From old cell phones and traffic cams to state of the art satellite feeds, our P2P software client is compatible with most digital video stream formats. No special hardware is required.
Write 'Policy as Code' and let your control systems automatically account for the slightest visible change in any object, from the number of containers on a cargo ship in Montreal to the resting heart rates and gaze traces of dock supervisors in Shenzhen.
A scientifically and computationally verifiable oracle so your smart contracts will only execute according to real-life terms and conditions, regardless of time or distance and with no need for third-party intermediaries.
Our P2P computer vision software client can create arbitrarily precise, live simulations of any physical environment no matter its size or complexity.
Its API gives you a cryptographically tamper-resistant history of all environments. Which lets your algorithms jump across space and time and reveals the logistics of every operation by its emulation of all the people* and objects involved.
*Biological features that indicate individual identity can be blocked on private (indoor) Grassland networks to comply with regional privacy laws.
Understand how environmental cues influence human behaviour to optimize user experience.
Unlock new revenue with clear insights into the customer journey and conversions.
Joshua Gans - Professor, University of Toronto; author, Prediction Machines and The Pandemic Information Gap
Grassland's decentralised computer vision network gains more intelligence from exposure to volatility and attacks than from anything else. This allows your control systems to not just survive conditions that would destabilize other organizations but to thrive in them.
This data helps nodes find optimal territory expansion strategies. They "wargame" together through millions of outcomes per second to find the most cost effective deployment that gives you complete situational awareness w.r.t. a building, street, neighbourhood, city, etc.
This ability to regulate their own expansion lets nodes systematically overwhelm any opposition while predicting their behaviour.
