THREAD AT CES 2025

CES 2025 will be held in Las Vegas, NV from January 7th to January 10th. CES is the most influential tech event in the world, the proving ground for breakthrough technologies and global innovators. This is where the world's biggest brands do business and meet new partners, and the sharpest innovators hit the stage. Thread Group members are showcasing their innovative Thread-based products and solutions at CES 2025 and we are incredibly excited for what's in store!

KEY BENEFITS OF THREAD

Reliable: Thread is dependable. All of your Thread-enabled devices connect to create a reliable, secure and self-forming mesh network with no dropped connections. In contrast to Wi-Fi and Bluetooth, Thread scales easily and strengthens with every new device. 

Fast & Instant Control: Thread-enabled smart devices deliver fast responses regardless of network size.

Extended Range: Thread is well connected. A Thread mesh network extends with each additional Thread-enabled device, which means wider coverage in your home.

Efficient & Years of Battery Life: With its low power consumption, Thread significantly extends the battery life of devices like door locks and sensors.

THREAD RESOURCES

Blog Posts

• Thread 1.4 Paves The Path For Smart Devices To Work Together, Regardless Of Their Ecosystem Or Manufacturer
• Milestones + Meaning: 10 Years Of Smart Home And Building Tech Innovation
• What Is A Thread Border Router, And How Is It Different From A “Hub or “Bridge”
• Multiple Thread Networks and The Seamless Interconnectivity of IP
• Thread Grows Your Home's Capabilities, Not Its Clutter

Fact Sheets

• Thread Smart Home Fact Sheet
• Thread Smart Buildings Fact Sheet

Videos

• Smart Home Setup Made Easy. Fast. Strong, and Reliable with Thread.

Questions about Thread? Check out our FAQs here.

INTERESTED IN JOINING THREAD GROUP?

To learn more about Thread Group membership, click here. We are in the process of developing successor specifications so be sure to look into our membership opportunities for ways to get involved in the next iteration of Thread.