bay Area deliveries underway. You'll help turn early demand into a reliable household product.

Proven Early Recognition

LUME was named a TIME Best Invention of 2026 and won a Fast Company Innovation by Design Award. The company has also raised an announced $11 million pre-seed led by a16z Speedrun to scale manufacturing and physical-AI development.

MARKET AND TRACTION

KEY METRICS

✦ KEY METRIC
  • Approximately 1,500 paid preorders have been reported, with estimated preorder demand of approximately $4.8 million; the company has not disclosed how much of that demand has been collected.

  • LUME deliveries have begun to Bay Area customers, with broader U.S. delivery planned.

  • Syncere announced an $11 million pre-seed financing led by a16z Speedrun and had approximately 12 employees as of November 3, 2026.
  • NOTABLE CUSTOMERS

    ✦ KEY METRIC
  • Syncere does not publicly identify individual household customers or enterprise clients.

  • The company has reported approximately 1,500 paid preorders and initial deliveries to customers in the San Francisco Bay Area.
  • MARKET POSITION

  • Syncere operates in consumer robotics, home robotics, consumer hardware, and smart-home automation, initially targeting residential household tasks.

  • Its ambient robotics approach differentiates LUME from conventional humanoid robots by integrating robotic manipulation, autonomous navigation, perception, local AI computing, and lighting into a furniture-like floor lamp.
  • COMPETITIVE ADVANTAGE

  • LUME is designed to blend into domestic environments while performing tasks such as folding laundry, making beds, resetting pillows, and tidying rooms.

  • Syncere combines robotics engineering, computer vision, physical AI, and design-led industrial design, with software-updatable capabilities intended to expand the product's usefulness over time.
  • PRODUCT AND TECH

    LUME Robotic Lamp

    LUME is Syncere's flagship ambient home robot: a furniture-oriented floor lamp that combines illumination with autonomous household assistance. Its design helps robotics blend naturally into domestic environments.

    Robotic Manipulation

    LUME uses robotic manipulation to perform soft-material and household tasks such as folding laundry, making beds, resetting pillows, and tidying rooms. This gives the system practical utility beyond lighting.

    Computer Vision Perception

    Computer vision and perception systems help LUME understand its surroundings, identify household objects, and interact with them. These capabilities support autonomous navigation and chore execution.

    Local Physical AI

    Syncere combines local AI computing, machine learning, and physical-AI techniques to enable responsive robotic behavior in the home. Sensor data from household activities is used to train LUME's AI and vision systems.

    Adaptive Software Capabilities

    LUME is designed to gain additional chore capabilities through software updates without requiring new hardware. ClearTouch® technology combines vision, manipulation, and light, while Personalization Band® learns user preferences during onboarding.

    COMPANY CULTURE

    Values

  • Design intelligent robots that blend naturally into human-centered environments

  • Give people back time, attention, and freedom

  • Prioritize comfort, trust, and unobtrusive assistance

  • Combine beauty, utility, and advanced robotics
  • Operating Principles

  • Build technology that fades into the background

  • Design around real household needs and human behavior

  • Integrate robotics, AI, perception, and industrial design

  • Continuously expand capabilities through software updates
  • Work Style

  • Small, in-person, hardware-focused team

  • Multidisciplinary collaboration across robotics, engineering, AI, and design

  • Hands-on product development from testing through assembly

  • Move quickly from concept to production
  • Team Cadence

  • Close collaboration across mechanical, electrical, robotics, and machine-learning teams

  • Rapid prototyping and iterative testing in domestic environments

  • Feedback-driven development informed by sensor data and household tasks

  • Cross-functional focus on manufacturing, delivery, and customer experience
  • Learning & Growth

  • Work on autonomous navigation, manipulation, computer vision, and local AI

  • Develop physical-AI systems for real-world household tasks

  • Learn across research, engineering, industrial design, and manufacturing

  • Grow with an early-stage company expanding its robotics team