Some problems can only be solved by looking across a complete compute ecosystem. IoT Devices, Mobile Devices, Media Servers Gateways, Cloud Edge Devices.

2. Some problems can only be solved by looking
across a complete compute ecosystem
3. The End to End Ecosystem
Gateways,
Edge DevicesIoT Devices Mobile Devices Media Servers Cloud
4. ● Coordinates strategy across all segment
groups
o Work directly with the segment groups
o Technical detail is directly driven by the director, TL
and committee
● Works directly with members
● Impact mostly in the next cycle
o Priorities and new work (Lead Projects) next cycle
o Incubation via OCTO, for example HPC/HPDA
OCTO, What does it do?
6. Reference Platforms
The assembly line of the end to end ecosystem
Gateways,
Edge DevicesIoT Devices Mobile Devices Media Servers Cloud
7. ● Data needs to be processed
and protected
● Products are appearing
o most are enhancements to existing
mobile applications, tethered to your
mobile
● Many ‘walled gardens’
o Little data traffic between them
IoT will Generate Vast Amounts of Data and Compute
9. Cortex-M
● Secure boot (supported by the ARMv8-M
Security Extensions (Cortex-M Security
Extensions or CMSE)
● RESTful protocol support (OMA LWM2M, CoAP,
MQTT, DTLS, TLS)
● RTOS: Choice of Contiki OS, mBed OS...
● Cortex-A
● Bootloader: ARM TF, PSCI, UEFI (ACPI, Grub2),
eMMC
● Trusted Execution Environment (OP-TEE)
● Stable kernel
o UEFI and ACPI support
o RESTful protocol support (OMA LWM2M,
CoAP, MQTT, DTLS, TLS)
● Distributions: OpenWRT, Yocto...
LITE Ecosystem: IoT Client
●IoT Application Framework
oLightweight Javascript engine
oEcosystem services layer (for example, mBed)
10. IoT Client +
● Full web protocol / bridge
o HTML (CoAP / HTML gateway), TLS
● IoT client management
o Key storage and retrieval, authentication
o Device messaging updating, provisioning
(varies by ecosystem)
A gateway is a little server...
IoT Gateway Architecture
CoAP-SMS CoAP-MQ CoAP MQTTHTTP
DTLS
KERNEL
DOCKER ENGINE
Device
Messaging
Provisioning
Updating
Device
Messaging
Provisioning
Updating
Device
Messaging
Provisioning
Updating
Device
Messaging
Provisioning
Updating
Containers
TLS
11. ● Mobile is the current ‘central
ecosystem of technology’
● Disruptive technology,
engineering and business
practices will flow from mobile
into all market segments
Mobile is Impacting the Whole Ecosystem
Mobile is the ‘central
ecosystem of
technology’
– Benedict Evans,
Andreessen Horowitz
12. ● Secure boot path
● AOSP based open source
components
o Kernel, including protocol stacks etc
● Android RunTime
o Java based run timetime
o Cloud ecosystem integration
Mobile
CoAP-SMS CoAP-MQ CoAP MQTTHTTP
DTLS
KERNEL
ART
Ecosystem
Application
Framework
Ecosystem
Application
Framework
TLS
Ecosystem
Application
Framework
Ecosystem
Application
Framework
14. ● Productivity tools no longer means ‘Powerpoint’,
it means data sharing and social, for example
salesforce.com
● Social is not just writing messages on walls, it is
a means of sharing our interests and interactions
● IoT will generate vast quantities of data
The Data Singularity
We kill people based
on metadata.
– Gen. Michael
Hayden, former head
of the NSA and CIA
Microsoft needs to
try and reinvent the
connective tissue of
the enterprise
– Microsoft CEO Satya
Nadella
Data analytics plus learning systems (AI) drive ‘intelligent
assistant’ style interactions
15. ● Commoditization continues
o Standard components (open source standards)
o ‘Value add’ driven to the margins as open source provides the
framework
o Few companies have the scale to differentiate themselves
● Big data consumes big storage
● Machine learning consumes CPU and GPU cycles
● Tuning for work loads the only way to scale this
o HPC shows the way
The (ARM) Data Center
What does
the (ARM)
data center of
the future
look like?
16. ● Bootloader: ARM TF, PSCI, UEFI (ACPI,
Grub2), eMMC, USB / Network boot
● Latest stable kernel with UEFI and
ACPI support
● OP-TEE
● Distributions: Debian 8, CentOS7
● Software stack: Openstack8, Hadoop,
Spark (Bigtop), Docker
● IoT ecosystem components. Includes
device registry and discovery
IoT Cloud Ecosystem
CONTAINERCONTAINER
MQTTHTTP
OPENSTACK
Device
Management,
Security
HTTP
Device
Management,
Security
MQTT
TLS TLS
KERNEL
17. ● Everybody wants our data
o Mandated government back doors /
keys
o Cyberterrorism
o Corporations
● Security not just about physical
and electronic keys
o Cloud gives more attack surfaces to
exploit
o Need to focus on detecting and
responding to threats
o User and entity behaviour analytics
will allow adaptive behaviour
●
Security
Glibc: Mega bug may
hit thousands of
devices
– Dave Lee, BBC
18. ● Clone the network SSID
● Telnet to the iKettle with a default password of
000000
● List the iKettle’s settings and it displays all known
wifi passwords in plain text
How to Hack Your Kettle
Q: How many of
you put your
domestic
appliances on a
separate wifi?
19. ● Web service (API) calls were not verifying the
'sender' of messages
oa would-be attacker to send bogus requests
●Attacker could find
oCustomer details
oChild’s name, age, gender
How to Hack Your Child’s Teddy Bear
20. ● Vulnerability in the mobile application
● Allows anyone to take control of your car
using the last 5 digits of the VIN number
● Heated seats
● Air conditioning
How To Hack Your Car
GET https://[redacted].com/orchestration_1111/gdc/BatteryStatusRecordsRequest.php?RegionCode=NE&lg=no-
NO&DCMID=&VIN=SJNFAAZE0U60XXXXX&tz=Europe/Paris&TimeFrom=2014-09-27T09:15:21
21. ● Timely updates are necessary
o New features in IoT and Embedded
o Emerging IoT protocols
o Integration with multiple IoT ecosystems
o Security fixes
● ARM partnership challenges
o New IP (secrecy / fragmentation)
o Lack of a common platform HAL, also known as ‘architecture’
o A ‘hack and ship’ development flow - “we’ve always done it this
way”
Security Needs Timely Updates
22. Standards Enable the End to End Ecosystem
Gateways,
Edge DevicesIoT Devices Mobile Devices Media Servers Cloud
23. Standards
We follow a lot of standards, but there are some
that we should be actively participating in
● Open Data Plane
● GlobalPlatform
● Device tree
● Open Container Initiative
● ...
24. Hardware Enables the End to End Ecosystem
IoT
Enterprise
NetworkSTBConsumer
Gateways,
Edge DevicesIoT Devices Mobile Devices Media Servers Cloud
25. Easily prototype new products
●Commoditization of Connectivity Components
●Crowdfunding
●Quick Turn Manufacturing
●3D Printing
●Added services (Nest, Fitbit, Philips Hue)
Hardware is the new Software
96Boards plus SDK / Reference Platforms gives us an
end to end story
26. ● Raspberry Pi has been a brilliant enabler of
engineers and the maker community
o 96Boards inherits much software, Debian, Fedora etc that was
incubated on Raspberry Pi
● 96Boards is enabling end to end ubiquitous
software
● It’s a layout standard that enables multiple boards
of the same form factor
o An improvement on a multiple competing layouts from many
ARM SoC manufacturers
● It enables and supports the software reference
platform
●
96Boards is not Raspberry Pi
27. ● It all comes together in the reference
platforms, hardware and software
● Reference Platforms are driven by
standards
● Standards succeed when they are
implemented in open source (and in the
open)
● Developing open source openly enables
more players
● It’s the ARM ecosystem way
How Does All This Come Together?
29. The End to End Ecosystem
Networking Enterprise
IoT
Gateways,
IoT Devices
Mobile DevicesMedia Servers
IoT
Enterprise
IoT / TV / STB /
Media Gateway
Network STB Consumer
Consumer
30. ● Software Defined Networking (SDN)
plus hardware acceleration
● Open Daylight - modular SDN platform
● Open Virtual Switch
● ODP - interface to acceleration
hardware
High open source content, merging with
commodity hardware
Edge Network
ODP
KERNEL
OVS
Open Daylight
Open
Daylight
Applicatoin
Open
Daylight
Applicatoin
Open
Daylight
Applicatoin