ZKsync has unveiled ambitious technical milestones aiming to exceed 10,000 transactions per second (TPS) and slash median fees to $0.0001 by 2025. As a leading Ethereum Layer-2 (L2) scaling solution, ZKsync leverages zero-knowledge proofs (ZK-proofs) to enhance scalability, security, and privacy while reducing costs.
Roadmap Highlights
Performance and Cost Efficiency
- 10,000+ TPS: Achieve enterprise-grade throughput for Ethereum-native ERC-20 tokens.
- Sub-cent Fees: Target median transaction fees of $0.0001, making microtransactions viable.
These goals, outlined in a December 12 roadmap, prioritize usability to attract developers and institutional adopters.
👉 Discover how ZKsync is reshaping blockchain scalability
Key Innovations Driving Adoption
ZK Stack and Elastic Network
ZKsync’s ZK Stack and Elastic Network will evolve into premier tools for blockchain builders, offering:
- Cloud-like development environments without compromising UX, performance, or security.
- Decentralized infrastructure that avoids centralized tradeoffs faced by Web2 developers.
The team emphasized their mission in a December 12 post:
"Advancing personal freedom and accelerating mass crypto adoption is core to our protocol. We eliminate the need to choose between decentralization and usability."
Privacy-Preserving Technologies
Confidential computing (e.g., fully homomorphic encryption) and ZK-proofs address institutional hesitations by enabling:
- Private transactions akin to Web2 standards.
- Encrypted data computations without decryption (FHE).
Remi Gai, founder of Inco, noted at the FHE Summit 2024:
"Institutions avoid DeFi due to transparency. Privacy tech could unlock $1 trillion in capital by mimicking Web2’s confidentiality."
Regulatory and Market Context
2024 saw heightened interest in privacy tech following regulatory actions like the Tornado Cash case. A November 26 appeals court ruling partially upheld user rights, signaling shifting legal landscapes for immutable protocols.
FAQs
1. How does ZKsync achieve 10,000 TPS?
By optimizing ZK-rollups and parallel processing, ZKsync minimizes on-chain data while maximizing throughput.
2. Why are sub-zero fees important?
Micro-fees enable new use cases (e.g., IoT micropayments) and lower barriers for retail users.
3. What makes ZK-proofs institutional-friendly?
They balance auditability with privacy, allowing compliance without exposing sensitive data.
4. How does ZKsync compare to other L2s?
Its Elastic Network offers unique adaptability, avoiding the "scalability trilemma" of speed, security, and decentralization.
👉 Explore ZKsync’s developer resources