Developers behind the privacy-focused cryptocurrency Zcash have begun integrating Project Tachyon's code into a new software foundation called Zakura Common, a step toward an ambitious long-term goal of processing more than 50,000 private transactions per second.
Merging Tachyon Into a Bigger Framework
The work marks the start of folding Project Tachyon — an initiative aimed at speeding up Zcash's private payment capabilities — into Zakura Common, which is intended to serve as the underlying architecture for the network's broader scaling ambitions. Rather than keeping the faster-payment code isolated, developers are rebuilding it as part of a larger, more unified system.
The move reflects a strategic decision to align near-term performance gains with a longer roadmap. By combining these efforts, the team hopes to avoid duplicated work and create a more cohesive base for future upgrades.
The target is bold: a private-payment network capable of clearing more than 50,000 transactions every second.
Chasing Scalability Without Sacrificing Privacy
Zcash has long positioned itself as a leader in shielded, private transactions, using cryptographic techniques to obscure sender, receiver, and amount details. The persistent challenge has been scaling that privacy to handle high transaction volumes without compromising the confidentiality that defines the project.
The 50,000-per-second benchmark would represent a dramatic leap in throughput, placing Zcash's private payments in the range of major payment processors. Reaching that figure will require sustained engineering effort and likely multiple development phases.
Key aspects of the current effort include:
- Integrating Project Tachyon's speed improvements into Zakura Common
- Building toward a scalable foundation for private payments
- Pursuing a long-term throughput target above 50,000 transactions per second
For now, the integration is in its early stages, and developers have not committed to a firm timeline for when the full scaling vision might be realized.