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Pi Sài Gòn
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Pi Sài Gòn
@ngoc03122
Đam mê phát triển công nghệ, blockchain, web3.
Ho Chi Minh, Vietnam Katılım Ekim 2023
973 Takip Edilen510 Takipçiler
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Starship launch next week!
SpaceX@SpaceX
Starship’s twelfth flight test will debut the next generation Starship and Super Heavy vehicles, powered by the next evolution of the Raptor engine and launching from a newly designed pad at Starbase. The launch is targeted as early as Tuesday, May 19 → spacex.com/launches/stars…
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@inter_link Kyc 3 tháng không xong, công nghệ web 2, Scam lừa anh à?
Tiếng Việt

👀 Active Bounty Season 3 is coming soon
To celebrate the milestone of 8M real users and the upcoming launch of the InterLink Private Mainnet, a new global campaign is about to begin.
Built for both new users and long-time community members, this campaign will introduce multiple ways to earn points, unlock rewards, and participate across the ecosystem.
🎁 Total rewards worth up to $50,000
Including exclusive prizes such as:
🏆A once-in-a-lifetime trip to New Jersey to watch the 2026 FIFA World Cup Final live in the stadium
📘 InterLink Book
🎟️ And many more ecosystem prizes
Is everyone ready to join the race with @inter_link?
More details will be revealed very soon.
#InterLink #ITLG #ITL

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@inter_link Kyc 3 tháng chưa xong, công nghệ web 2? Có Scam không?
Tiếng Việt

InterLink Chain: How Validator Consensus Actually Works
The Validator Role
A validator on InterLink Chain handles three responsibilities simultaneously: proposing blocks, verifying blocks proposed by others, and signing finality votes. Every active validator participates in all three phases of every consensus round.
Uptime is not optional. A validator that goes offline reduces the active set size. Sustained downtime degrades network performance before it ever reaches a critical threshold. Uptime is a network security commitment, not just an economic one.
Block Proposal and Verification
Proposal rights rotate across the active set, weighted by stake. When selected, the proposer assembles a block, executes all transactions, computes the state root, and broadcasts to the validator set within a strict timeout window.
Every other validator then independently re-executes every transaction. Invalid state transitions or incorrect ordering get caught here. Validators vote on the result. When 2/3 of the active set approves, the block moves to Lock, then Finalize.
Deterministic finality in 3 to 5 seconds. Not probabilistic. Irreversible.
Slashing Mechanics
Two slashable offenses exist. Equivocation: signing two different blocks for the same round. Triggers immediate large slash and removal from the active set. Liveness failure: sustained downtime below the minimum participation threshold. Treated less severely but still penalized.
All slashed amounts are burned. Not redistributed. Not sent to a treasury. Permanently removed from supply.
Delegation in Practice
Delegated stake adds to the validator’s total weight, affecting proposal frequency and voting influence. Delegators earn rewards proportional to their share of the validator’s stake minus commission. If the validator is slashed, the delegator is slashed proportionally. No shield exists between delegator and validator performance.
Unbonding is not instant. Stake in the unbonding queue remains slashable for misbehavior that occurred during the bonded period. The unbonding window is the protocol’s evidence submission window.
The Competitive Validator Market
Validators compete for delegation through uptime history, commission rate, and slash record. The protocol enforces the rules. The market allocates the capital. No central authority decides which validators win.
This is the infrastructure layer. Everything else runs on top of it.
#InterLink #ITLG #ITL

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