An operating system platform to map, secure, and intelligently orchestrate device infrastructure at the edge.
Translate data into autonomous applications that program the edge to achieve outcomes.
A search engine that converts results into autonomous applications that run across a distributed, disaggregated control plane at the edge. The SwoopSpace makes it possible to understand structured and unstructured heterogeneous data in order to elevate the command of systems running in the physical world.
Unifies data, network, and trust management, ushering in a new model of distributed control to keep up with an increasingly diverse, proliferating, and complex data and asset environment.
An operating system built upon a new bedrock of security to command and control the physical world, where the network is the platform.
A kernel securely partitioned across space, time, and power from the host legacy OS that schedules and manages a distributed interrupt system. Skipper provides a hardware agnostic and legacy compatible trusted enclave to run edge applications.
Enables users to define programmable mesh networks that secure and interoperate disparate connected systems. SCN is backwards compatible with legacy protocols while also unleashing novel mesh protocols to make networking a distributed compute platform.
Timing is an integral foundation to all that exists in digital life. Swoop’s synthetic time technology enables a clock to be defined in math, rather than by its physical oscillator, revolutionizing the world of PNT.
An ecosystem of new possibilities, born from harnessing data and next generation distributed command and control of the physical world.
Data becomes the input into an engine generating autonomous applications
Agile modernization of infrastructure that also protects legacy investments
New bedrock of security that resets the power dynamic between attack and defense
Programmable interoperability to liberate proprietary vendor silos
Network as a platform for a new generation of protocols and compute