Buy Marlin (POND)

Marlin is a protocol that aims to improve performance within blockchain technology. The project was launched in 2017 with the goal of addressing specific bottlenecks such as latency, bandwidth overload, and network congestion. Marlin does this by creating an environment outside the blockchain where certain tasks are performed, while maintaining the integrity and reliability of the blockchain technology.

Marlin consists of a decentralized network of nodes that can execute software programs. These programs can be written in languages such as Solidity, C++, Rust, and Go, or target any other WASM environment. Programs are deployed on individual Marlin nodes and can be called via smart contracts. The protocol automatically creates new instances if a node becomes unavailable or if the workload suddenly increases.

With features such as Marlin Cache for storing and serving frequently accessed data, and Kalypso for outsourcing the creation of ZK-Proofs, Marlin aims to address a wide range of blockchain-related performance and privacy issues.

Who founded Marlin?

Marlin was founded in 2017 by Siddhartha Dutta, Prateesh Goyal, and Roshan Poddar. Before founding Marlin, they gained experience at leading companies and institutions, including the Ethereum Foundation. The team consists of experts from diverse backgrounds, including researchers and technology experts from companies such as Facebook and Cisco.

Marlin has several applications. The main ones:

• Decentralized Finance (DeFi): Marlin accelerates transaction speeds and improves security for DeFi platforms, making trading, lending, and borrowing safer and smoother.
• Content Delivery Network (CDN): By optimizing data transfer with Marlin’s caching solutions, Marlin enables faster and more reliable content delivery, improving the user experience on streaming platforms and websites.
• Decentralized Exchanges (DEXs): By reducing latency and improving throughput, Marlin supports higher transaction volumes and more efficient trading on decentralized exchanges.

Marlin uses a decentralized network of nodes to perform computations outside of the blockchain while maintaining the security and reliability of blockchain technology. This provides a flexible and scalable solution to the challenges facing blockchain applications today.

Gateway nodes

Gateway nodes act as the first point of contact for computation requests within the Marlin network. They receive requests from users and assign them to suitable execution nodes. The gateway nodes distribute the load by assessing which execution nodes are available and route the results back to the requester or back to the blockchain via smart contracts.

Execution nodes

Execution nodes are the core of the computational process on the Marlin Network. They run on a variety of hardware, ranging from everyday laptops to specialized equipment such as GPUs, ASICs, and FPGAs. These nodes are responsible for actually performing the computations, such as running algorithms for trading engines, machine learning models, or generating ZK-Proofs. These are primarily tasks that would be impractical or impossible to perform on-chain, as it would put too much strain on the network and result in high fees and slow processing times.

Monitoring nodes

Monitoring nodes ensure that both gateway and execution nodes meet Service Level Agreements (SLAs). They play a central role in ensuring the reliability and security of the network by assessing nodes for uptime and availability. Nodes that do not meet their SLAs can be penalized, making the Marlin network safe, reliable, and ethical.

Trusted Execution Environments (TEEs) and Zero-Knowledge (ZK) Proofs

Trusted Execution Environments (TEEs) and Zero-Knowledge (ZK) Proofs play a crucial role in ensuring both the integrity of executed computations and the privacy of data. TEEs provide a secure execution environment where code runs in isolation and is protected from external access, including the hardware owner. This allows nodes within the Marlin network to reliably execute sensitive tasks without putting data at risk.

ZK-Proofs add an extra layer of data privacy by allowing one party to prove to another party that a certain statement is true, without revealing any information about the underlying data. Marlin's implementation of ZK-Proofs allows users to verify complex computations without sharing sensitive information. This is particularly relevant in scenarios where the confidentiality of transactions or the anonymity of participants needs to be preserved.

To stake POND, users need to lock their POND tokens within the POND network. Staking is essential to maintaining the security and performance of the network and allows stakers to earn rewards for their contributions.

Users have the option to stake POND and convert it to MPOND, a governance token that gives users a say in network management. With 1 million POND, users can generate 1 MPOND, which is issued by FlowMint, giving them the right to make proposals and vote on important decisions via the Pond DAO.

What makes Marlin truly unique is how it overcomes traditional limitations of blockchain technology to provide an efficient user experience. Here’s what sets Marlin apart from other projects:

• Interoperable architecture: Marlin is designed to be compatible with various blockchain technologies, making it suitable for a wide range of blockchain architectures and applications.
• Off-chain computation: By performing complex computations outside of the blockchain, Marlin reduces network congestion and transaction fees, contributing to a more efficient blockchain ecosystem.
• Reduced latency: Marlin can increase data transfer speeds, making it ideal for applications where speed is a priority, such as DeFi platforms, gaming, and decentralized exchanges.

Marlin positions itself as an innovative protocol focused on optimizing network performance and security through decentralized off-chain computation and processing. Unlike traditional layer 2 scaling solutions such as Arbitrum, Polygon, and Optimism which focus on scaling transaction capacity and reducing fees on Ethereum by moving transactions to a second layer, Marlin improves fundamental network properties such as latency and bandwidth congestion for various blockchain platforms.

Using off-chain nodes and advanced technologies such as TEEs and ZK-Proofs, Marlin offers a complementary and broadly applicable solution that enables a more efficient and secure blockchain ecosystem, regardless of the specific layer 1 or layer 2 technology.

You can purchase Marlin (POND) via Bitvavo, an exchange for both beginners and experienced crypto traders. Follow these steps to buy POND on our platform or via our app:

1. Log in to your Bitvavo account or create a new account.
2. Select "Deposit" to add money to your account.
3. Go to the Marlin (POND) purchase page.
4. Determine the amount you wish to invest or the number of POND tokens you want to buy and confirm the purchase by clicking "Buy".

The price of POND coins depends on the current market value. After purchase, your POND coins will be immediately visible in your Bitvavo wallet. Selling is just as easy, so you can always react quickly to Marlin price changes.

At Bitvavo, the safety of your POND tokens is guaranteed. The majority of funds are safely stored in cold wallets for optimal security. We recommend using two-factor authentication (2FA) as an additional security measure.

For those who prefer to use their own wallets, Bitvavo supports several software and hardware wallets that are compatible with POND. After purchase, it is easy to transfer your Marlin tokens to an external wallet, provided you have linked the wallet address to your Bitvavo account.