We lead with research. Solutions follow naturally.

Supra Research has put out 10+ papers for a wide range of blockchain protocols so far, this overview master whitepaper showcases how it all comes together and works on Supra Layer 1. It takes you through our native oracle services, MultiVM capabilities, Supra Containers, novel Tribes and Clans network design, Moonshot Consensus, transaction flow, parallel execution strategies, and much more. Read the full paper for an end-to-end overview of Supra Layer 1.

Supra IntraLayer is a comprehensive two-layer infrastructure for developers to create decentralized autonomous agents, comprised of a multipurpose decentralized network with native services as well as enshrined DeFi protocols. It facilitates trustless automation and provides comprehensive, seamless solutions for asset management and financial services throughout the digital finance landscape.

Presenting Supra Containers, a unique appchain model that creates flexible pockets of dedicated blockspace within Supra L1, reserved for current and future throughput needs of dApps. Containers gives builders a great deal of freedom and control to customize their gas fees, gas tokens, and governance. It lets them create appchain-like experiences at a fraction of the cost, with a much simpler setup process.

Presenting our novel Distributed Oracle Agreement (DORA) protocol - a highly resilient and efficient oracle protocol.

In this paper, we describe how agreement distance allows us to redefine agreement among nodes and how leveraging State Machine Replication (SMR) allows us to tolerate Byzantine failures of up to 49% in our DORA protocol.

Presenting Supra dVRF Service for generating verifiable random values in the Web3 ecosystem. We provide a smart-contract based flexible dVRF service framework, that is fully decentralized via a threshold cryptographic architecture.

It offers several new features - among them output-privacy, which enhances the utility of dVRF in the blockchain space and reduces the gas cost significantly.

Introducing Moonshot, a new family of high throughput, low latency blockchain-based SMR protocols characterized by Optimistic Proposal. We primarily cover Chained Moonshot, a variant of Moonshot that relies on vote broadcasting and QC Chaining.

In our experiments, Chained Moonshot produced 54.9% higher throughput and 41.1% lower latency than Jolteon, a state-of-the-art blockchain-based SMR protocol.

HyperNova is a trustless bridge design wherein the bridge nodes only act as relayers and NOT as validators of information so that the source and destination chain themselves validate the events from the other chain. This removal of the possibility of the corruption by the (middlemen) bridge nodes yields a higher level of security than of multi-sig bridges, of the level of source and destination chains.