Table of Contents
1.0INTRODUCTION
1.1PurposeofDocument
1.2Scope
1.3NetworkDocumentOrganization
1.3.1ARINCSpecification664,AircraftDataNetwork
Series
1.3.2OrganizationofthisDocument
1.4RelatedDocuments
1.4.1RelationshipofthisDocumenttoOtherStandards
2.0OVERVIEW
2.1Introduction
2.2AircraftControlDomain(ACD)
2.3AirlineInformationServicesDomain(AISD)
2.4PassengerInformationandEntertainmentServicesDomain
(PIESD)
2.5PassengerOwnedDevicesDomain(PODD)
2.6ExternalInterfaces
2.6.1VHFDataLink(VDL)
2.6.2Satellite
2.6.3WirelessLAN
2.6.4CellularTelephone
2.6.5GroundBasedBroadband
2.7Inter-domainConnections
3.0NETWORKDESIGNCONSIDERATIONS
3.1Overview
3.2NetworkIdentificationandConnectivity
3.3NetworkSecurityDesignConsiderations
3.4QualityofService(QoS)DesignConsiderations
3.5DeterministicNetworkDesignConsiderations
3.5.1IsolationofDataFlows
3.5.2BoundedLatencyandJitter
3.5.3Redundancy
4.0SECURITY
4.1Introduction
4.2AircraftDomains
4.3AircraftNetworkSecurityMethodologyandSecurityPolicies
4.4SecurityDesignConsiderations
4.5NetworkSecurityversusApplicationSecurity
4.6CryptographicversusNon-CryptographicSecurity
Mechanisms
4.6.1CryptographicSecurityMechanisms
4.6.2Non-CryptographicSecurityMechanisms
4.7DefenseinDepthSecurity
4.8ExampleSecurityArchitecture
4.8.1PacketFilters
4.8.2ExternalRouterCryptographicSecurity
4.8.3Application-LevelGateways
4.8.4VirtualPrivateNetwork
4.8.5IPSecModule
4.8.6ISAKMP/IKEModule
4.8.7Cryptographicmodule
4.8.8Cryptographic-ProtectedDataFlow
4.8.9TheClientEnd-System
4.8.10FirewallFilterRules
4.8.11SNMPProxyOperation
4.8,12TFTPProxyOperation
4.9Logging
4.10ImplicationsonCommunicationProtocolStack
4.10.1DataLinkLayer
4.10.2NetworkLayer
4.10.3TransportLayer
4.10.4SessionLayer
4.10.5PresentationLayer
4.10.6ApplicationLayer
4.11NetworkSecurityandFirewallReferences
5.0NETWORKQoSDESIGNCONSIDERATIONS
5.1Overview
5.2Connection-OrientedversusConnectionlessQoS
5.3IntegratedServices
5.4DifferentiatedServices
5.4.1IEEE802.1Q
5.4.2TypeofService(ToS)
5.4.3DiffServ
5.5QueuingTechniques
5.6MultipleProtocolLabelSwitching(MPLS)
5.7ServiceLevelAgreements
6.0NETWORKMANAGEMENTANDDIRECTORYSERVICES
6.1Introduction
6.1.1Overview
6.1.2SNMPStandards
6.2NetworkManagement
6.2.1SNMP/MIBNetworkManagementOverview/MIB
6.2.2SNMP/MIBOperationalMode
6.2.3RMON(RemoteMonitoring)/MIB-II
6.2.4SMON(SwitchMonitoring)/MIB
6.2.5OtherNetworkManagementConsiderationsand
Concerns
7.0MOBILITYSERVICES
7.1Scope
7.2TypesofMobility
7.3CharacteristicsofMobileIP
7.3.1HowMobileIPWorks
7.3.2MobileIPandADN
7.4CharacteristicsofHostIdentityProtocol(HIP)
7.4.1HowHIPWorks
7.4.2HIPandADN
ATTACHMENTS
1SecurityReferences
APPENDICES
AListofAcronyms
BGlossaryofTerms
CReserved
DAircraftNetworkSecurityMethodologyandSecurityPolicies
EIPv4andIPv6Mobility
FIPv4andIPv6IPsec
GQualityofServiceINTSERVandDIFFSERVArchitectureExamples
HDomainDecompositionExamples
IDomainComparisonandNetworkCharacteristics
JFunctionalElements
ARINCStandard-ErrataReport
ARINCIAProjectInitiation/Modification(APIM) Abstract
Specifies the design and implementation guidelines for networks installed in aircraft. Such networks may be used to enable network devices to communicate among themselves and with networks outside of the aircraft.
