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All relevant transactions and states are stored in the vault of the Corda node. Often it is required for the CorDapp to access this vault for various activities. To serve this purpose, Corda has been architected from the ground up to encourage the use of industry standard and proven query frameworks and libraries for accessing

Interested in building privacy-preserving applications? This blog will show you how to use R3 Conclave in just 5 minutes!

We need a way for stakeholders to communicate and exchange information in a streamlined way improving operational efficiency and thus reducing the overall turnaround time.In this article, we will explore one such use case: the Syndicated Loan Facility.

To make things simple for developers, Corda provides the reissuance CorDapp which implements most of the functionality. All developers need to do is call the appropriate flow.

Conclave confidential computing technology from R3 enables Hardware-Accelerated Zero Knowledge Proofs.

Intel SGX’s confidential computing platform opens the gateway to a hardware security-based trusted execution environment (TEE) called the enclave. You can run your application code inside an enclave and protect this code and sensitive data so that even the hypervisor and operating system can’t access it. You can even verify that they didn't change the business logic either!

This blog post will discuss how Conclave can handle rollback attacks using Intel SGX. Intel Software Guard Extensions (SGX) enables you to execute applications in a secure memory, called enclave, that guarantees confidentiality, security, and integrity of your application state — even when the host is malicious.