One year ago, LHG launched an effort to organize the LHG components in the OE layer and create public builds. This presentation summarizes the work to add LHG specific features via meta-lhg and merge with support from 96Boards OE meta layers. The specific meta-lhg contents are described and how they are combined to create the LHG OE builds on 96Boards targets.

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LHG has been working on integrating open source features to the RDK for almost three years. Over time the development team has run RDK on many target boards. This presentation will discuss the 96B platforms that are running RDK and the challenges related to each port.

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LHG is using the ION-based secure memory allocator integrated with OPTEE as the basis for secure data path processing pipeline. LHG is following the W3C EME protocol and supporting Content Decryption Modules (CDMs) from Widevine and PlayReady.

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The set-top industry is still heavily reliant upon proprietary U Boot bootloader schemes that present significant integration challenges to OEM vendors. LHG has undertaken an initiative to implement a UEFI/EDK2 solution for the RDK. This presentation will describe the implementation challenges and advantages by moving to a UEFI runtime environment.

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This presentation describes the architecture of OE builds and repositories as driven by LHG.

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