Hello, Brillo: ELC Edition

Updated Walkthrough of the Brillo/Weave basics, delivered at the ELC+OpenIoT Summit 2016.

Transcript

1. Hello, Brillo: Peeking Under the Covers Dave Smith, PE @devunwired +DaveSmithDev
2. What is Brillo? Android-based OS Core Services Secure by Default
3. Linux Kernel Bootloader Hardware Abstraction Layer Native Services Runtime Application Framework Core Applications
4. Linux Kernel Bootloader Hardware Abstraction Layer Runtime Application Framework Core Applications Native Services
6. Brillo Core Services
7. Local APIs Cloud APIs
8. Device Libraries libweave MMU-Enabled libuweave Microcontrollers https://weave.googlesource.com/
9. Brillo Core Services Metrics & Crash Reports Robust OTA Updates
10. Security SELinux MAC Verified Boot A/B Updates
11. Security SELinux MAC Verified Boot A/B Updates User Account Controls TLS + Data Encryption
12. Yocto Brillo libc eglibc bionic IPC D-Bus, System V Binder, Ashmem, D-Bus** Shell busybox toybox Init init.d init.rc Build System BitBake Android.mk
13. Building a Brillo Product Get Hardware Install BSP Create Product Add Services
15. • ARM, x86, MIPS • 32-bit and 64-bit variants • 32MB RAM • 64MB Storage • Wi-Fi 802.11n • Bluetooth 4.0+ Minimum Hardware Requirements:
16. Board Support Package (BSP) Linux Kernel Bootloader Hardware Abstraction Layer
17. Board Support Package (BSP) Peripheral SoC Peripheral Peripheral Peripheral Peripheral Peripheral Peripheral Peripheral Peripheral Kernel Firmware X X
18. Create a Product AOSP Board Product Device
19. Create a Product BDK Device Board Product AOSP Board Product Device BSP
20. … Hardware Abstraction Layer Native Services Application Services C++ AIDL Power Audio Sensors Peripherals Connectivity
21. Hello, Brillo @devunwired +DaveSmithDev milehighandroid.com wiresareobsolete.com