Imagine trying to control a robot or a machine from thousands of miles away, but the connection keeps lagging or dropping. This technology acts like a super-efficient postal service for data, ensuring messages get through quickly even if the connection is poor. It allows machines to react in real-time, even across the globe or in space, without the usual frustrating delays.
Industries like mining and maritime lose millions in revenue due to communication lags and unreliable data transmission. Current UDP protocols lack the resilience needed for critical remote operations in extreme environments.
A resilient TCP-based API acceleration protocol with a .NET backend and a simulation testing system using Netropy.
If you are a remote mining operation provider dealing with communication delays in isolated areas — this project developed a TCP-based API acceleration that enables stable performance even with up to 10% packet loss. This ensures real-time control of machinery without the million-euro losses caused by unreliable networks.
If you are an autonomous shipping fleet operator dealing with unstable satellite links — this project developed a communication protocol that brings delays down to 300ms over 10,000km. This allows for precise remote navigation and monitoring across global distances.
If you are a satellite infrastructure company dealing with disruption-prone interplanetary links — this project developed space-grade communication capabilities. It provides a 30x effective technical benefit over current standards for long-distance data transmission.
Based on available project data, specific pricing or cost structures are not disclosed; the project is currently in the phase of market validation and launch.
Yes, the project has established scalable deployment infrastructure and a continuous integration pipeline to support expansion into global markets.
The technology was developed by Delta Cygni Labs Oy together with the European Space Agency (ESA). Licensing details are not specified in the provided data.
It is a TCP-based solution designed for API acceleration, meaning it can be integrated into existing industrial internet services to replace or enhance UDP-based protocols.
The project period runs from 2024-09-01 to 2027-02-28, during which the company will perform market validation and launch into key verticals.
The project is led by a single Finnish SME, Delta Cygni Labs Oy, which maintains 100% industry ratio. This lean structure suggests a highly focused commercial drive, leveraging a strategic partnership with the European Space Agency (ESA) to transition space-grade technology into terrestrial industrial markets.
Contact Delta Cygni Labs Oy in Finland
Contact us to facilitate a partnership with Delta Cygni Labs for industrial API acceleration.
