Introduction
The evolution of blockchain infrastructure has been marked by a constant pursuit of scalability without compromising decentralization and security. Since Ethereum introduced smart contracts, enabling decentralized applications (dApps), the industry has grappled with scalability challenges. Layer 2 solutions and high-performance blockchains emerged, yet balancing performance, decentralization, and security remains a formidable task.
On November 18, IOTA, a decentralized IoT infrastructure, announced the IOTA Rebased upgrade, claiming to achieve over 50,000 TPS through parallelized MoveVM and EVM compatibility. This development positions IOTA as a contender in the high-throughput blockchain arena.
Key Highlights of IOTA Rebased
- Parallelized MoveVM & EVM: Enables concurrent transaction processing, significantly boosting throughput.
- 50,000+ TPS: Surpasses many existing blockchain solutions, catering to IoT-scale demands.
- Decentralized IoT Focus: Tailored for IoT ecosystems, ensuring seamless machine-to-machine transactions.
Core Challenges in Blockchain Infrastructure
- Scalability vs. Decentralization: High-performance chains often reduce node participation, risking centralization.
- Security Trade-offs: Faster processing may introduce vulnerabilities if not carefully designed.
IOTA’s approach aims to address these by leveraging Directed Acyclic Graph (DAG) technology and parallel execution.
Keyword Integration
Core Keywords:
- IOTA Rebased
- MoveVM & EVM
- 50,000 TPS
- Decentralized IoT
- Parallel Processing
- Blockchain Scalability
FAQ Section
Q1: How does IOTA achieve 50,000 TPS?
A: Through parallelized MoveVM and EVM, allowing simultaneous transaction validation.
Q2: What distinguishes IOTA from other high-TPS blockchains?
A: Its DAG-based structure avoids traditional bottlenecks like block propagation delays.
Q3: Is IOTA Rebased fully decentralized?
A: Yes, it maintains decentralization while optimizing for IoT use cases.
Conclusion
The IOTA Rebased upgrade marks a leap in blockchain scalability, particularly for IoT applications. By integrating parallelized VMs and achieving 50,000+ TPS, it sets a benchmark for future infrastructure projects.
👉 Explore IOTA’s latest developments
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