Tiger Research: Canton Network for Institutions

Join Community

Summary

Tiger Research has published a new, in-depth analysis of the Canton Network, arguing it is the most realistic blockchain for institutional adoption. The blog post details how Canton uniquely combines privacy, interoperability, and compliance to solve major roadblocks for institutions. This analysis highlights what positions Canton Network as a key player in the future of institutional blockchain technology.

๐Ÿ“ข New Blog Post Alert

Tiger Research has published an in-depth analysis of Canton Network, exploring why Canton is seen as the most realistic blockchain for institutional adoption.
**
๐Ÿ”Ž The post dives into:**

  • How Canton delivers privacy + interoperability + compliance together
  • Why these features solve key roadblocks for institutions
  • What sets Canton apart in the future of institutional blockchain

๐Ÿ“– Read here:
https://reports.tiger-research.com/p/canton-network-most-realistic-blockchain-eng @Announcements @Product Updates

canton network institutional adoption blockchain tiger research privacy interoperability compliance

The latest from Canton Network

CIP-0105 Approved SV Locking Framework

# CIP-0105 Approved: SV Locking & Long-Term Commitment Framework **CIP-0105 has been approved.** This proposal introduces a voluntary, onchain framework allowing **Super Validators (SVs)** to โ€ฆ

Canton Network: March 31 Fork and Fee Updates

**Three important updates:** **Batched and Weighted Featured App Markers** ~~are live on MainNet as of last week (Splice 0.5.11)~~. Coming March 31st to MainNet. This โ€ฆ

Security Advisory: Secrets in Validator Logs

## Security Advisory โ€” Potential secrets exposure in validator logs We have identified an issue where sensitive credentials (such as your PostgreSQL password and Ledger โ€ฆ

Canton Network: Privacy and Institutional Scale

# Privacy and Institutional Scale on Canton Privacy is a core requirement for institutional deployment. Cantonโ€™s **network-of-networks architecture** supports horizontal scaling through independent synchronizers and โ€ฆ