Arch Network is a bridgeless platform that extends the Bitcoin’s functionality for quick, secure, and fully-verifiable “smart contracts.”
In the Arch ecosystem, these “smart contracts” are referred to as programs. This setup enables users to adopt role-based trust assumptions, supporting use cases that range from fully trustless to those relying on our decentralized verifier network for trust.
Arch-Network Raised $7 million in funding from top backers like Multicoin Capital & OKX Ventures, Arch-Network has rolled out an XP campaign. Connect your Bitcoin wallet and participate in easy missions to start accumulating XPs, plus earn extra by referring friends. Though a token hasn’t been launched yet, their Whitepaper indicates one is planned for the future. Those who gather XPs may be eligible for an airdrop once the token goes live.
Arch Network step-by-step guide
1. Visit Arch Network Task Page & Connect your Bitcoin Wallet.
2. Go to “Missions” & Earn XP by completing off-chain missions on X & Discord.
3. Invite others and earn 500 XP plus 10% of each referral’s XP.
4. Increase your XP to eligible for upcoming potential airdrop.
5. Phases II (Testnet), & (Mainnet) will bring more on-chain rewards.
6. Increase rank from Cadet to Galactic Overlord to unlock greater rewards.
7. Join our Telegram channel for upcoming updates.
Bookmark Hyper DAF for more potential Airdrops to maximise your earning with verified airdrops.
Don’t forget to follow us on Twitter (X), Telegram, & Facebook to receive upcoming airdrops & news updates on time.
Arch Network Funding
Some key aspects of ROAST include
Optimistic Responsiveness: ROAST operates optimistically under normal conditions, meaning that it
can make progress quickly when the network is healthy and most validators are behaving correctly.
This allows the protocol to achieve low-latency block finality during times of network stability,
contributing to consistent block production. O
- Asynchronous Safety: ROAST leverages asynchronous communication, meaning that it can tolerate
varying network conditions, such as delays or partial partitions, without sacrificing safety. Even if
messages are delayed or lost, ROAST ensures that the consensus protocol remains safe and
eventually makes progress once network conditions improve. O - Adaptive Commit Rules: The protocol uses adaptive commit rules that adjust based on the current
network and validator conditions. If the network is experiencing delays or some validators are slow or
unresponsive, ROAST can adapt by waiting longer for additional confirmations before finalizing blocks.
This adaptability helps prevent stalling when some validators are offline or the network is temporarily
unstable - Fallback Mechanisms: In the rare case where the network experiences severe issues, ROAST includes
fallback mechanisms that allow the system to recover. These mechanisms might involve relaxing
certain requirements temporarily to allow block production to continue or using alternate
communication paths to bypass network issues. O - Decoupling Liveness from Synchrony Assumptions: One of the critical aspects of ROAST is that it
decouples liveness from synchrony assumptions, meaning that the protocol does not rely on strict
timing assumptions to make progress. This ensures that even under adverse conditions, where
messages might be delayed or network partitions might occur, the protocol can still make progress as
long as a sufficient number of validators are operational and honest
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