With its infrastructure that allows users to transfer tokens between different networks quickly, securely, and flexibly, Allbridge plays a critical role especially for DeFi, NFTs, and Layer-2 solutions.

What is Allbridge (ABR)?

Allbridge Classic is a bridge infrastructure that connects EVM and non-EVM compatible blockchain networks, providing fast and secure asset transfers. Thanks to this system, users can freely move native and wrapped tokens across chains.

The project’s long-term vision is to enable not only token transfers but also NFT and Layer-2-based asset transfers in the future.

What is a Blockchain Bridge?

A blockchain bridge is an infrastructure that allows tokens or data on one network to be securely transferred to another blockchain network. Since different networks differ in consensus mechanisms, governance models, and technical infrastructure, direct transfers are not possible. Bridges eliminate this incompatibility.

Bridges are generally divided into two main categories:

• Centralized (Federated) Bridges: Based on trust relationships.
• Decentralized (Trustless) Bridges: Operate through smart contracts and validators.

Allbridge Classic offers a more modern and versatile structure, providing reliable interaction between different networks.

Advantages of Allbridge Classic

1. Wide Chain Compatibility Supports both EVM-based and non-EVM networks, allowing seamless transitions between different infrastructures.

2. Fast Transfer Mechanism Transfers take only as long as the relevant blockchain’s confirmation time. Each transfer consists of two stages:

   • Sending from the source chain
   • Receiving on the destination chain

   This minimizes transfer duration.

3. Flexible Transfer Architecture Users can:

   • Send native → receive native
   • Send native → receive wrapped
   • Send wrapped → receive native
   • Send wrapped → receive wrapped

   This flexibility is a key advantage that sets Allbridge apart from many competitors.

4. Dynamic Fee System Users who stake ABR can reduce transfer fees. The bridge fee is collected at the start of the transaction and automatically calculated based on the amount of staked xABR.

5. Security Allbridge infrastructure has been audited by security firms such as Hacken, Kudelski Security, Cossack Labs, and CoinFabric.

How Does Allbridge Classic Work?

A transfer consists of two main steps:

1. “Send” transaction on the source chain
2. “Receive” transaction on the destination chain

Four main components are involved in the transfer process:

• User wallet
• Source chain smart contract
• Destination chain smart contract
• Validator

Four Different Transfer Scenarios

1. Native → Native Transfer Token is locked on the source chain; the same token is released from the liquidity pool on the destination chain.
2. Native → Wrapped Transfer Token is locked on the source chain; an equivalent amount of wrapped token is minted on the destination chain.
3. Wrapped → Native Transfer Wrapped token is burned; the locked native token on the source chain is released.
4. Wrapped → Wrapped Transfer Burning occurs on one chain while a new wrapped token is minted on the other chain.

This system keeps total token supply always balanced.

What is ABR Staking?

Allbridge Staking allows users to stake ABR tokens to:

• Earn a share of bridge fees
• Reduce their own transfer costs

Stakers receive xABR in return, which represents their share in the pool.

Staking Pool Structure Each blockchain has its own staking pool. Rewards are calculated based on the pool of the chain where the user staked. Rewards come from two sources:

• Shares of bridge fees
• Early-stage incentive rewards

Relationship Between Staking and Bridge Fees

The amount of xABR in the user’s wallet directly affects the bridge fee paid during transfers. As pool TVL increases, more ABR must be staked to maintain the same discount rate. The fee is automatically calculated just before the transfer begins.

How to Stake ABR?

1. Decide on which chain the fee discount is desired.
2. Purchase ABR tokens.
3. Stake via Allbridge Staking interface.
4. Receive xABR in return.

What is Staking DAO?

Staking DAO enables decentralized determination of reward distribution within the Allbridge ecosystem. Users who stake ABR gain voting rights (Vote) in proportion to their locked xABR.

Main responsibilities of the DAO:

• Determine reward distribution across chains
• Grant governance functions to xABR token

DAO Voting System

• Votes are cast weekly.
• Voting power increases with the lock duration of xABR.
• Lock periods range from 1 month to 3 years.

Longer locks grant higher voting power.

Allbridge (ABR) Tokenomics

ABR Token Distribution

Total supply: 100,000,000 ABR

• Ecosystem DAO: 25%
• Liquidity mining & validator incentives: 20%
• Marketing & partnerships: 11.875%
• Development incentives: 11.5%
• Team: 11%
• Liquidity pools: 10%
• APYS staking: 5%
• APYS Snapshot: 5%
• Public sale: 0.625%

Use Cases:

• Payment of bridge fees
• Staking
• Token listing subscription fee
• DAO governance

Token Subscription Fee

For a project’s token to be listed on Allbridge, a monthly subscription fee in ABR is required. This fee is non-refundable. If payment is not made, the token is automatically removed from the bridge.

Fee Distribution

• 80% → Staking pools
• 20% → Allbridge team

Allbridge Investors

Among Allbridge’s early investors is Race Capital, one of the key venture capital funds that supported the project during the seed round.

Official Links

• Website
• X (Twitter)
• Whitepaper

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Project is designed as Solana’s first and only true native store of value. While bridged tokens like USDT and WBTC carry third-party risks, Ore is fully Solana-native, eliminating bridge hacks, oracle manipulations, or centralized custody risks entirely.

What is Ore?

The project creates a digital gold standard using Solana’s fast, low-cost, and highly scalable infrastructure. Total supply is capped at 5,000,000 ORE; new tokens are produced exclusively through mining. The project is built on the principle of “mining = value creation”—a hybrid approach merging Proof of Work (PoW) fair distribution with Solana’s Proof of History (PoH) speed. It also aims to be the cornerstone of decentralized finance. With hundreds of DeFi protocols, NFT marketplaces, and gaming ecosystems on Solana, a native store of value was missing. Ore fills this gap. Mining with SOL, staking with ORE, deflation through burning—all operate within a single smart contract.

The project redefines fair launch. Zero team allocation, zero VC lockup, zero pre-mining—the first ORE goes to the first miner. This is an ecosystem growing through the collective effort of the Solana community.

How Does the System Work?

The project is an SPL standard token. Its smart contract is written in Rust, fully auditable, and immutable (non-upgradable). The protocol uses verifiable random function (VRF)—Solana’s on-chain randomness ensures unpredictable and tamper-proof winning block selection.

The mining grid is 5×5—total 25 blocks. Each miner stakes SOL to claim space in one or more blocks. At the end of each round:

• 1 winning block is selected
• All SOL from the 24 losing blocks is distributed proportionally to miners on the winning block
• +1 ORE reward:
  • 50% chance shared among all winning miners
  • 50% chance one random miner takes it all

This system is a lottery + PoW hybrid. Higher stake = higher win probability, but fully random—no miner has guaranteed rewards.

Motherlode Mechanism

Each round, +0.2 ORE is added to the motherlode pool.

• 1 in 625 chance it triggers → pool distributed proportionally to winning block miners
• If not triggered, it accumulates → potentially millions of ORE in jackpots
• Example: No trigger for 1,000 rounds → 200 ORE accumulated → 200 ORE distributed in one round

Motherlode rewards long-term miners. The growing pool drives mining participation and fuels the protocol’s viral growth.

Refining Mechanism

10% of mining rewards is deducted as a refining fee. This fee:

• Is distributed proportionally to miners who delay claiming their rewards
• The longer you wait, the more tokens you get
• Short-term dumping is penalized
• Long-term holders are rewarded

Example:

• 100 ORE mining reward
• Claim immediately → receive 90 ORE
• Wait 30 days → receive 95–110 ORE (depending on refining pool)

This shifts token distribution toward long-term holders—creating deflationary pressure + holder incentives.

Key Features

1. True Solana-Native Store of Value
   • No bridges → zero risk
   • Mining with SOL → native liquidity
   • 5M fixed supply → inflation-free
   • SPL standard → works in all Solana wallets
2. Fair Launch
   • Zero pre-mining
   • Zero team allocation
   • Zero VC lockup
   • First token → first miner
   • All code open-source
3. Deflationary Burning & Buyback
   • 100% of transaction fees burned
   • Protocol revenue (10% SOL) → $ORE buyback
   • 90% burned (remintable, but circulation drops)
   • 10% to stakers
4. Staking & Yield (Revenue Share)
   • Stake $ORE → receive $stORE
   • Buybacks from protocol revenue → added to $stORE pool
   • $stORE / $ORE ratio continuously increases
   • No lockup → instant unstake
   • Stakers “double-dip”: benefit from buyback and revenue share
5. Motherlode Jackpot
   • +0.2 ORE accumulates per round
   • 1/625 trigger → massive payout
   • Can grow to millions of ORE
   • Explodes mining participation

Ore Tokenomics

Total Supply: 5,000,000 ORE (fixed) Circulating Supply: Increases via mining (0 at TGE)

Emission:

• +1 ORE per minute (mining)
• +0.2 ORE per round (motherlode pool)

Revenue & Burning:

• Protocol revenue (10% SOL) → $ORE buyback
• 90% burned (remintable)
• 10% to stakers

Fees:

• Refining: 10% (to patient miners)
• Admin: 1% SOL (development)
• Deposit: 0.00001 SOL
• Auto-miner: 0.000005 SOL/round

Allocation:

• Mining: 100%
• Team/VC: 0%

Earnings Optimization

• Motherlode hunting: Higher stake → higher jackpot chance
• Refining: Claiming immediately → 10% loss
• Staking: $ORE → $stORE → royalty + value growth
• Pool mining: Spread risk, share rewards

Staking & Yield

• Stake $ORE → receive $stORE
• Protocol revenue → $ORE buyback → added to $stORE pool
• $stORE / $ORE ratio continuously rises
• Unstake freely → instant exit
• Stakers “double-dip”:
  1. Buyback → boosts $ORE price
  2. Royalty → increases $stORE value

Investors

Raised: $3M (Seed – September 13, 2024)

• Santiago Roel Santos (Angel)
• Solana Ventures
• Foundation Capital
• Colosseum
• Third Kind VC
• BJ Studios, Dead King Society

Roadmap

Q4 2025:

• $ORE TGE (official listing)
• Mining v2 (higher jackpots, dynamic grid)
• Mobile miner (iOS/Android)

Q1-Q2 2026:

• Ore DEX (native AMM, $ORE/SOL pool)
• Ore Lending (Aave-like)
• Cross-chain bridges (Ethereum, Base)

Q3 2026+:

• Ore Pay (SOL payments, $ORE reserves)
• Ore NFT marketplace (blind bidding)
• Institutional staking (custody solutions)

Team

The project is led by Hardhat Chad with a minimalist team. Chad, a legendary miner in the Solana community, built Ore single-handedly from scratch. The team is committed to decentralized mining and fair distribution. Development, operations, and maintenance are funded through protocol revenue (1% SOL).

Ore is Solana’s digital gold. Born through mining, grows with staking, becomes scarcer with burning. $ORE holders invest in Solana’s future. Miners, stakers, and holders—all are part of the same ecosystem.

Official Links

• Website
• X (Twitter)
• Whitepaper

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MetaMask USD: Wallet-Native and Built for Web3

$MUSD is deeply integrated into the MetaMask wallet, allowing users to experience a seamless dollar-denominated stablecoin system. Users can hold, spend, and transfer $MUSD across web3 applications. Designed for cross-chain usage via the M0 liquidity network, MetaMask USD provides extensive utility for DeFi platforms, dapps, and payment solutions.

At launch, $MUSD will be available on Ethereum and Linea (an EVM-equivalent L2 supported by Consensys), playing a foundational role in the Linea DeFi ecosystem. Over time, it will integrate with lending platforms, DEXs, and custodial services, unlocking deeper liquidity and broader usage for users.

Secure and Transparent Infrastructure with Bridge and M0

$MUSD leverages Bridge’s compliant stablecoin issuance platform and M0’s decentralized infrastructure. This ensures the token is backed 1:1 by high-quality, highly liquid dollar-equivalent assets and maintains transparency and cross-chain compatibility.

Bridge CEO Zach Abrams stated, “Issuing a custom stablecoin used to take over a year of complex integrations. Now this timeline has been reduced to weeks, allowing platforms like MetaMask to realize benefits quickly and efficiently.”

M0 CEO Luca Prosperi added, “We developed this solution to empower builders to control their digital dollar stack and deliver the best user experience possible.”

Regulatory Clarity and Future Plans

MetaMask USD is launched in alignment with the U.S. GENIUS Act, which introduces the first federal framework for regulating stablecoins. The initial release will be on Ethereum and Linea, with technical details and user guides set to be shared in the coming weeks.

For more information, check out our article “What is MetaMask and How to Use It?”

What Is MetaMask and How to Use It?

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The post MetaMask Launches Its Own Stablecoin: MetaMask USD ($MUSD) appeared first on Coin Engineer.

How Does Limitus Work?

Limitus operates through three primary layers:

• Computation: AI models synthesize and process Web2 and Web3 data in real-time. The computation layer enables the integration of structured and unstructured data.
• Orchestration: APIs, wallets, and networks are connected in a single layer, automating workflows that were previously impossible to coordinate manually.
• Execution: Tasks are completed on local devices, preserving users’ complete control over their data and devices.

Limitus provides a technology layer that enables users to move efficiently between decentralized and traditional systems without complexity. Users can interact using voice commands, similar to human interaction, and manage transactions and tasks autonomously.

The platform offers several significant advantages to users:

• Automated financial transactions enable complex financial operations such as DeFi trading, yield optimization, and cross-chain liquidity management to be performed automatically in the background without user intervention.
• Users maintain complete control over their data security and privacy. Limitus processes data on local devices while also offering cloud-based solutions.
• Users can manage tasks through voice commands. This approach makes the technology simple and accessible, allowing users without technical knowledge to utilize the platform efficiently.
• Automation of routine operations and tasks saves time, providing users with a more efficient digital lifestyle.

Project Roadmap

2025 First and Second Quarter (Advanced Automation and Scalability):

• Automatic Order Execution: Automatic implementation of multi-step trading strategies on both centralized and decentralized exchanges.
• On-Device Computation: Data processing on local devices ensures secure transaction processing independent of external factors.
• Whale Analytics: Analyzes large wallet movements, enabling users to identify market trends in early stages.
• Agent-Based Device Control: Limitus agents facilitate seamless interaction between phones and PCs, making users’ daily tasks more efficient.

In conclusion, the Limitus project offers a platform that integrates Web2 and Web3 systems, enabling users to interact more efficiently and securely in the digital world. Its AI-powered autonomous technology provides significant advantages such as automating routine tasks and implementing trading strategies in the background. Limitus demonstrates potential to attract diverse users through its comprehensive feature set and innovative approach.

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Building a stablecoin-powered money mobility network, Bridge provides cross-border payments, payouts, and foreign currency exchange. Undergirded by stablecoins in Latin America, it has already teamed with Bitso for business-to-business cross-border payments.

“We are building stablecoin orchestration and issuance as a service. Orchestration provides simple APIs to easily convert between any two dollar formats (USD/EUR, USDC, PYUSD, USDT, etc.). Issuance gives developers the ability to convert any of these dollars into a stablecoin they can customize and benefit from. Our orchestration and issuance APIs make it possible for any company and team to offer digital dollar-based services to their end consumers or businesses.” Bridge said in the post.

As of August 28, datas indicates the overall stablecoin supply to be 176.6 million. While Circle’s USDC counts for 20.6%, Tether’s USDT has a 70.7% portion of the stablecoin supply.

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