GTBS Chain

GTBS Chain: High-Level Security for Web3 Transactions and Applications

 In a Web3 world where users' assets and data are in their own hands, security is no longer just an optional feature—it's an absolute necessity. GTBS Chain understands this by designing a platform with high-level security that protects not only transactions but also all applications running on it, providing peace of mind for users and developers.

Web3 transactions and applications are frequently targeted by attacks due to vulnerabilities in blockchain technology. While many platforms promise security, few can reliably deliver high-level protection. GTBS Chain has emerged as a solution that prioritizes high-level security, designed to protect Web3 transactions and applications from various threats inherent in decentralized ecosystems.

Why Optimize the Combination of DPoS and MultiVM? DPoS is known for its speed and efficiency, while MultiVM offers flexibility and compatibility. However, if these two technologies are not integrated properly, they can interfere with each other: MultiVM can slow down the platform, and DPoS can fail to handle the workload of multiple applications running across multiple VMs. GTBS Chain solves this by optimizing both technologies to work together harmoniously, resulting in performance that surpasses the competition.

Why is High-Level Security Important in Web3? As Web3 applications expand—from DeFi handling trillions of rupiah in assets to metaverses storing users' private data—the risk of attacks also increases. Attacks such as asset theft, data manipulation, and 51% attacks can lead to significant financial losses and a loss of trust. Many previous blockchains failed to provide sufficient protection due to an over-focus on performance or flexibility. GTBS Chain solves this by combining multiple layers of security that work together to protect every aspect of the platform.

GTBS Chain's High-Level Security Layers

1. Security at the Consensus Level (Next-Generation DPoS) As a DPoS blockchain, GTBS Chain implements mechanisms that protect the transaction verification process: - Transparent and periodic delegate selection: Users elect delegates based on performance and security commitments, preventing malicious actors from controlling the network. - Strict penalty mechanisms: Delegates who fail to verify transactions correctly, commit fraud, or are offline for extended periods will have their rewards slashed or be removed from the network — preventing 51% attacks. - Double verification: Each transaction is verified by multiple delegates before being confirmed, reducing the risk of errors or manipulation.

2. Security at the MultiVM Architecture Level GTBS Chain's unique MultiVM architecture is also designed with security as a priority: - Strong VM isolation: Each virtual machine (EVM, WASM, custom VM) operates in an isolated space. Vulnerabilities in one VM will not affect the security of other VMs or the entire network. - Automatic code checking: Before an application is deployed to any VM, the code is automatically checked for vulnerabilities such as hacking holes or bugs. - Encrypted communication between VMs: Data moving between VMs within the platform is encrypted, preventing interception or forgery.

3. Transaction and Data Level Security GTBS Chain protects transactions and user data with cutting-edge cryptographic technologies: - ECDSA and SHA-3 Encryption: Transactions and user keys are encrypted using industry-standard, provably secure cryptographic algorithms, preventing theft and manipulation. - Zero-Knowledge Proofs (ZKP): Verify the correctness of transactions without revealing the original data, protecting user privacy while maintaining blockchain transparency. - Distributed data storage: Data is stored across multiple nodes worldwide, rather than in a single central location. This prevents data loss and unauthorized access, as an attacker would have to attack a large number of nodes to modify the data.

4. Network Level Security The platform is also protected from network-level attacks: - Encrypted communication protocols: All communication between nodes is encrypted using the TLS 1.3 protocol, preventing man-in-the-middle attacks. - Automated attack detection: Integrated systems detect suspicious activity such as DDoS attacks or unauthorized access attempts, and take swift action to prevent damage.

JOIN GTBS — Be Part of the Chain That Works for You

GTBS isn't just a blockchain—it's a global network powered by real utility, real users, and real rewards. By joining as a validator or delegator, you contribute to the security of a high-performance DPoS network built on the Cosmos SDK and powered by the world's first MultiVM. Whether you're staking, building, or exploring the ecosystem, GTBS provides you with a transparent, scalable, and profitable foundation for the future of digital infrastructure.

Summary: GTBS Chain offers high-level security for Web3 transactions and applications through a combination of consensus mechanisms and advanced protection measures. Using next-generation Decentralized Proof of Service (DPoS), the platform ensures secure and controlled transaction validation, while measures such as data encryption, real-time attack detection, and regular security audits complement the protection. Furthermore, the integration of MultiVM and the Cosmos SDK is also designed with security in mind, preventing the risk of isolation or vulnerabilities between ecosystems. With this security, GTBS Chain is expected to provide users and developers with the confidence to interact and build more securely within the Web3 ecosystem.

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