rockwell collins and formal methods september 20, 2013

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Rockwell Collins and Formal Methods September 20, 2013. Who we are: An innovator in the design, production and support of aerospace and defense solutions . Insert pictures into these angled boxes. Height should be 3.44 inches. - PowerPoint PPT Presentation

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Rockwell Collins Overview

Rockwell Collins and Formal Methods

September 20, 2013 Copyright 2013 Rockwell Collins All rights reserved.Company Official and Proprietary Copyright 2013 Rockwell CollinsAll rights reserved.Company Official and Proprietary #1Insert pictures into these angled boxes. Height should be 3.44 inches.Who we are:An innovator in the design, production and support of aerospace and defense solutions

A global company operating from more than 60 locations in 27 countries20,000 employees with 4700 engineersA balanced business across markets: Government 58%, Commercial 42%$4.7 billion in sales (2012)

Our core competencies include . . .Communication/NavigationFlight ControlInformation Electronic Warfare ManagementSimulationSituational AwarenessRockwell Collins demonstrates a commitment to innovation with 9 % of sales as IR&D investment: Double the industry average Copyright 2013 Rockwell CollinsAll rights reserved.Company Official and Proprietary #2Our company at a glanceRockwell Collins is a global company that operates from more than 60 locations in 27 countries. With a large portion of our sales coming from outside the United States, Rockwell Collins continues to focus on broadening our global footprint.

If your audience asks about specific locations, refer to the following:U.S. locations: California, Florida, Georgia, Hawaii, Illinois, Iowa, Kansas, Maryland, Massachusetts, Michigan, Minnesota, Missouri, New York, North Carolina, Oklahoma, Oregon, Pennsylvania, Texas, Utah, Virginia, Washington, Washington, DCInternational locationsAfrica: Johannesburg, South Africa Asia: Bangkok, Thailand; Beijing, China; Hong Kong; Kuala Lumpur, Malaysia; Manila, Philippines; Moscow, Russia; Osaka, Japan; Shanghai, China;Singapore; Tokyo, Japan;Australia: Brisbane, Melbourne, SydneyNew Zealand: AucklandCanada: Montreal, OttawaEurope: England: London, Manchester, Reading; France: Paris, Toulouse; Germany: Frankfurt, Heidelberg; Italy: Rome; Netherlands: Amsterdam;Mexico: MexicaliSouth America: Brazil: Sao Jose dos Campos, Sao Paulo; Chile: Santiago

Aviation Electronics and Airborne / Mobile Communications Systems for Commercial and Military Applications Worldwide

Rockwell Collins Copyright 2013 Rockwell CollinsAll rights reserved.Company Official and Proprietary #3Design, engineer and manufacture, sell and distributeAviation Electronics and Airborne/Mobile Communications Systems, Products and Services.for Commercial and Military applications worldwideAdvanced Technology CenterCharter: Identify, Develop and Mature Technologies that Provide Growth for Rockwell CollinsSupport Business Units in Evaluation of Advanced TechnologyPartner with Companies and Universities for Advanced Research

Key Technology Areas:Formal MethodsNetworked Communication Systems Radio and Optical SystemsNavigation and ControlAvionics & Cabin SystemsInformation AssuranceAutomated AnalysisInfo & Computing SystemsModeling and Simulation

Copyright 2013 Rockwell CollinsAll rights reserved.Company Official and Proprietary #Trusted Systems 18 Research EngineersTechnical ExpertiseCyberDefenseOperationsInformation AssuranceEncryptionData SeparationData SecurityFormal MethodsThoerem ProvingModel CheckingSymbolic Execution

Copyright 2013 Rockwell CollinsAll rights reserved.Company Official and Proprietary #

TodayTechnology Progression in Avionics TechnologyPneumaticElectromechanicalAnalogDigitalFederated ElectronicsElectromechanical and Pneumatic InstrumentsOptical NetworkingTechnology

Networked AvionicsAvionics1930-19602010+ 1970-2010 2013 Rockwell Collins, All rights reserved.Slide #6Avionics Technology has progressed from passenger service with the DC-1/3 in the 1930s to the introduction of computers and sophisticated electronics today. The electromechanical and Pneumatic instruments were replaced with federated electronics that used analog and digital electronics. Basic functions however were separated.This federated electronics have given way to integrated avionic systems which integrated multiple functions into a common computing architecture to save on recurring cost. The latest composite aircraft have replaced electronic buses with optical networks.This integration of Avionics provides better situational awareness.Software Complexity Explosion!

Our customers have recognized this problem and are sounding the alarm!

2013 Rockwell Collins, All rights reserved.Slide #An that price is the complexity of the avionics system and the complexity of the softwareI believe that it is a fair statement that all developers of integrated avionics systems and software, whether Prime contractor or avionics system integrators have struggled with the time and cost, especially cost of developing and certifying these systems.

7Utility of Formal MethodsEx post facto verificationHas been used to meet certification requirementsCommon Criteria EAL 6+Finds subtle errors

Early detection of errorsAllows errors to be addressed early in design processLess rework -> lower costs

Increase of automationPush button implementation, testing, and verificationRemove humans from tedious, error prone activities

8 2013 Rockwell Collins All rights reserved.Rockwell Collins Proprietary InformationAAMP5 MicrocodeVerification(PVS)1994199619982000200220042006199220082010AAMP-FVMicrocodeVerification(PVS)AAMP5Partitioning(PVS)JEM JavaProc(PVS)FGS ModeConfusionStudy(PVS)FCP 2002Microcode(ACL2)AAMP7SeparationKernel(ACL2)

FGS ModeConfusionPVS)FGS Safety Analysis(RSML-e, NuSMV)ADGS 2100 (Simulink,NuSMV)NASA Aviation Safety

AFRL GreenhillsIntegrityRTOS(ACL2)Mixed Crit. ArchitecturesvFaat(ACL2,PVS)NSA SHADE(ACL2)Turnstile(SPARK)GuardolApp(ACL2, Prover)2012AF Crypto ModCrypto Control(Prover)DataFlow Logic(ACL2)Cyber Seedling(ACL2)DARPA META(AADL)AVM(AADL)

FM Application(Kind)Guardol(ACL2,Prover)

CerTA FCS(NuSMV, Prover)System Arch Tools(AADL)

2013 Rockwell Collins All rights reserved.Rockwell Collins Proprietary InformationFY 13 Formal Methods Projects CustomerProgram(complete)DARPAC2M2L (FY13)DARPAHACMS (FY17)DARPARapid (FY16)NASAAFCS (FY16)AFRLSwPI (FY15)NASAFCSR (FY13)AFRLCertaAMOR (ongoing)CPSDPikeWerks (FY13)SPAWARDornerWorks (FY14)InternalAuto Test (FY13)NSAGuardol (FY14)10Compositional reasoningData flow analysisDO-178C formal methods guidebook exampleRequirements modeling and analysisSoftware cost reductionRobust firewall / guard 2013 Rockwell Collins All rights reserved.Rockwell Collins Proprietary Information10Potential Formal Methods Application AreasCyberVulnerability analysisCyber resilient designDemonstrate salient properties of cyber payloads

Unmanned SystemsDesign, V&V of adaptive/autonomous behavior

Rapid Capability DeploymentInsertion of new technology/capability into fielded high assurance systems11

2013 Rockwell Collins All rights reserved.Rockwell Collins Proprietary InformationContact InformationCorporate Web Sitewww.rockwellcollins.comwww.rockwellcollins.com/Careers.aspx

Formal Specification and Analysis Job Postinghttps://rockwellcollins.taleo.net/careersection/jobdetail.ftl?job=577014

Ray [email protected] 295 670912 2013 Rockwell Collins All rights reserved.Rockwell Collins Proprietary Information