Enterprises have long turned to private, permissioned blockchains in pursuit of data security and regulatory control. While this approach has continued to deliver essential isolation and governance capabilities, it has also introduced silos, high onboarding friction, and limited interoperability with the broader Web3 ecosystem.
In response, organizations have increasingly explored how to expand beyond these closed networks without sacrificing the control they provide. A complementary architecture has emerged: public-permissioned blockchains. These networks combine the openness, resilience, and interoperability of public blockchain infrastructure with the fine-grained access controls and compliance features that make private networks valuable to enterprises.
In this past webinar, we examined how this architectural evolution could enhance existing blockchain strategies—enabling stronger decentralization, seamless connectivity to Ethereum-based infrastructure, and reduced integration complexity. We explored how privacy-preserving technologies—such as zero-knowledge proofs and verifiable credentials—can meet enterprise confidentiality requirements while supporting broader network participation.
Download presentation slides HERE
We also discussed practical approaches for ensuring compliance with global data privacy regulations, implementing role-based access control, and achieving auditability tailored for institutional use. This session equipped technology leaders with strategies for expanding their blockchain capabilities while preserving the security and compliance advantages of their current systems.
Our LF Decentralized Trust webinar series is ongoing, featuring live demos, tutorials, and stories from the battlefield. Members continue to share insights from their projects and address the real-world challenges of working with decentralized technologies. It's an excellent opportunity to get involved, ask questions, and contribute to building a stronger, more collaborative community.