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View ChartMarlin (POND) is a layer-0 blockchain protocol focused on improving the performance and security of peer-to-peer network communication. Originally positioned as an infrastructure layer that accelerates data relay for decentralized systems, Marlin has evolved into a verifiable compute protocol. Its current architecture uses Trusted Execution Environments (TEE) and zero-knowledge (ZK) based coprocessors to delegate complex workloads to decentralized cloud environments while keeping proofs verifiable on-chain.
The network is powered by two Ethereum-based tokens: POND, a transferable utility token, and MegaPOND (MPond), a non-transferable governance and staking token. POND has a maximum supply of 10 billion tokens. Marlin was founded in 2018 and launched its network in December 2020. Its core product suite now includes Oyster, Kalypso, Relay, and the Marlin HUB developer platform, targeting use cases such as MEV, AI computation, DEX infrastructure, decentralized frontends, gateways, and oracles.
Marlin was founded in 2018 by a group of blockchain developers and researchers. Public sources list co-founders including Amol Agrawal, Josh Payne, Prateesh Goyal, Pratyaksh Sharma, Roshan Raghupathy, and Siddhartha Dutta. According to Coinbase, the project was conceived by developers Siddhartha, Prateesh, and Roshan, who brought extensive experience in peer-to-peer networking. CoinGecko notes that the founding team includes engineers and researchers with backgrounds at Microsoft, Samsung, and Cisco. Detailed public information on individual team roles and current organizational structure remains limited.
Marlin operates as a layer-0 protocol that optimizes the network layer for blockchains and decentralized applications. Its architecture delegates heavy computation off-chain to TEE-based microservices, with proofs and attestations verified on-chain. This approach delivers faster execution because verifiable off-chain computation does not require redundant replication, and it reduces costs since on-chain proof verification is typically orders of magnitude cheaper than executing full computation on-chain.
The protocol offers two main compute models. Oyster Serverless provides shared instances with a five-minute execution limit, JavaScript or WASM sandboxing inside a TEE, horizontal scaling, pay-per-use pricing, and request-response access via web2 endpoints or smart contracts. Oyster CVM provides confidential virtual machines with unlimited execution time, full Linux environments inside a TEE, horizontal and vertical scaling, and flexible access patterns including IP-based TCP communication. Both models use external storage with MPC-based persistent keys. Supporting components include Kalypso, a permissionless ZK proof marketplace that supports arbitrary circuits, and Relay, a blockchain-agnostic relaying network with built-in incentives. A bridge connects Ethereum and Arbitrum for POND and MPond transfers, and a separate bridge enables POND-MPond conversion.
Marlin's core value proposition centers on scalable, confidential, and verifiable computation. Its SCALE framework emphasizes delegating computation to TEE-based off-chain microservices with on-chain verification, accelerating execution by avoiding redundant computation, lowering costs through efficient proof verification, and preventing IP theft because off-chain data and logic remain invisible on-chain and hidden from hosts within enclaves.
The modular design allows developers to choose between Confidential VMs for heavy workloads and Serverless instances for unpredictable demand. Chain abstraction enables trustless services to run off-chain while abstracting the underlying blockchain, and relay contracts allow plug-and-play coprocessor integration on any chain. Automatic scaling and fault tolerance help applications handle growing workloads. Marlin's positioning as infrastructure for AI training, MEV, DEX matching engines, decentralized frontends, gateways, and oracles gives it a broad addressable market across the Web3 stack.
POND is the utility token of the Marlin network. It is used to pay for network services and can be delegated to Marlin nodes. Marlin nodes relay and cache data, and each node is required to stake at least 0.5 MPond. Nodes earn staking rewards and fees based on their performance. Both MPond and POND can be delegated to other Marlin nodes, with node operators sharing a portion of rewards with delegators. The reward and fee split between MPond stakers and POND delegators is initially set to equal values but can be modified through governance.
MPond holders also gain governance rights, allowing them to propose or vote on proposals. The bridge allows anyone to lock one million POND to receive one MPond, or lock one MPond to receive one million POND. POND to MPond conversion is instant, while MPond to POND conversion has a delay governed by parameters d and l, which limit the percentage of MPond that can be converted within a given interval. This mechanism is designed to prevent malicious accumulation of governance power and to maintain economic security.
The Marlin ecosystem is expanding around its Oyster and Kalypso products. The official website features an Ecosystem section for exploring dApps and projects built with Marlin, while the community forum supports design discussions and integration proposals. POND has been associated with integrations involving Sui and ChatGPT, among other projects. A notable development is the KMS Recovery Path with Sui, planned for Q2 2026, which adds a recovery path to Marlin's key management service through Seal on Sui smart contracts, independent of the existing Threshold Network backup.
Application scenarios include MEV through mev-bor, a Flashbots client for Polygon PoS; AI for training, evaluating, and monetizing community-owned models; DEX infrastructure for low-latency exchanges with trustless matching engines; decentralized frontends that host dynamic sites without centralized servers; decentralized gateways for browsing decentralized networks; and oracles for fast, reliable data feeds across chains and assets. The long-term vision from 2025 to 2028 focuses on scaling confidential AI computation and ZK proof outsourcing infrastructure. However, the project faces risks related to execution in a competitive landscape and uncertain timelines, and its delisting from a major exchange in 2026 affected liquidity and short-term momentum.
Marlin does not use traditional proof-of-work mining. Instead, network participation is based on staking and node operation. Each Marlin node must stake at least 0.5 MPond to participate in relaying and caching data. Nodes earn staking rewards and fees according to their performance. Token holders who do not operate nodes can delegate MPond or POND to existing Marlin nodes, and node operators share a portion of rewards with delegators. The reward and fee distribution between MPond stakers and POND delegators may differ and can be adjusted through governance. Acquiring MPond requires converting one million POND through the permissionless bridge. This staking and delegation model aligns incentives between node operators, delegators, and the security of the network.
Securing POND tokens requires standard cryptocurrency safety practices. Use a reputable self-custody wallet that supports Ethereum and Arbitrum assets, and always verify contract addresses before interacting with any token. Store private keys and seed phrases offline, never share them, and be cautious of phishing sites that mimic official Marlin channels. Since POND exists on both Ethereum and Arbitrum, confirm you are using the correct network when bridging or transferring tokens. For larger holdings, consider hardware wallets for cold storage. When delegating or staking, review node performance and understand the lock-up and conversion mechanics between POND and MPond. Keep official links bookmarked, including the Marlin website, documentation, blog, and Twitter/X account, to avoid impostor platforms. Regularly review governance proposals and protocol updates through official channels to stay informed about changes that may affect your holdings.
POND is listed on several cryptocurrency exchanges and can be acquired through standard trading procedures. For a secure and liquid trading experience, using a major regulated platform like BTCC is recommended.
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Thank you for your interest in BTCC. Currently, spot and futures trading services for POND are not supported. As a leading digital asset platform, BTCC is committed to providing a secure and stable trading environment. We recommend completing your account registration and identity verification (KYC) to explore other premium assets and exclusive benefits available on BTCC.
As of right now, the live price of Marlin (POND) is ₹0.080968. Its market price fluctuates in real time based on overall supply and demand, and you can check the updated POND to USD rate at the top of BTCC’s price page. In terms of market scope, Marlin records a 24h trading volume of ₹11.627061Cr (reflecting total buying and selling activity over the last 24 hours), with a total market cap of ₹66.881482Cr. Its current circulating supply stands at 827.8Cr out of a maximum supply cap of ∞.
The price volatility of Marlin (POND) is essentially driven by market supply and demand dynamics. Key factors behind its price movements include: 1) Global macroeconomic conditions and sentiment, such as RBI or US Fed interest rate decisions; 2) Tokenomics, including the ratio of circulating supply (827.8Cr) to max supply (∞), as well as token unlocks and burn mechanisms; 3) Fundamental developments, such as ecosystem expansion, on-chain activity, and core protocol upgrades; and 4) Derivatives market dynamics, including leverage battles and liquidation cascades in perpetual contracts.
Looking at its historical price performance, Marlin (POND) hit an all-time high (ATH) of ₹36.832436 on 2020-12-21 23:30, representing the peak of market sentiment. Conversely, its all-time low (ATL) was recorded at ₹0.063321 on 2026-08-17 17:25. Note that historical highs and lows reflect past performance only and do not guarantee future price trends; investment decisions should always align with live market conditions and your personal risk tolerance.
When trading POND futures on BTCC, technical chart analysis begins with identifying key support and resistance levels on 1D and 4H charts using historical price pivots. Next, apply MA/EMA indicators to gauge trend directions, alongside RSI (values above 70 indicate overbought conditions, while below 30 suggest oversold levels). Always validate breakout signals with the 24h trading volume (₹11.627061Cr), as price breakouts accompanied by strong volume offer higher reliability.
Unlike spot trading where you can only profit from rising prices, BTCC’s PONDUSDT perpetual contracts support two-way trading. If you anticipate a price decline for Marlin, simply log into your BTCC account with USDT margin available, navigate to the PONDUSDT pair, set your desired leverage and Take-Profit/Stop-Loss levels, and click "Sell/Short". Once the price drops to your target, close your position to lock in profit from the price difference.
Yes. BTCC offers flexible, high-tier leverage options for PONDUSDT perpetual futures, providing up to 500x leverage (maximum leverage limits may vary depending on liquidity). While leverage boosts capital efficiency by allowing you to control larger position sizes with less margin, it also amplifies liquidation risks proportionately. BTCC strongly advises using Stop-Loss orders to strictly manage risk when trading with high leverage.
Beginners and traders testing new strategies can switch to BTCC's "Demo Trading" mode with a single click on the App or Web interface. The demo account comes pre-loaded with risk-free virtual funds (such as 100,000 USDT). Powered by live market prices (current price: ₹0.080968), you can practice opening/closing positions, adjusting leverage, and setting TP/SL for PONDUSDT with zero financial risk.
Trading Marlin (POND) on BTCC requires just 4 simple steps: 1) Register a BTCC account and complete basic Identity Verification (KYC); 2) Buy USDT using fiat via credit card/express payment, or deposit USDT/BTC directly from an external wallet; 3) Navigate to the Futures section, search for PONDUSDT, and review its live price (₹0.080968) and chart; 4) Select your margin mode and leverage, choose "Buy/Long" or "Sell/Short" based on your market outlook, set TP/SL orders, and confirm your trade.
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