Protocol Implementation Resources

The product implementation is ready, although with the deployment during the first partners’s system update expected to be finalized in eight months. We provide comprehensive resources for developers.

AI networks and Blockchains

Our protocol serves as an instrument for AI, ensuring seamless data exchange and enhanced performance. With our next steps, AI will be utilized primarily to detect anomalies within blockchain networks, rather than increasing transmission speed.

Implementation:

In the AI segment, network calls within AI libraries will implement our protocol with the special extension to switch to the protocol., while blockchain and decentralized application (dApp) integration will involve replacing network calls within the libraries. During Network calls the priority is set for the fastest stack. In blockchain and dApp integration, network calls will be adapted to use our protocol, facilitating efficient data handling.

Security

Data transmission leverages TLS 1.3 for security, and we employ Forward Error Correction (FEC) to mitigate data loss without additional transmissions.

Performance Optimization and Speed

Our protocol targets the transport layer (Layer 4) for speed optimization and can transport any data exchange for the any amount of volume. Despite regular UDP user oriented core, which has 100mb/s limit level, we have no restrictions for the speed and volumes. Because in essence, the protocol is designed as a core-level protocol of any system, not the user-core. It operates within the kernel space, increasing speed by avoiding context switching between user and kernel spaces. The mathematical approach involves analyzing latency and data transmission efficiency across layers. Unlike traditional protocols, GRACE maintains speed regardless of latency, a feature rooted in our intellectual property. Data goes from segmentation to packet, frame and byte. After segmentation, the data goes to the serialisation process to form the packet, and the packet meta data to the process of sending the packet to the network at a given point in time. Level 4 transport