Integration with Arbitrum

The technology architecture of re.al aims to leverage the power of blockchain to tokenize real-world assets (RWA) efficiently, securely, and scalably. One of the key components of this architecture is its integration with Arbitrum Orbit and the use of Arbitrum Nitro's modular technology stack. This integration addresses major challenges faced by blockchain, such as scalability, speed, and cost, making re.al an innovative platform in the RWA space. re.al uses Arbitrum Orbit as an Ethereum Layer 2 scaling solution on the Ethereum blockchain. This setup increases transaction throughput and reduces costs without sacrificing the security provided by the Ethereum mainnet. Orbit enables re.al to handle a large volume of transactions, which is crucial for efficient asset tokenization and trading. Arbitrum Nitro is an upgrade to Arbitrum's existing technology, aimed at making it faster, more efficient, and less costly. Nitro optimizes Arbitrum rollup, which improves the performance of any Layer 2 solution based on Arbitrum (including Arbitrum Orbit).

Arbitrum Orbit, as an Ethereum Layer 2 scaling solution, utilizes re.al to increase transaction throughput while inheriting the robust security model of the Ethereum mainnet. This setup allows re.al to execute a large volume of transactions (which are crucial for asset tokenization and trading) without congesting the Ethereum mainnet. Arbitrum Orbit enables re.al to create custom rollups, i.e., blockchain environments tailored to specific needs. These optimized rollups can be used for managing RWAs, and the necessary tools and protocols integrated directly into the rollup enhance performance and user experience. By processing transactions outside the Ethereum main chain, re.al significantly reduces gas fees associated with RWA transactions. Additionally, the efficient processing capability of Arbitrum Orbit also improves transaction speed, which is vital for real-time trading and managing tokenized assets.

The modular technology stack of Arbitrum Nitro

Arbitrum Nitro uses advanced data compression technology to significantly reduce data transmission and storage on the blockchain. This not only reduces costs, but also improves throughput and efficiency, making the platform economically feasible and applicable to various assets. The system integrates interactive fraud proofs to ensure the security and integrity of transactions. Any participant can challenge the validity of a transaction and verify it through a secure, decentralized process. This mechanism is crucial for maintaining trust in the tokenization of high-value RWAs.

Arbitrum Nitro is fully compatible with the Ethereum Virtual Machine (EVM), and developers only need to make a few modifications to deploy existing Ethereum contracts on re.al. This compatibility facilitates the migration of DApps and assets to re.al, leveraging mature Ethereum community tools and protocols. One highlight of Arbitrum Nitro is the ability to customize network parameters, such as gas fees and block time. This flexibility allows re.al to optimize network settings based on the specific needs of RWA management, such as adjusting parameters to achieve a balance between transaction speed and cost.

The technology architecture built on Arbitrum Orbit, combined with the modular technology stack of Arbitrum Nitro, effectively solves the fundamental challenges of blockchain technology in scalability, cost, and speed, while maintaining high standards of security. This complex infrastructure is crucial for re.al to achieve its revolutionary asset management and trading mission, providing a powerful, scalable, and user-friendly platform that stands out in the blockchain and asset tokenization industry.

Security measures and transaction speed (TPS)

Re.al adopts advanced encryption technology to ensure the security of all data transmitted and stored on the platform. This measure effectively prevents unauthorized access and leakage of sensitive information, which is crucial for maintaining users' trust in this valuable real-world asset platform. To reduce the risk of smart contract vulnerabilities, re.al regularly invites independent third-party security companies to conduct comprehensive smart contract audits. These audits can timely identify and correct potential security risks, preventing them before they become a problem.

The platform adopts a decentralized security protocol, which distributes data and transaction verification to multiple nodes. This decentralized architecture avoids single points of failure and enhances the system's ability to resist attacks such as DDoS (Distributed Denial of Service). re.al uses a multi-signature wallet to manage and store tokens, requiring multiple approvals to execute transactions, providing additional security. In addition, important funds are stored in cold storage isolated from the Internet to prevent online threats.

By utilizing Arbitrum Orbit as a Layer 2 solution, re.al has achieved significant improvements in transaction throughput. Compared to the Ethereum mainnet, this system can process more transactions per second (TPS), which is crucial for the dynamic trading environment of tokenized assets. Arbitrum's rollup technology batch processes transactions, significantly speeding up transaction times. This batching allows for rapid consolidation and verification of transactions, accelerating finality and reducing latency. The platform can adjust block times based on network load and transaction type. This adaptability ensures efficient transaction processing even during peak hours, maintaining high TPS without sacrificing network stability or security.

The architecture of re.al is designed to achieve scalability and expand capacity as user demand grows. This scalability is achieved through modular design and the use of scalable infrastructure components such as Arbitrum Orbit, which support increasing numbers of transactions and users without proportional increases in cost or latency. re.al optimizes resource allocation by using advanced technologies such as sharding and layering, which distribute data and transaction loads across multiple channels. This distribution minimizes bottlenecks and maximizes resource utilization, improving overall network efficiency.

To manage network congestion and maintain efficiency, re.al adopts a flexible dynamic pricing mechanism that adjusts transaction fees in real time based on network activity. This intelligent pricing strategy not only effectively regulates traffic but also encourages users to transact when the network is less busy, thus smoothing demand peaks. re.al's emphasis on robust security measures, high-speed transactions, and scalable network architecture ensures that the platform can securely and efficiently handle the tokenization and trading of real-world assets. These core capabilities are crucial for gaining user trust and providing reliable and effective services in the rapidly evolving blockchain and asset tokenization field.