Linaro Connect 2025
Talks
Confidential compute
14th May
No talks scheduled for this date.
15th May
As Web3 adoption accelerates, robust security measures are essential to safeguarding user assets and data. The Apache Teaclave TrustZone SDK, the recommended Rust SDK for OP-TEE, provides a memory-safe framework for developing Trusted Applications. Beyond
Principle Security Researcher at CertiK
UADK(User-space Acceleration Development Kit) is an open-source framework designed to offload compute-intensive cryptographic algorithms to hardware accelerators. By integrating UADK with ARM cVMs, we enable hardware-accelerated cryptographic operations t
Senior Engineer, Huawei at Huawei Technologies Co., Ltd.
Attested TLS is an essential ingredient of any confidential computing solution. In this talk, we explore the design space and the corresponding typical security and performance tradeoffs of attested TLS protocols. We also summarize the standardization eff
Research Associate at TU Dresden
Device Assignment (DA) is the method which allows a device to be uniquely assigned to an individual Realm, and to allow the Realm to attest the device before granting it access to the Realm’s contents. This session will cover the overview of Device assi
Staff Software Engineer at Arm
Device assignment in Confidential Virtual Machines (CVMs) enables applications such as confidential machine learning and enhances CVM I/O performance. Current development relies on TDISP, which lacks support for devices available on the market. In this ta
Senior Researcher at Huawei International
Chief Scientist of Trusted Computing Lab at Huawei
With AI models handling sensitive data, security must extend beyond data protection at rest and in transit to also protect data during execution. Arm Confidential Compute Architecture (CCA) introduces Realm Virtual Machines (Realm VMs) that provides a tru
Software Engineering Manager at Fujitsu
16th May
With Arm9 came CCA Realms, and with CCA, Confidential Computing comes to the Arm ecosystem. CCA allows Trusted Execution Environments (TEEs), providing hardware-based isolation for applications and, with attestation services, further security assura
Executive Director at Confidential Computing Consortium
The Arm Confidential Compute Architecture (Arm CCA) builds on top of the Armv9-A Realm Management Extension (RME) by providing a reference security architecture and open-source implementation of hypervisor-based confidential computing. This talk describes
Fellow at Arm
The first part of this presentation will provide an update on the work done by Linaro, Arm and community members over the past year to support confidential computing on Arm platforms. From there we will outline our plans for the coming year in
Principal Engineer at Linaro
The TF-RMM is a firmware component that runs at Realm EL2 and forms part of a system which implements the Arm Confidential Compute Architecture (Arm CCA). This talk discuses the EL0 app framework which allows to deprivilege parts of RMM to run in a separa
Principal Software Engineer at ARM Ltd