Today, phones and tablets can control devices across the connected home.
We pioneered the architecture.
Today, phones and tablets can control devices across the connected home.
We pioneered the architecture.
As devices become increasingly connected, a fundamental challenge is enabling them to discover one another, coordinate actions, and respond to commands issued from multiple controllers. Sookbox developed a framework for networked device coordination that allows handheld devices to direct media or actions to the appropriate output devices while receiving feedback and state information across the network. This architecture enables seamless interaction among streaming devices, smart home products, and other connected systems, forming a foundation for modern connected-device ecosystems.
patented
technology
Sookbox introduced an architecture that moves beyond the traditional model of a single controller connected to a single device and output. Instead, the framework enables multiple controllers and multiple devices to interact within a shared network environment. Within this architecture, content and control are decoupled, allowing handheld controllers to direct media or actions to appropriate output devices while receiving feedback and state information across the network. Devices can coordinate with one another and respond dynamically to commands issued from multiple control points. These concepts are broadly applicable across modern connected-device ecosystems, including streaming platforms, smart televisions, home automation systems, connected audio and video devices, and legacy devices integrated into smart environments. Architectures reflecting these concepts have become increasingly common across modern consumer electronics platforms. Certain Sookbox technologies are protected by issued patents listed below.
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Sookbox Patents
proven innovation
Sookbox holds issued patents covering foundational technology for the discovery, coordination, and control of multiple networked devices. The inventions describe systems in which devices can communicate status information with one another while being controlled from one or more handheld controllers, enabling coordinated behavior across distributed devices. The patents disclose techniques that may include, among other things, multi-directional feedback between devices, dynamic device discovery, and the management of connectivity information across heterogeneous controllers and endpoints. These approaches allow devices on a network to maintain awareness of each other's state and respond to commands issued from multiple control points. These concepts are broadly applicable across modern connected-device ecosystems, including streaming platforms, smart televisions, home automation systems, connected audio/video devices, and legacy devices integrated into smart environments. As the Internet of Things expands, architectures that enable devices to coordinate state and control across networks have become increasingly important.
US Patent 11,831,561: System, Apparatus, and Method For Controlling Internet Devices Via a Mobile Device Session US Patent 11,025,556: System, Apparatus, and Method For Controlling Internet Devices Via a Mobile Device Session US Patent 9,503,486: Configuring, Networking, and Controlling a Plurality of Unique Network-Capable Devices US Patent 9,497,137: Digital Content Connectivity and Control via a Plurality of Controller that are Treated DiscriminativelyPATENT PUBLICATIONS
Method and System for Providing Digital Content Digital Content Connectivity and Control via a Plurality of Controllers that are treated as a Single ControllerSookbox History
Early Work in Networked Device Coordination
Sookbox was founded in 2011 to develop technologies that enable devices on a network to discover one another, coordinate actions, and respond to commands issued from handheld controllers. To demonstrate and validate these concepts, Sookbox developed the Stream Runner, a working prototype device introduced at CES 2013. The system allowed handheld devices to direct content or actions across multiple networked devices while receiving feedback and state information from the devices on the network. This early system demonstrated an architecture that separates content from control and enables coordinated behavior among multiple devices and controllers within a shared network environment. Many of the concepts explored in these early systems have since become common across modern streaming platforms, smart devices, connected audio/video systems, and broader Internet-of-Things ecosystems.
Sookbox Media
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Sneak Peek Into Sookbox's Digital Media Unleashed - Verizon MIT Meet-Up Sookbox presents at Boston New TechnologyImageS
Bryan Cranston using the Sookbox system during an early demonstration of the platform.
Contact
Sookbox develops foundational technologies for coordinating networked devices across modern connected ecosystems. For technology discussions, licensing inquiries, or media inquiries, please reach out below:
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