WIND RIVER VXWORKS for AEROSPACE & DEFENSE AND INDUSTRIAL ... · PDF fileWIND RIVER VXWORKS...

© 2017 WIND RIVER. ALL RIGHTS RESERVED.

WIND RIVER VXWORKS for AEROSPACE & DEFENSE AND INDUSTRIAL MARKETS Stephen Olsen, Sr. Manager

Operating Systems, Wind River

2 © 2017 WIND RIVER. ALL RIGHTS RESERVED.

Wind River CONFIDENTIAL Information

The following is intended to outline our general product direction. It is intended for informational purposes only, and shall not be incorporated into any contract. It is not a commitment to deliver any material, code, or functionality, and should not be relied upon in making purchasing decisions. The development, release, and timing of any features or functionality described for Wind River products remains at the sole discretion of Wind River.

The content contains confidential and proprietary information of Wind River and is subject to confidentiality agreements between the recipient and Wind River.

In reviewing these materials, the recipient agrees with Wind River that none of the following information may be disclosed by the recipient to any third party without Wind River's consent and that the recipient may not use any of the following information for any purpose not expressly authorized by Wind River.


- 32-Bit Processors in Devices - Operating Systems in Devices VxWorks

1980s

- Digital Control Devices - Internet Explosion VxWorks 5 1990s

- Multi-core Processors - Hardening of Device OS

VxWorks 6 VxWorks 653 VxWorks MILS Wind River Linux

2000s

- Device Consolidation - Safety and Security - Internet of Things

VxWorks 7 Virtualization platforms Wind River Intelligent Device Platform Wind River Titanium Server Wind River Helix Cloud

2010s


Industrial

Transportation Medical

Energy Automotive

Aerospace

Defense

VxWorks

Powering 2 Billion+ Devices

Trusted by 9,000+ Companies

Used by 40,000+ Developers

Networks

Retail Consumer


Some things are so important, they simply must work.

People take action with life and death stakes everyday.


WIND RIVER

HELIX

ENTERPRISE

CLOUD

VIRTUAL

EDGE

SENSOR

PHYSICAL


Simplified Internet of Things Topology

NETWORKS SENSORS/

ACTUATORS

DEVICES/

MACHINES

GATEWAYS CLOUDS

On-premises

Enterprise

Carrier

Public

Private

Hybrid

Embedded

Combat

Resource-constrained:

Low power

Small footprint

7 © 2016 Wind River. All Rights Reserved.


Wind River Portfolio Applied to IoT Topology

VxWorks

Wind River Simics*

IoT application development tools*

VxWorks with technology and market profiles

Wind River Linux with technology and market profiles

Wind River Pulsar Linux

Certification products

Wind River Intelligent Device Platform XT

IoT application development tools

ARP w/ Intel and McAfee: Moon Island

Wind River Titanium Server

Titanium Cloud partner ecosystem

OpenStack

Carrier grade telco management

Carrier Grade Linux

Accelerated vSwitch

Wind River Helix App Cloud

Wind River Helix Device Cloud

Wind River Helix Lab

Mashery API management

© 2016 Wind River. All Rights Reserved. 8

*Apply at every node of the topology

NETWORKS SENSORS/

ACTUATORS

DEVICES/

MACHINES

GATEWAYS CLOUDS


Reducing cost of development

Scalable standardized platforms with common skills, tools, certification Affordability

Starting projects with a predicted technology readiness level

Reuse of software, test assets, simulation, etc. Cycle time

reduction

Conformance to safety and security standards across projects

Increasing importance due to regulatory pressures as market expands Regulatory

compliance

Solving Business Problems


AEROSPACE AND DEFENSE

Airbus Group

BAE Systems

Boeing

Elbit Group

General Atomics

General Dynamics

GE Aviation

Honeywell

ITT

L-3 Technologies

Leonardo

Lockheed Martin

NASA

Northrop Grumman

Mitsubishi

Orbital Sciences

Raytheon

Rockwell Collins

Samsung

Thales

NETWORK INFRASTRUCTURE

Alcatel-Lucent

ARRIS

Avaya

Ciena

Dialogic

DragonWave

Ericsson

Fujitsu

GENBAND

Hitachi

Huawei

Hypercom

Kapsch

Kyocera

Motorola

NEC

Nokia

Samsung

Tellabs

ZTE

MOBILE AND CONSUMER

Dell

Fujifilm

HP

Huawei

Iwatsu

Kodak

Konica Minolta

Mitsubishi

NEC

Oki

Pace

Quanta

Ricoh

Sumitomi

Sharp

Sony

Sky

Toshiba

Zhone

AUTOMOTIVE

AWTC Europe

BMW

Bosch

Clarion

Continental

Daimler

Delphi

Fiat

Fujitsu

General Motors

Harmann

HKMC

Honda

Johnson Controls

Mobis

Nissan

PSA Peugeot Citroën

Renault

Toyota

Valeo Group

INDUSTRIAL AND MEDICAL

ABB

Belden

Bombardier

Draeger

Deere & Co

Emerson Electric

General Electric

KUKA

LAM Research Group

Liebherr

Mitsubishi

Olympus

OSI Systems

Rockwell Automation

Schneider Electric

Siemens

Smiths Group

Stryker

Toshiba

Woodward

GLOBAL BRANDS DELIVERING THE SAFEST, MOST SECURE DEVICES IN THE WORLD TRUST WIND RIVER


WIND RIVER AEROSPACE & DEFENSE PROGRAMS

Land

Abrams

Bowman

Bradley

Challenger

FCS

GIG

HIMARS

JTRS

MLRS

Patriot

Sea

Aegis

Astute

DDG-1000

Halifax

Harpoon

KDX-I

Phalanx

Tomahawk

Type 45

U212

Military Air

A330 MRTT

A400M

C-130

F-22

F-35

Global Hawk

KC-767

nEUROn

Typhoon

X-47B

Space

ARES

Curiosity

FTB1

GAIA

ISS

Mars Rovers

Odyssey

Orion

Pathfinder

PROBA

Commercial

Airbus A3xx

Airbus A350

Airbus A380

Boeing 7x7

Boeing 747

Boeing 777

Boeing 787

EC 225

EGNOS

WAAS

© 2017 WIND RIVER. ALL RIGHTS RESERVED. 3


WIND RIVER RECENT PARTNER INTEGRATION

CoreAVI / Presagis / Wind River Multi-Touch PLATFORM

13 © 2017 WIND RIVER. ALL RIGHTS RESERVED. 13 © 2017 Wind River. All Rights Reserved.

WIND RIVER STANDARDS LEADERSHIP WITH FACE

VxWorks 653 is the first RTOS to be certified conformant

to the Future Airborne Capabilities Environment (FACE™)

Technical Standard Operating System Segment (OSS)

Safety Base Profile

WIND RIVER CORE PRODUCTS

VxWorks – Powering the connected world and space

VxWorks 653 – Global ARINC 653 COTS avionics standard

Wind River Linux – Trusted and traceable open source platform

Wind River Simics – System simulation of challenging deployments



VXWORKS PRODUCT STRATEGY

15

Increase efficiencies with our largest customers

Drive robust multi-core certification solutions

Lead the industry in standards such as ARINC 653 and FACE

Incubate software-defined and autonomous solutions


VxWorks

Safe & Secure RTOS Platform


Scaling Across Use Cases

Single Function

Device

Multi-function

Device

Multi-tenant

Device

Multi-platform

Device

VxWorks 7

Application

VxWorks 7

Protected Spaces

App App App

VxWorks 7

Portable Containers

App

App

App

App

App

App

VxWorks 7

Virtualization

Ap

p

OS

Ap

p

Ap

p

OS

Ap

p

Code Library Functionality Applications Platforms

Reuse Code Across Projects


Current Operating Systems Product Portfolio

VxWorks Wind River Linux VxWorks 653

Safety Profile

Security Profile

Virtualization Profile

VxWorks Plus

Simics

Carrier Grade Profile

Security Profile

Open Virtualization

Profile


FEDERATED VS. INTEGRATED MODULAR AVIONICS (IMA)

Federated Architecture

Advantages

Independence of design and certification

Well-understood methodology

Established supply chain

Challenges

Greater size, weight, and power (SWaP) requirements Each function associates with a separate LRU

Less software reuse

Less portability, less modularity

IMA

Advantages

Lower SWaP requirements – Multiple functions on a single LRU

Better software reuse

Better portability

Better modularity

Challenges

Greater complexity of system integration

Greater complexity of design and certification

Inexperienced supply chain

Flight

Control

Displays

ARINC 429, MIL-STD-1553B, ARINC 664

Mission

Systems

Flight

Control

Mission

Systems Displays

Multi-core IMA Platform


VxWORKS AND VxWORKS 653 CUMULATIVE DESIGN WINS: FEDERATED AND IMA

0

50

100

150

200

250

300

350

400

450

2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017

Cumulative Federated Cumulative IMA Projects


INTEGRATED MODULAR AVIONICS (IMA) WITH VXWORKS 653 MULTI-CORE EDITION

ARINC Ports


VXWORKS 653 ARCHITECTURE

Single Core Processor

VxWorks 653 2.x MOS Partition Scheduler

Memory Management Unit

(MMU)

Multi-core Processor

Applications

VxWorks 653 3.x MOS Hardware Virtualization Assist and Guest OS Provisioning

ARINC 653

Guest OS

VxWorks 653 POS ARINC 653, VxWorks, POSIX, more

Core Core Core Core Core Core

Board Devices Board Devices

I/O SoC IP

Hardware Virtualization Assist

VxWorks

Guest OS

Linux

Guest OS

Other

Guest OS

ARINC 653

Partitions

VxWorks

RTPs

Linux

Containers

Other

Partitioning

VxWorks 653 2.x VxWorks 653 Multi-core Edition


SAFETY TECHNOLOGY EVOLUTION This approach is based on a proven, generally available solution that spans multiple markets and use cases.

Common Safety Platform

VxWorks 7 with Virtualization

Profile

VxWorks 6.x (Cert)

VxWorks 7 with Safety Profile

VxWorks 653 3.x Multi-core Edition

Industrial Safety Product

VxWorks 653 Next-Generation

Automotive Safety Product

Wind River Hypervisor 2.x


Safety: Multiple Levels of Criticality

Single Application

Multiple Applications

Single Safety Level

Multiple Safety Levels

Single Core

Multi-core

Devices


Certification Standards

Market Standards Area

Industrial IEC 61508 Functional Safety

Automotive ISO 26262 Functional Safety

Nuclear IEC 60880 Safety

Rail EN 50128 Safety

Medical IEC 62304 Safety, Software Lifecycle

Aviation DO-178C Safety

All Markets IEC 27034 Security, Secure Dev. Lifecycle

All Markets IEC 15408 Security, Common Criteria

Industrial IEC 62443 Security for Industrial Devices


WIND RIVER A&D LEADERSHIP

More than 600 global aerospace & defense customers

More than 500 certification projects served

More than 2 billion devices deployed

More than 35 years of customer success

Leaders in the aerospace & defense industries



Thanks!

[email protected]

510-749-2423

Twitter: @OlsenStephen

™


WIND RIVER VXWORKS for AEROSPACE & DEFENSE AND INDUSTRIAL ... · PDF fileWIND RIVER VXWORKS...

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