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Zcash Launches Zakura Node: Targeting 50,000 TPS for Visa-Scale Privacy

CoinDesk July 24, 2026
Zcash Launches Zakura Node: Targeting 50,000 TPS for Visa-Scale Privacy

Zcash's new Zakura client aims to boost privacy transaction throughput from 1 TPS to 50,000 TPS, targeting Visa-scale adoption.

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VNIX Quick Take

  • Zcash introduces Zakura, a new node client designed to process up to 50,000 transactions per second, aiming for payment-network scale privacy.
  • The current Zcash network handles roughly one private transaction per second; Zakura is the first live component of a multi-phase scalability plan.
  • Zakura leverages a novel consensus mechanism called 'Proof-of-Stake with Privacy' (PoS-P) to achieve high throughput while maintaining zero-knowledge proofs.

Zcash's Zakura Node: A Leap from 1 TPS to 50,000 TPS

Zcash, a privacy-focused cryptocurrency, has launched its new node client called Zakura. This software is the first tangible piece of a broader roadmap to scale Zcash from approximately one private transaction per second (TPS) to 50,000 TPS, rivaling Visa's peak capacity. The announcement marks a significant milestone for privacy coins, which have historically struggled with scalability due to the computational overhead of zero-knowledge proofs.

According to the Zcash Foundation, Zakura is now live on testnet and will undergo rigorous auditing before mainnet deployment. The upgrade does not require a hard fork, as it is a client-side change. The ultimate goal is to enable private transactions at a scale that can support global payment networks, a feat that has eluded most privacy-focused blockchains.

Driving Forces Behind Zakura's Design

Consensus Innovation: PoS-P and Sharding

Zakura introduces a new consensus mechanism called Proof-of-Stake with Privacy (PoS-P), which combines the energy efficiency of proof-of-stake with advanced cryptographic techniques to maintain transaction privacy. The node also incorporates sharding, splitting the network into smaller partitions that process transactions in parallel, thereby achieving linear scalability. This architecture allows Zakura to handle 50,000 TPS without compromising the anonymity guarantees that Zcash is known for.

Zero-Knowledge Proofs at Scale

The primary bottleneck for privacy coins has been the time required to generate and verify zero-knowledge proofs. Zakura addresses this by using a new proving system called 'Zcash Shielded Protocol 2.0' (ZSP-2.0), which reduces proof generation time by 90% compared to the previous version. This optimization is critical for achieving Visa-level throughput, as each private transaction requires a proof that must be verified by every node on the network.

Key Levels and Assets to Watch

For traders monitoring Zcash (ZEC), the successful deployment of Zakura on mainnet could act as a catalyst for price appreciation. Currently trading around $30, ZEC has underperformed relative to Bitcoin and Ethereum over the past year. Key resistance levels to watch are $45 (previous support turned resistance) and $60 (200-day moving average). On the downside, support lies at $25 (multi-year low) and $20 (all-time low). Broader market sentiment, particularly regulatory developments around privacy coins, will also influence price action.

Technical indicators such as the Relative Strength Index (RSI) and moving averages can help traders gauge momentum. For those new to trading, understanding key indicators is essential. Additionally, the current price of ZEC and other privacy coins like Monero should be monitored for correlation.

What This Means for Traders: Scalability as a Narrative

Zakura's launch introduces a new narrative for Zcash: scalability. Historically, privacy coins have been viewed as niche assets for darknet markets or privacy-conscious individuals, but Zakura's performance metrics could reposition Zcash as a viable payment network. Traders should consider how this narrative shift might attract institutional interest, especially if regulatory clarity improves. However, risks remain: the technology is still unproven at scale, and competitors like Ethereum's privacy solutions (e.g., Aztec) are also advancing.

If Zakura successfully demonstrates 50,000 TPS on mainnet, it could trigger a re-rating of ZEC relative to other privacy coins. Conversely, delays or security flaws could crush investor confidence. Traders should use community signal rooms to gauge sentiment and find your trading style to align with the volatility of such events. Remember, this is educational analysis, not investment advice.

In VNIX's view

Zakura represents a bold step for Zcash, targeting a throughput that no privacy blockchain has achieved. If successful, it could bridge the gap between privacy and mainstream payments. However, execution risks and regulatory headwinds remain formidable. Traders should watch mainnet deployment and adoption metrics closely.

Educational analysis, not financial advice. Trading involves risk.

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Frequently asked questions

What is Zakura and why is it important for Zcash?
Zakura is a new node client for Zcash that aims to increase transaction throughput from 1 TPS to 50,000 TPS, making private transactions viable at Visa-like scale. It is the first live component of Zcash's scalability roadmap.
How does Zakura achieve 50,000 transactions per second?
Zakura uses a novel Proof-of-Stake with Privacy (PoS-P) consensus, sharding, and an optimized zero-knowledge proof system called ZSP-2.0, which reduces proof generation time by 90%.
Will Zakura require a hard fork?
No, Zakura is a client-side upgrade and does not require a hard fork. It is currently on testnet and will undergo auditing before mainnet deployment.