Muon is a decentralized Nodes as a service Network that enables running Web2 and Web3 applications, off-chain, on-chain, and cross-chain. The network acts as a base layer that bridges the division between blockchains, creating a fluid DeFi ecosystem. The Muon layer exists between blockchains, connecting different protocols and allowing them to talk to each other, ensuring blockchain interoperability.
Blockchains are great for storing valuable data securely, but running software is expensive and slow. This is where Muon comes in: its elementary node layer allows external smart contracts to securely perform complex computations at zero gas cost through off-chain computation.
Muon will give partnering blockchain projects high-speed performance, by means of our "data-on-demand" principle, needed to become industry leaders in their respective fields. Using truly decentralized oracles and cross-chain bridges has never been as easy and secure.
Secure Subsequential Consensus
Muon’s core consensus layer is a unique and completely new type of system which we've named Secure Subsequential Consensus. Through adaptive collateralization, the protocol can ensure fast execution times while simultaneously ensuring that node consensus can be reached.
Seamless scalability
The Muon network is not a chain, nor does it permanently store data, therefore, the network can scale horizontally with ease without any limits.
Decentralized Computation
With Muon, any Web3 app can run high-level, tamper-proof computations (Python, Java, C, C++, Rust, etc.) within its own Muon app container. Nodes running the same Application can gossip and even work together, forming a decentralized super-computer.
Customizable and cost-efficient
Nodes are not required to run all apps and are able to opt-in or -out of the program they'd like to run on their machine.
● Specialized nodes: nodes running a very specific app
● General nodes: nodes running (almost) all apps
Web3 developers can now shift between the trade-offs this configuration yields: security vs. speed.
October 2021
Ongoing
Q2 2022
Q2 2022
Q3 2022
Q1 2023
2023
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Atención. Existe el riesgo de que los miembros no verificados no sean realmente miembros del equipo
