BlackHole
occurs in layer: NetworkLayer
type: ManetAttack
type: SensorAttack
has security mechanism: Link-Layer Security Protocol (LLSP)
has security mechanism: Watchdog
type: M2MAttack
type: MeshAttack
comment: An attacker tries to attract all neighboring nodes to establish routes though a malicious node. Once the attacker is successfuk in the sinkhole attack, then the network, is also open to other attacks, for example, eavesdropping or selective forwarding. Sinkhole attacks are very hard to detect.
label: Sinkhole
type: Thing

Elliptic Curve Cryptography (ECC)
type: Thing
satisfies: Confidentiality/Privacy
satisfies: Authentication
comment: Elliptic curve cryptography (ECC) is an approach to public-key cryptography based on the algebraic structure of elliptic curves. Because the RSA algorithm is rather inefficient in its use of key length, ECC has been proposed.
type: ManetSecurityMechanism
type: KeyManagement
type: AsymmetricAlgorithm

Advanced Encryption Standard (AES)
type: Thing
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism

Robust Security Network (RSN)
type: WifiArchitectureComponent
satisfies: Integrity
has part: Advanced Encryption Standard (AES)
has part: EAP (Extensible Authentication Protocol)
has part: Group Master Key (GMK)
has part: Temporal Key Integrity Protocol (TKIP)
has feature: Secured
label: Wi-Fi Protected Access (WPA2)
satisfies: Authentication
satisfies: Confidentiality/Privacy
type: WifiSecurityProtocol
has part: Counter Mode with Cipher Block Chaining Message Authentication Code Protocol (CCMP)
comment: A wireless security protocol in which only authorised users can access a wireless device.
has part: IEEE 802.1X
type: Thing

Sinkhole
has security mechanism: Link-Layer Security Protocol (LLSP)
has security mechanism: Watchdog
occurs in layer: NetworkLayer
type: M2MAttack
type: MeshAttack
type: SensorAttack
comment: An attacker tries to attract all neighboring nodes to establish routes though a malicious node. Once the attacker is successfuk in the sinkhole attack, then the network, is also open to other attacks, for example, eavesdropping or selective forwarding. Sinkhole attacks are very hard to detect.
type: ManetAttack
label: BlackHole
type: Thing

Blowfish
type: Thing
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism

Access Control
type: Thing
type: SecurityProperty
comment: Access Control is the mechanism that allows owners of resources to define, manage and enforce access conditions applicable to each resource.

Anonymity
type: Thing
description: Anonimity hides the source of a packet during communication.
type: SecurityProperty
comment: Anonymity protects user identity, making it hard to track the whereabouts of a certain user.

Integrity
type: Thing
description: Integrity means that no data is altered during the communication.
type: SecurityProperty
comment: Data integrity guarantees that the transmitted messages are not modified by attackers, either due to malicious intent or by accident.

Authentication
type: SecurityProperty
comment: Authentication prevents unauthorized access to the network.
type: Thing

Rivest Shamir Adleman (RSA)
type: AsymmetricAlgorithm
type: KeyManagement
type: DigitalSignature
satisfies: Authentication
satisfies: Confidentiality/Privacy
type: ManetSecurityMechanism
type: Thing

Wi-Fi Protected Access (WPA2)
has part: EAP (Extensible Authentication Protocol)
has part: Group Master Key (GMK)
has part: Temporal Key Integrity Protocol (TKIP)
has feature: Secured
has part: Advanced Encryption Standard (AES)
satisfies: Authentication
satisfies: Confidentiality/Privacy
type: WifiSecurityProtocol
has part: Counter Mode with Cipher Block Chaining Message Authentication Code Protocol (CCMP)
comment: A wireless security protocol in which only authorised users can access a wireless device.
satisfies: Integrity
has part: IEEE 802.1X
type: WifiArchitectureComponent
label: Robust Security Network (RSN)
type: Thing

Twofish
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism
type: Thing

DES
type: Thing
is replaced by: TripleDES
satisfies: Confidentiality/Privacy
has feature: Deprecated
type: BlockCipher
type: ManetSecurityMechanism

Security Hash Algorithm (RIPE-MD)
satisfies: Authentication
satisfies: Integrity
type: HashFunction
type: ManetSecurityMechanism
type: Thing

Advanced Encryption Standard (AES)
type: Thing
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism

Advanced Encryption Standard (AES)
type: Thing
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism

Accountability
type: Thing
type: SecurityProperty
comment: Accountability is the requirement that actions of an entity may be traced uniquely to that entity.

Message Digest 5 (MD5)
type: Thing
satisfies: Authentication
satisfies: Integrity
type: StreamCipher
type: ManetSecurityMechanism
type: HashFunction

DES
type: Thing
satisfies: Confidentiality/Privacy
is replaced by: TripleDES
has feature: Deprecated
type: BlockCipher
type: ManetSecurityMechanism

International Data Encryption Algorithm (IDEA)
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism
type: Thing

Confidentiality/Privacy
type: Thing
type: SecurityProperty
comment: Confidentiality means that only destined user must be able to read data.

Confidentiality/Privacy
type: Thing
type: SecurityProperty
comment: Confidentiality means that only destined user must be able to read data.

Rivest Shamir Adleman (RSA)
type: Thing
satisfies: Confidentiality/Privacy
satisfies: Authentication
type: AsymmetricAlgorithm
type: KeyManagement
type: DigitalSignature
type: ManetSecurityMechanism

Rivest Cypher 4 (RC4)
has feature: Deprecated
satisfies: Confidentiality/Privacy
type: ManetSecurityMechanism
type: StreamCipher
comment: RC4 is used in the WEP protocol in WiFi
type: Thing

Secure Hash Algorithm (SHA)
satisfies: Authentication
satisfies: Integrity
type: HashFunction
type: ManetSecurityMechanism
type: Thing

Non Repudiation
type: Thing
type: SecurityProperty
comment: Non repudiation means that a sender is unable to deny having sent a message or infoomation.

Message Digest 5 (MD5)
type: Thing
satisfies: Integrity
satisfies: Authentication
type: StreamCipher
type: ManetSecurityMechanism
type: HashFunction

Authorization
type: SecurityProperty
comment: Only authorized persons can access to network services or resources.
type: Thing

Anonymity
type: Thing
description: Anonimity hides the source of a packet during communication.
type: SecurityProperty
comment: Anonymity protects user identity, making it hard to track the whereabouts of a certain user.

Authorization
type: Thing
type: SecurityProperty
comment: Only authorized persons can access to network services or resources.

Accountability
type: SecurityProperty
comment: Accountability is the requirement that actions of an entity may be traced uniquely to that entity.
type: Thing

Non Repudiation
type: Thing
type: SecurityProperty
comment: Non repudiation means that a sender is unable to deny having sent a message or infoomation.

Elliptic Curve Cryptography (ECC)
type: Thing
satisfies: Authentication
satisfies: Confidentiality/Privacy
comment: Elliptic curve cryptography (ECC) is an approach to public-key cryptography based on the algebraic structure of elliptic curves. Because the RSA algorithm is rather inefficient in its use of key length, ECC has been proposed.
type: ManetSecurityMechanism
type: KeyManagement
type: AsymmetricAlgorithm

Advanced Encryption Standard (AES)
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism
type: Thing

Confidentiality/Privacy
type: SecurityProperty
comment: Confidentiality means that only destined user must be able to read data.
type: Thing

Secure Socket Layer (SSL)
has part: Public Key Infrastructure (PKI)
satisfies: Confidentiality/Privacy
type: Protocol
is replaced by: Transport Layer Security (TLS)
comment: SSL is used by web browsers to secure transactions within web applications. Transport Layer Security (TLS) and its predecessor, Secure Sockets Layer (SSL), are cryptographic protocols which are designed to provide communication security over the Internet. They use X.509 certificates and hence asymmetric cryptography to assure the counterparty with whom they are communicating, and to exchange a symmetric key.
type: WebSecurityMechanism
protects in layer: Transport Layer
type: ManetSecurityMechanism
satisfies: Integrity
satisfies: Authentication
comment: The TLS protocol allows for secure transactions and provides for end-to-end security at the transport layer. TLS is also known as SSL.
label: Transport Layer Security (TLS)
type: Thing

Non Repudiation
type: SecurityProperty
comment: Non repudiation means that a sender is unable to deny having sent a message or infoomation.
type: Thing

Message Digest 5 (MD5)
satisfies: Authentication
type: StreamCipher
type: ManetSecurityMechanism
satisfies: Integrity
type: HashFunction
type: Thing

TripleDES
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism
type: Thing

TripleDES
type: Thing
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism

ElGamal
satisfies: Authentication
satisfies: Confidentiality/Privacy
type: AsymmetricAlgorithm
type: ManetSecurityMechanism
type: Thing

Skipjack
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism
type: Thing

ElGamal
satisfies: Authentication
satisfies: Confidentiality/Privacy
type: AsymmetricAlgorithm
type: ManetSecurityMechanism
type: Thing

Secure Hash Algorithm (SHA)
satisfies: Integrity
type: Thing
satisfies: Authentication
type: HashFunction
type: ManetSecurityMechanism

Transport Layer Security (TLS)
protects in layer: Transport Layer
type: Protocol
type: WebSecurityMechanism
comment: The TLS protocol allows for secure transactions and provides for end-to-end security at the transport layer. TLS is also known as SSL.
satisfies: Integrity
is replaced by: Secure Socket Layer (SSL)
has part: Public Key Infrastructure (PKI)
satisfies: Confidentiality/Privacy
label: Secure Socket Layer (SSL)
comment: SSL is used by web browsers to secure transactions within web applications. Transport Layer Security (TLS) and its predecessor, Secure Sockets Layer (SSL), are cryptographic protocols which are designed to provide communication security over the Internet. They use X.509 certificates and hence asymmetric cryptography to assure the counterparty with whom they are communicating, and to exchange a symmetric key.
type: ManetSecurityMechanism
satisfies: Authentication
type: Thing

DES
satisfies: Confidentiality/Privacy
has feature: Deprecated
is replaced by: TripleDES
type: BlockCipher
type: ManetSecurityMechanism
type: Thing

Authentication
type: Thing
type: SecurityProperty
comment: Authentication prevents unauthorized access to the network.

Trust
description: Trust is defined as the degree to which a node should be trustworthy, secure, or reliable during any interaction with the node.
type: SecurityProperty
comment: Data are they reliable?
type: Thing

Blowfish
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism
type: Thing

Authentication
type: Thing
type: SecurityProperty
comment: Authentication prevents unauthorized access to the network.

Authorization
type: Thing
type: SecurityProperty
comment: Only authorized persons can access to network services or resources.

Confidentiality/Privacy
type: Thing
type: SecurityProperty
comment: Confidentiality means that only destined user must be able to read data.

Confidentiality/Privacy
type: Thing
type: SecurityProperty
comment: Confidentiality means that only destined user must be able to read data.

Accountability
type: SecurityProperty
comment: Accountability is the requirement that actions of an entity may be traced uniquely to that entity.
type: Thing

Authorization
type: Thing
type: SecurityProperty
comment: Only authorized persons can access to network services or resources.

Integrity
type: Thing
description: Integrity means that no data is altered during the communication.
type: SecurityProperty
comment: Data integrity guarantees that the transmitted messages are not modified by attackers, either due to malicious intent or by accident.

Integrity
description: Integrity means that no data is altered during the communication.
type: SecurityProperty
comment: Data integrity guarantees that the transmitted messages are not modified by attackers, either due to malicious intent or by accident.
type: Thing

Trust
description: Trust is defined as the degree to which a node should be trustworthy, secure, or reliable during any interaction with the node.
type: SecurityProperty
comment: Data are they reliable?
type: Thing

Blowfish
type: Thing
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism

Availability
type: Thing
description: Availability ensures that services and information can be accessed at the time when they are required.
type: SecurityProperty
comment: Data availability ensures that the network is alive and that data are accessible.

Twofish
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism
type: Thing

Skipjack
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism
type: Thing

TripleDES
type: Thing
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism

Security Hash Algorithm (RIPE-MD)
satisfies: Integrity
satisfies: Authentication
type: HashFunction
type: ManetSecurityMechanism
type: Thing

Security Hash Algorithm (RIPE-MD)
satisfies: Integrity
type: Thing
satisfies: Authentication
type: HashFunction
type: ManetSecurityMechanism

Anonymity
type: Thing
description: Anonimity hides the source of a packet during communication.
type: SecurityProperty
comment: Anonymity protects user identity, making it hard to track the whereabouts of a certain user.

Confidentiality/Privacy
type: Thing
type: SecurityProperty
comment: Confidentiality means that only destined user must be able to read data.

International Data Encryption Algorithm (IDEA)
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism
type: Thing

Elliptic Curve Cryptography (ECC)
comment: Elliptic curve cryptography (ECC) is an approach to public-key cryptography based on the algebraic structure of elliptic curves. Because the RSA algorithm is rather inefficient in its use of key length, ECC has been proposed.
type: ManetSecurityMechanism
type: KeyManagement
satisfies: Confidentiality/Privacy
satisfies: Authentication
type: AsymmetricAlgorithm
type: Thing

Authentication
type: Thing
type: SecurityProperty
comment: Authentication prevents unauthorized access to the network.

Blowfish
type: Thing
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism

Secure Hash Algorithm (SHA)
satisfies: Integrity
satisfies: Authentication
type: HashFunction
type: ManetSecurityMechanism
type: Thing

Rivest Shamir Adleman (RSA)
type: Thing
satisfies: Confidentiality/Privacy
satisfies: Authentication
type: AsymmetricAlgorithm
type: KeyManagement
type: DigitalSignature
type: ManetSecurityMechanism

Trust
type: Thing
description: Trust is defined as the degree to which a node should be trustworthy, secure, or reliable during any interaction with the node.
type: SecurityProperty
comment: Data are they reliable?

Integrity
type: Thing
description: Integrity means that no data is altered during the communication.
type: SecurityProperty
comment: Data integrity guarantees that the transmitted messages are not modified by attackers, either due to malicious intent or by accident.

Availability
type: Thing
description: Availability ensures that services and information can be accessed at the time when they are required.
type: SecurityProperty
comment: Data availability ensures that the network is alive and that data are accessible.

CAST
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism
type: Thing

CAST
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism
type: Thing

Availability
type: Thing
description: Availability ensures that services and information can be accessed at the time when they are required.
type: SecurityProperty
comment: Data availability ensures that the network is alive and that data are accessible.

Access Control
type: SecurityProperty
comment: Access Control is the mechanism that allows owners of resources to define, manage and enforce access conditions applicable to each resource.
type: Thing

Access Control
type: Thing
type: SecurityProperty
comment: Access Control is the mechanism that allows owners of resources to define, manage and enforce access conditions applicable to each resource.

Availability
description: Availability ensures that services and information can be accessed at the time when they are required.
type: SecurityProperty
comment: Data availability ensures that the network is alive and that data are accessible.
type: Thing

Availability
type: Thing
description: Availability ensures that services and information can be accessed at the time when they are required.
type: SecurityProperty
comment: Data availability ensures that the network is alive and that data are accessible.

Integrity
type: Thing
description: Integrity means that no data is altered during the communication.
type: SecurityProperty
comment: Data integrity guarantees that the transmitted messages are not modified by attackers, either due to malicious intent or by accident.

CAST
type: Thing
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism

Rivest Cypher 4 (RC4)
type: Thing
satisfies: Confidentiality/Privacy
has feature: Deprecated
type: ManetSecurityMechanism
type: StreamCipher
comment: RC4 is used in the WEP protocol in WiFi

Anonymity
description: Anonimity hides the source of a packet during communication.
type: SecurityProperty
comment: Anonymity protects user identity, making it hard to track the whereabouts of a certain user.
type: Thing

Integrity
type: Thing
description: Integrity means that no data is altered during the communication.
type: SecurityProperty
comment: Data integrity guarantees that the transmitted messages are not modified by attackers, either due to malicious intent or by accident.

Advanced Encryption Standard (AES)
type: Thing
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism

Non Repudiation
type: Thing
type: SecurityProperty
comment: Non repudiation means that a sender is unable to deny having sent a message or infoomation.

Message Digest 5 (MD5)
type: Thing
satisfies: Integrity
satisfies: Authentication
type: StreamCipher
type: ManetSecurityMechanism
type: HashFunction

Rivest Shamir Adleman (RSA)
type: Thing
satisfies: Authentication
satisfies: Confidentiality/Privacy
type: AsymmetricAlgorithm
type: KeyManagement
type: DigitalSignature
type: ManetSecurityMechanism

Authorization
type: Thing
type: SecurityProperty
comment: Only authorized persons can access to network services or resources.

Access Control
type: Thing
type: SecurityProperty
comment: Access Control is the mechanism that allows owners of resources to define, manage and enforce access conditions applicable to each resource.

Elliptic Curve Cryptography (ECC)
type: Thing
satisfies: Confidentiality/Privacy
satisfies: Authentication
comment: Elliptic curve cryptography (ECC) is an approach to public-key cryptography based on the algebraic structure of elliptic curves. Because the RSA algorithm is rather inefficient in its use of key length, ECC has been proposed.
type: ManetSecurityMechanism
type: KeyManagement
type: AsymmetricAlgorithm

DES
type: Thing
is replaced by: TripleDES
satisfies: Confidentiality/Privacy
has feature: Deprecated
type: BlockCipher
type: ManetSecurityMechanism

Rivest Cypher 4 (RC4)
has feature: Deprecated
satisfies: Confidentiality/Privacy
type: ManetSecurityMechanism
type: StreamCipher
comment: RC4 is used in the WEP protocol in WiFi
type: Thing

TripleDES
type: Thing
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism

ElGamal
type: Thing
satisfies: Confidentiality/Privacy
satisfies: Authentication
type: AsymmetricAlgorithm
type: ManetSecurityMechanism

Localized encryption and authentication protocol (LEAP)
has part: Cluster Key
has part: Group Key
has part: Individual Key
has part: Pairwise Key
satisfies: Authentication
satisfies: Confidentiality/Privacy
type: SensorKeyManagement
comment: LEAP is a famous key management used in sensor networks.

Group Key
type: SymmetricSensorKey
comment: This is globally shared key that is used by the base station for encrypting messages that are broadcast to the whole group.

Replay Attack
is vulnerability of: GPRSTechnology
type: SensorAttack
threatens: Freshness
is vulnerability of: UMTSTechnology
is vulnerability of: ZigbeeTechnology
occurs in layer: NetworkLayer
is vulnerability of: M2MTechnology
is vulnerability of: MeshTechnology
is vulnerability of: EDGETechnology
is vulnerability of: GSMTechnology
has security mechanism: Kerberos
is vulnerability of: SensorTechnology
is vulnerability of: BluetoothTechnology
is vulnerability of: WimaxTechnology
is vulnerability of: EthernetTechnology
is vulnerability of: LTETechnology
is vulnerability of: ManetTechnology
is vulnerability of: WifiTechnology
has security mechanism: Challenge-Handshake Authentication Protocol (CHAP)
is vulnerability of: RFIDTechnology
type: WimaxAttack
is vulnerability of: UWBTechnology
is vulnerability of: HSDPATechnology

Evolved Packet Core (EPC)
type: LTEArchitectureComponent

Core Network (CN)
has part: Circuit Switched
has part: Common Element
has part: Packet Switched
type: UMTSArchitectureComponent
comment: The CN provides switching, routing and transit for user traffic and contains the databases and network management.

Packet Leaches
protects in layer: NetworkLayer
type: SensorSecurityMechanism

Base Station Subsystem (BSS)
has part: Base Station Controller (BSC)
has part: Base Transceiver Station (BTS)
type: GSMArchitectureComponent
comment: Base Station Subsystem (BSS) controls the radio link with the Mobile Station (MS).

Individual Key
type: SymmetricSensorKey
comment: Every node has a unique key that it shares pairwise with the base station. This key is used for secure communication between a node and the base station. Similarly, the base station can use this key to encrypt any sensitive information.

Schnorr
satisfies: Authentication
satisfies: Integrity
satisfies: Non Repudiation
type: DigitalSignature

Transport Mode
type: NamedIndividual
comment: Everything in an IP packet is encrypted except the header.

Authentication, Authorization, Accounting (AAA)
satisfies: Accountability
satisfies: Authentication
satisfies: Authorization
type: GSMSecurityMechanism
type: ManetSecurityMechanism
type: MeshSecurityMechanism
comment: Security architecture for distributed systems.

AKA (Authentication and Key Agreement)
has part: f3
has part: f4
satisfies: Authentication
type: UMTSSecurityProtocol

OperatorNetwork
type: WimaxArchitectureComponent

Diameter
satisfies: Authentication
type: AuthenticationServer
type: WifiSecurityMechanism
comment: Diameter is evolving to improve RADIUS to provide better security.

Adware
occurs in layer: Application Layer
type: WebAttack

DB2
type: DatabaseTechnology

Misc (Multi-System and Internet Security Cookbook)
type: SecurityMagazine

Cipher Feedback (CFB)
type: ModeOperation

A5
has part: Kasumi
satisfies: Confidentiality/Privacy
type: GSMSecurityAlgorithm
type: StreamCipher
comment: A5 is an encryption algorithm to encrypt the communication between the mobile phone and the base station (BTS Base Station Transceiver).

Sequence Number (SQN)
satisfies: Data Freshness
type: UMTSArchitectureComponent

Universal Subscriber Identity Module (USIM)
has part: AKA (Authentication and Key Agreement)
has part: International Mobile Subscriber Identity (IMSI)
satisfies: Authentication
satisfies: Confidentiality/Privacy
satisfies: Integrity
type: UMTSArchitectureComponent
comment: The keys and algorithms used for authentication and encryption are stored on the USIM.

Wireless Application Protocol (WAP2)
has part: Transport Layer Security (TLS)
type: WifiTechnology
comment: WAP is an open specification which enables mobile users to access the Internet.
has part: Secure Socket Layer (SSL)

Rogue
occurs in layer: Application Layer
type: WebAttack

Rootkit
occurs in layer: Application Layer
type: WebAttack

Man-in-the-Middle (MITM)
is vulnerability of: GPRSTechnology
is vulnerability of: M2MTechnology
is vulnerability of: RFIDTechnology
is vulnerability of: WimaxTechnology
is vulnerability of: HSDPATechnology
is vulnerability of: ManetTechnology
is vulnerability of: EthernetTechnology
is vulnerability of: UMTSTechnology
is vulnerability of: ZigbeeTechnology
has security mechanism: HyperText Transfer Protocol Secure (HTTPS)
is vulnerability of: EDGETechnology
is vulnerability of: BluetoothTechnology
is vulnerability of: SensorTechnology
is vulnerability of: LTETechnology
is vulnerability of: MeshTechnology
is vulnerability of: GSMTechnology
has security mechanism: DigitalCertificate
comment: An attacker intrudes into the communication between the endpoints on a network to inject false information and intercept the data transferred between them.
has security mechanism: Protocol for Carrying Authentication for Network Access (PANA)
is vulnerability of: UWBTechnology
is vulnerability of: WifiTechnology
type: Attack

High Cost Deployment
type: NegativeFeature

Presentation Layer
type: OSIModelLayer

Digital Sinature Algorithm (DSA)
satisfies: Authentication
satisfies: Integrity
satisfies: Non Repudiation
type: DigitalSignature

Honeyd
type: Honeypot
comment: Honeyd is a honeypot.

Acegi Security System
description: Acegi Security System is an aspect-oriented framework for incorporating security requirements into software. Acegi is build on top of Spring, the well-known Java framework. Spring does not implement its aspect-oriented features on the language level but though the use of dynamic byte code generation, thereby leaving the Java language intact. Acegi uses these aspect-oriented features to offer support for authentication and authorization services.
satisfies: Authentication
satisfies: Authorization
type: FrameworkSecurityMechanism

SQLLite
type: DatabaseTechnology

SYN Flooding
occurs in layer: Transport Layer
type: Flooding
type: ManetAttack

f1
satisfies: Authentication
type: UMTSSecurityAlgorithm
comment: Message Authentication function used to calculate MAC.

Bluesnarf
type: BluetoothAttack

Peer intermediates scheme for key establishment protocol (PIKE)
satisfies: Authentication
type: KeyManagement

TripleStore
type: DatabaseTechnology

Counter Mode with Cipher Block Chaining Message Authentication Code Protocol (CCMP)
has part: AEC
has part: Cipher-block chaining (CBC)
has part: Counter
has part: MIC
satisfies: Confidentiality/Privacy
satisfies: Integrity
type: WifiArchitectureComponent

Windows
type: OperatingSystemTechnology

Ettercap
has feature: Free
has feature: Opensource
type: NetworkManagementSecurityTool
comment: Ettercap is a free and open source network security tool for man-in-the-middle attacks on LAN. It can be used for computer network protocol analysis and security auditing. It is capable of intercepting traffic on a network segment, capturing passwords, and conducting active eavesdropping against a number of common protocols.

Shell
type: ProgrammingLanguageTechnology

Remote Authentication Dial In User Service (RADIUS)
satisfies: Authentication
comment: RADIUS is a client/server protocol.
type: ManetSecurityMechanism
satisfies: Accountability
satisfies: Authorization
type: AuthenticationServer
type: WifiSecurityMechanism
is replaced by: Diameter
protects in layer: Application Layer

Rushing
occurs in layer: NetworkLayer
type: M2MAttack

User Equipment (UE)
has part: Mobile Equipment (ME)
has part: Terminal Equipment
has part: Universal Subscriber Identity Module (USIM)
type: LTEArchitecture
type: UMTSArchitectureComponent
comment: The UE is the end device of UMTS network> The user can make a phone call through user equipment. It always contains mobile phone and USIM card.

SecureUML
type: FrameworkSecurityMechanism

ObjectiveC
type: ProgrammingLanguageTechnology

MAPSec SA (Security Association)
type: UMTSSecurityMechanism
comment: The SA contains cryptographic keys, key lifetimes, etc.

Network Subsystem (NSS)
has part: Home Location Register (HLR)
has part: Mobile services Switching Center (MSC)
has part: Visitor Location Register (VLR)
type: GSMArchitectureComponent
comment: The NSS provides switching services between GSM and external networks.

Hijack IMSI
type: UMTSAttack

Equipment Identity Register (EIR)
type: GSMArchitectureComponent
comment: The EIR contains a list of valid mobile equipment.

GPRS_A5
type: GPRSSecurityAlgorithm
type: StreamCipher

Identity Verification
protects in layer: NetworkLayer
type: SensorSecurityMechanism
comment: This protocol verifies bi-directionality of a link between two nodes.

Authentication Center (AuC)
has part: A3
has part: A8
type: GSMArchitectureComponent
comment: AuC includes information for identifying authorized users of the GSM or GPRS network and thus prevent unauthorized use of the network.

Pairwise Key
type: SymmetricSensorKey
comment: Every node shares a pairwise key with each of its immediate neighbors. IN LEAP, pairwise keys are used for securing communications that require privacy or source authentication. In many sensor networks, the immediate neighbors of a sensor node cannot be predicted in advance; consequently, these pairwise shared keys will need to be established after the network is deployed.

Exchange Key not easy
type: NegativeFeature

WiMAX Mobile Station (MS)
type: WimaxArchitectureComponent

Node capture/Compromise/NodeReplication
description: Resilience against node capture is one of the most challeging problems in sensor networks.
has security mechanism: Hiding Node
has security mechanism: Tamper Resistant Harware
occurs in layer: Physical Layer
type: M2MAttack
type: MeshAttack
type: SensorAttack
comment: A node can be completely captured and manipulated by the adversary.

Exploit Vulnarability
type: DatabaseAttack

NodeB
type: UMTSArchitectureComponent
comment: Node-Bs are the bases stations of the UMTS network. A node B is mainly responsible for the transmission and reception of data.

Circuit Switched
has part: Mobile services Switching Center (MSC)
has part: Visitor Location Register (VLR)
type: UMTSArchitectureComponent

Popular
type: PositiveFeature

PEAP (Protected Extensible Authentication Protocol)
has feature: Not Flexible
satisfies: Authentication
type: WifiSecurityProtocol

Physical Layer
type: OSIModelLayer
comment: The physical layer is responsible for frequency selection, carrier frequency generation, signal detection and modulation.

John the Ripper
type: NetworkManagementSecurityTool
comment: John the Ripper is a fast password cracker.

Rabin
satisfies: Authentication
satisfies: Integrity
satisfies: Non Repudiation
type: DigitalSignature

Radio Network Controller (RNC)
type: UMTSArchitectureComponent
comment: The RNC is responsible for control of the Node-Bs.

In-network Processing
satisfies: Availability
type: NamedIndividual

Temporal Key Integrity Protocol (TKIP)
type: WifiArchitectureComponent
has feature: Deprecated
has part: MIC
satisfies: Confidentiality/Privacy
has part: Rivest Cypher 4 (RC4)
has part: Michael
protects in layer: Link Layer
has part: EAP Over LAN (EAPOL)

En-route Filtering
satisfies: Availability
type: NamedIndividual

Radio Spectrum Monitoring Equipment
type: SecurityMechanism

Snort
has feature: Free
has feature: Opensource
has feature: Popular
protects in layer: Application Layer
satisfies: Availability
type: IDS
type: IPS
comment: Snort is a network intrusion detection and prevention system and excels at traffic analysis and packet logging on IP networks. Snort detects thousands of worms, vulnerability exploit attempts, port scans, and other suspicious behavior.

Rogue Access Point
type: WifiAttack

Integrated Basic Service Set (IBSS)
type: WifiArchitectureComponent

Hadoop
type: FrameworkTechnology

Multi Path Routing
protects in layer: NetworkLayer
type: SensorSecurityMechanism

Adaptive Chosen Plaintext
type: Attack
comment: The attacker can gets ciphers of chosen plaintexts before and after challenge.

CAML
type: ProgrammingLanguageTechnology

Mesh Router (MR)
type: MeshArchitectureComponent
comment: Mesh routers provide access to mobile users, like AP in Wifi.

Resource Constraint
type: Feature

Micro Timed, Efficient, Streaming, Loss-Tolerant Authnetication (microTESLA)
protects in layer: Link Layer
satisfies: Authentication
type: NamedIndividual

Electonic Code Book (ECB)
type: ModeOperation

Opensource
type: PositiveFeature

TinyOS
type: OperatingSystemTechnology
type: SensorTechnology
comment: TinyOS is an operating system for sensors.

Bluesmack
type: BluetoothAttack

Android
type: OperatingSystemTechnology
type: ProgrammingLanguageTechnology

Python
type: ProgrammingLanguageTechnology

RansomWare
occurs in layer: Application Layer
type: WebAttack

OpenID
has feature: Popular
satisfies: Authentication
type: WebSecurityMechanism
comment: OpenID is an open standard that allows users to be authenticated by certain co-operating sites using a third party service, eliminating the need for webmasters to provide their own ad hoc systems and allowing users to consolidate their digital identities.

Authenticator
type: NamedIndividual
comment: The authenticator controls access to the network, it is the Access Point (AP).

AirSnort
type: WifiAttackTool

Water Torture Attack
type: WimaxAttack
comment: Pushes a Subscriber Station (SS) to drain its battery or consume computing resources by sending bogus frames.

GEA3
has part: Kasumi
type: GPRSSecurityAlgorithm
type: StreamCipher
comment: The GEA3 algorithm is integrated in the Mobile Equipment and is used for encryption the data during a data transfer under the ciphering key, Kc.

TCP Flooding
occurs in layer: Transport Layer
type: Flooding
comment: Floodings attacks generally are used to drain the memry resources by sensing the control signals.

Subscriber Identity Module (SIM)
has part: A3
has part: A8
has part: International Mobile Subscriber Identity (IMSI)
has part: Mobile Station ISDN Number
type: GSMArchitectureComponent
comment: SIM cards provide the security mechanism for GSM. SIM cards are like credit cards and identify the user to the GSM network.

BitDefender
satisfies: Integrity
type: Antivirus
type: Firewall

Collision
description: An adversary simultaneously transmits the packets at same frequency, resulting in packet collision and degradation of the network performance.
has security mechanism: Collision Detection
has security mechanism: Error Correcting Code
occurs in layer: Link Layer
type: RfidAttack
type: SensorAttack
type: UMTSAttack
comment: An attacker may intentionally violate the communication protocol and continually transmit messages in an attempt to generate collisions ans also deplete a sensor node by forcing too many retransmissions.

ZoneAlarm
has feature: Free
satisfies: Access Control
type: Firewall

Session Layer
type: OSIModelLayer

Brute Force
has security mechanism: AuthenticationMethod
occurs in layer: Application Layer
threatens: Authentication
type: DatabaseAttack
type: WebAttack

f2
has part: Expected Response (XRES)
type: UMTSSecurityAlgorithm

Anonymity Key (AK)
type: UMTSArchitectureComponent

Contiki
type: OperatingSystemTechnology
type: SensorTechnology
comment: Contiki is an operating system for sensors.

Counter
type: ModeOperation

Side Channel
type: Attack
comment: Side channel attack is any attack based on information gained from the physical implementation of a cryptosystem.

Registration Identity
protects in layer: NetworkLayer
type: SensorSecurityMechanism
comment: Registration of the node identities at a central base station.

Gateway GPRS Support Node (GGSN)
type: GPRSArchitectureComponent
comment: The GGSN provides connection with external packet switched networks such as Internet or private networks.

Stolen Backup
type: Attack
type: DatabaseAttack

Internet Security Association and Key Management Protocol (ISAKMP)
protects in layer: Application Layer
satisfies: Authentication
type: KeyManagement
type: Protocol
comment: ISAKMP is a protocol defined for establishing Security Associations (SA) and cryptographic keys in an Internet environment.

Needham-Schroeder
type: Protocol

Signed Response (SRES)
type: GSMArchitectureComponent

IP Flooding
type: Flooding

Cipher Bloch Chaining - Message Authentication Code (CBC-MAC)
type: MAC
type: ManetSecurityMechanism

Kc
type: SymmetricGSMKey

Norton
has feature: NotFree
satisfies: Integrity
type: Antivirus
type: Firewall

OAuth
satisfies: Authorization
type: WebSecurityMechanism
comment: OAuth is an open standard for authorization.

Propagating Cipher-Block Chaining (PCBC)
type: ModeOperation

UDP Flooding
occurs in layer: Transport Layer
type: Flooding
comment: Floodings attacks generally are used to drain the memry resources by sensing the control signals.

Relay Station (RS)
type: WimaxArchitectureComponent

RC5
satisfies: Confidentiality/Privacy
type: ManetSecurityMechanism
type: StreamCipher

Lightweight Directory Access Protocol (LDAP)
protects in layer: Application Layer
satisfies: Authentication
type: WebSecurityProtocol

Cluster Key
type: SymmetricSensorKey
comment: A cluster key is a key shared by a node and all its neighbors, and it is mainly used for securing locally broadcast messages, e.g., routing control information, or securing sensor messages which can benefit from passive participation.

High Energy Consuming
type: NegativeFeature

Rogue Base Station
is vulnerability of: GSMTechnology
is vulnerability of: WimaxTechnology
type: GSMAttack
type: WimaxAttack

Free
type: PositiveFeature

Ciphertext Only
type: Attack
comment: The attacker only knows the ciphertext.

TinySec
has part: TinySec_Auth
type: SensorSecurityProtocol
satisfies: Confidentiality/Privacy
protects in layer: Link Layer
satisfies: Authentication
satisfies: Data Freshness
comment: TinySec is a sensor protocol for the link layer.
satisfies: Semantic Security
has part: TinySec_AE
satisfies: Integrity
has part: Skipjack

Data Freshness
type: SecurityProperty
comment: Data freshness suggests that the data is recent, and it ensures that no old messages have been replayed.

Diffie Hellman
satisfies: Authentication
type: KeyManagement

Basic Service Set (BSS)
type: WifiArchitectureComponent

WindowsDefender
has feature: Free
satisfies: Integrity
type: Antivirus

Serving GPRS Support Node (SGSN)
type: GPRSArchitectureComponent
comment: The SGSN handles the traffic of IP packets addressed to and from a mobile station that is attached within the SGSN service area

Mesh Access Point (MAP)
type: MeshArchitectureComponent

Prelude
protects in layer: Application Layer
satisfies: Availability
type: IDS

Chosen Plaintext
type: Attack
comment: The attacker can get ciphers of chosen plaintexts but only before the plaintext to attack (called challenge).

Wireless Transport Layer Security (WTLS)
has part: Rivest Shamir Adleman (RSA)
satisfies: Authentication
satisfies: Confidentiality/Privacy
satisfies: Integrity
type: SecurityProtocol
comment: WTLS secures, authenticates, and encrypts data transmissions between the WAP gateway and mobile devices.

BackTrack
type: NetworkManagementSecurityTool
comment: BackTrack is a distribution based on the Debian GNU/Linux distribution aimed at digital forensics and penetration testing use.

f8
has part: Cipher Key (CK)
has part: Kasumi
satisfies: Confidentiality/Privacy
type: StreamCipher
type: UMTSSecurityAlgorithm

Routing Table Overflow
occurs in layer: NetworkLayer
type: MeshAttack

Digital Sinature Standard (DSS)
satisfies: Authentication
satisfies: Integrity
satisfies: Non Repudiation
type: DigitalSignature

Oracle
type: DatabaseTechnology

OWASP
type: NamedIndividual

Internet Key Exchange (IKE)
has part: Diffie Hellman
satisfies: Authentication
type: KeyManagement
type: Protocol
comment: IKE uses asymmetric algorithms (public key cryptography) where secret key for secure communication can be exchanged over an insecure channel.

Tomcat
type: ServerTechnology

Exploit
occurs in layer: Application Layer
type: WebAttack

Expected Response (XRES)
type: UMTSArchitectureComponent

Parrallelizable Message Authentication Code (PMAC)
type: MAC
type: ManetSecurityMechanism

NotFree
type: NegativeFeature

Desynchronization
description: In de-synchronized attack, attacker may disrupts the established link between two legitimate two ends nodes by re-synchronizing their transmission.
has security mechanism: Client Puzzle
occurs in layer: Transport Layer
threatens: Authentication
type: SensorAttack

Mobile Application Part (MAPSec)
has part: MAPSec SA (Security Association)
protects in layer: Application Layer
satisfies: Confidentiality/Privacy
satisfies: Integrity
type: Protocol
type: UMTSSecurityMechanism
comment: MAPSec protects existing signalling and applications

Encapsulating Security Payload (ESP)
has part: Transport Mode
has part: Tunnel Mode
satisfies: Confidentiality/Privacy
satisfies: Integrity
type: NamedIndividual

MobileTerminal
type: GPRSArchitectureComponent

Base Station Controller (BSC)
type: GSMArchitectureComponent
comment: The BSC is responsible for the switching between several BTSs, and for the switching of radio channels.

Hiding Node
protects in layer: Physical Layer
type: SecurityMechanism

Hibernate
type: FrameworkTechnology

Scalable
type: PositiveFeature
comment: Can scale to form large-scale networks with arbitrary coverage and complexity.

Air Crack
type: WifiAttackTool
comment: Air Crack is a suite of tools for WEP and WPA cracking. It implments the best known cracking algorithms to recover wireless keys once enough encrypted packets have been gathered.

International Mobile Equipment Identity (IMEI)
type: GSMArchitectureComponent

Radio Subsystem (RSS)
has part: Base Station Subsystem (BSS)
has part: GSM Mobile Station (MS)
type: GSMArchitectureComponent
comment: The RSS deals with all the radio aspects of a network.

Authentication Vector (AV)
has part: f1
has part: f2
has part: f3
has part: f4
has part: f5
type: UMTSArchitectureComponent

PHP
type: ProgrammingLanguageTechnology

Directional Antenna
type: M2MSecurityMechanism
type: SensorSecurityMechanism

Session Hijacking
is vulnerability of: WebTechnology
occurs in layer: Application Layer
type: WebAttack
comment: To access mobile communication services on the target's account.

eNodeB
type: LTEArchitectureComponent

MobiSEC
type: MeshSecurityMechanism

Suitable for heterogeneous technologies
type: PositiveFeature

DSA-Mesh
satisfies: Access Control
satisfies: Confidentiality/Privacy
satisfies: Integrity
type: MeshSecurityMechanism

Avast
has feature: Free
satisfies: Integrity
type: Antivirus

EAP (Extensible Authentication Protocol)
satisfies: Authentication
type: WifiSecurityProtocol
type: WimaxSecurityProtocol
comment: EAP is a generic authentication protocol used in wireless networks.

AVG
has feature: Free
satisfies: Integrity
type: Antivirus

f3
has part: Cipher Key (CK)
type: UMTSSecurityAlgorithm

Secure Network Encryption Protocol (SNEP)
has part: EncryptionAlgorithm
protects in layer: Link Layer
satisfies: Data Freshness
satisfies: Semantic Security
type: NamedIndividual

Virtuoso
type: FrameworkTechnology

Bluejacking
type: BluetoothAttack
comment: Bluejacking is the sending of either a picture or a message from one user through Bluetooth.

C++
type: ProgrammingLanguageTechnology

Wifi Mobile Station (STA)
type: WifiArchitectureComponent

Wired Equivalent Privacy (WEP)
has mode operation: CRC-32
satisfies: Confidentiality/Privacy
type: StreamCipher
has feature: Not Scalable
satisfies: Semantic Security
satisfies: Integrity
has mode operation: Electonic Code Book (ECB)
satisfies: Authentication
has part: CRCValue
has feature: Deprecated
protects in layer: Link Layer
type: WifiSecurityProtocol
has part: Rivest Cypher 4 (RC4)
comment: WEP is a security protocol to provide encrypted communication between the client and an AP, once the client is authenticated.
is replaced by: Wi-Fi Protected Access (WPA)

Rijndael
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism
comment: Its suitability for smart card implementations.

Kapersky
has feature: NotFree
satisfies: Access Control
type: Antivirus
type: Firewall

Squid
protects in layer: Application Layer
satisfies: Access Control
type: Proxy

Parking Lot
type: WifiAttack
comment: Signals can be intercepted outside buildings.

Pairwise Transient Key (PTK)
satisfies: Authentication
type: WifiKeyManagement

WEP Crack
type: WifiAttackTool

Common Element
has part: AuC
has part: Equipment Identity Register (EIR)
has part: Home Location Register (HLR)
type: UMTSArchitectureComponent

Collision Detection
protects in layer: Link Layer
type: SensorSecurityMechanism

Sesame
type: FrameworkTechnology

Sniffing
type: Attack
comment: Aims to collect information (e.g. password)

Acknowledgment Spoofing
occurs in layer: NetworkLayer
threatens: Authentication
type: SensorAttack
comment: An adversary spoofs link layer acknowledgment (ACK) packets of neighboring nodes. By spoofing such packets, an adversary can convince the sender that "a weak link is strong or that a dead or disabled node is alive."

Platform for Privacy Preferences (P3P)
satisfies: Confidentiality/Privacy
type: SecurityMechanism
comment: Provides a language for description of privacy preferences.

Temporary Logical Link Identity (TLLI)
type: GPRSArchitectureComponent

MongoDB
type: DatabaseTechnology

Unfairness
description: In unfairness attacks, network performance degrades because medium access control layer priority is generally disrupted accroding to the application requirements.
has security mechanism: Small Frame
occurs in layer: Link Layer
type: SensorAttack
comment: Unfairness is a weaker form DoS that is done by abusing MAC prority schemes.

Evolved UMTS Terresrial Radio Access Network (E-UTRAN)
type: LTEArchitectureComponent

Eavesdropping
type: WifiAttack
threatens: Authentication
has security mechanism: Protocol for Carrying Authentication for Network Access (PANA)
is vulnerability of: SensorTechnology
is vulnerability of: BluetoothTechnology
is vulnerability of: UWBTechnology
has security mechanism: Directional Antenna
type: UMTSAttack
has security mechanism: HyperText Transfer Protocol Secure (HTTPS)
type: ManetAttack
is vulnerability of: WifiTechnology
has security mechanism: EncryptionAlgorithm
is vulnerability of: UMTSTechnology
is vulnerability of: EthernetTechnology
is vulnerability of: RFIDTechnology
is vulnerability of: ZigbeeTechnology
type: MeshAttack
occurs in layer: Physical Layer
type: Attack
has security mechanism: Virtual Private Network (VPN)
has security mechanism: Kerberos
is vulnerability of: M2MTechnology
is vulnerability of: LTETechnology
type: WimaxAttack
comment: Eavesdropping is the act of secretly listening to the private conversation of others without their consent.
is vulnerability of: GSMTechnology
type: M2MAttack
is vulnerability of: MeshTechnology
is vulnerability of: HSDPATechnology
is vulnerability of: GPRSTechnology
is vulnerability of: WimaxTechnology
is vulnerability of: ManetTechnology
is vulnerability of: EDGETechnology

Simultaneous Authentication of Equals (SAE)
has part: Elliptic Curve Cryptography (ECC)
has part: Pairwise Master Key (PMK)
type: LoginPassword
type: MeshSecurityMechanism

Terminal Equipment
type: GPRSArchitectureComponent

Scrambling
occurs in layer: Physical Layer
type: WimaxAttack
comment: Scrambling is a kind of jamming, but for short intervals of time and targeted to specific frames or parts of frames.

Link Layer
type: OSIModelLayer
comment: The link layer is responsible for the multiplexing of data streams, data frame detection, medium access and error control.

EAP-TTLS (EAP-Tunelled-TLS)
has feature: Flexible
satisfies: Authentication
type: WifiSecurityProtocol
type: WimaxSecurityProtocol
comment: EAP-TTLS is used to support establishment of secure connections in a roaming environment and protection of user credentials.

RC6
satisfies: Confidentiality/Privacy
type: ManetSecurityMechanism
type: StreamCipher

Altered
occurs in layer: NetworkLayer
type: SensorAttack
comment: Routing information exchanged between sensor nodes is altered by an attacker.

Tunnel Mode
type: NamedIndividual
comment: All parts of IP packets are encrypted.

EAP-TLS (Extensible Authentication Protocol - Transport Layer Security)
satisfies: Authentication
type: WifiSecurityProtocol
type: WimaxSecurityProtocol

Java Authentication and Authorization Service (JAAS)
type: ProgrammingLanguageSecurityMechanism

MySQL
type: DatabaseTechnology

Bluepot
type: BluetoothSecurityMechanism
type: Honeypot
comment: Bluepot: a honeypot for bluetooth attacks.

Glassfish
type: ServerTechnology

Base Transceiver Station (BTS)
type: GSMArchitectureComponent
comment: The BTS is the radio equipment that transmits and receives information over the air to provide communication with the mobile station.

eScan
satisfies: Access Control
type: Firewall

Deprecated
type: NegativeFeature
comment: A security algorithm is deprecated when it has been cracked.

OpenPGP
protects in layer: Application Layer
satisfies: Authentication
satisfies: Confidentiality/Privacy
satisfies: Integrity
type: SecurityMechanism

COMP128
has feature: Deprecated
type: GSMSecurityAlgorithm
comment: COMP128 is an implementation of the A3 and A8 algorithms defined in the GSM standard.

MILENAGE
has part: Rijndael
has feature: Deprecated
type: UMTSSecurityAlgorithm
comment: Is a recommendation for AKA algorithms. MILENAGE is based on AES or Rijndael.

HackInSight
type: SecurityMagazine

Mobile Station ISDN Number
type: GSMArchitectureComponent

MicaZ
type: SensorTechnology
comment: The MicaZ platform is largely diffused in the Wireless Sensor Networks community due to the reduced power consumption.

EAP Over LAN (EAPOL)
satisfies: Authentication
type: WifiSecurityProtocol

Sybil
type: MeshAttack
has security mechanism: Radio Resource Testing
comment: The malicious node presents multiple fake identities to other nodes in the network.
has security mechanism: SPINS
has security mechanism: Registration Identity
occurs in layer: NetworkLayer
type: M2MAttack
has security mechanism: Random Key Predistribution
type: SensorAttack

f9
has part: Integrity Key (IK)
has part: Kasumi
satisfies: Integrity
type: UMTSSecurityAlgorithm
comment: f9 or UIA (UMTS Integrity Algorithm) is implemented both in the mobile station and the RNC.

Wi-Fi Protected Access (WPA)
comment: WPA is an authentication system.
type: WifiSecurityProtocol
has part: Temporal Key Integrity Protocol (TKIP)
has part: IEEE 802.1X
has feature: Deprecated
satisfies: Confidentiality/Privacy
is replaced by: Wi-Fi Protected Access (WPA2)
satisfies: Authentication
satisfies: Integrity
is replaced by: Robust Security Network (RSN)

Random Key Predistribution
protects in layer: NetworkLayer
type: SensorSecurityMechanism
comment: Associates the identity of the node to the keys assigned to it and validate the keys to see if the node is really who it claims to be.

HoneyBOT
type: Honeypot
comment: HoneyBOT is a honeypot.

TinySec_AE
has part: Cipher-block chaining (CBC)
protects in layer: Link Layer
type: NamedIndividual
comment: TinySec_AE for authenticated and encrypted messages

One-key Message Authentication Code (OMAC)
has part: Advanced Encryption Standard (AES)
satisfies: Data Freshness
type: MAC
type: ManetSecurityMechanism

Tamper Resistant Harware
protects in layer: Physical Layer
type: SecurityMechanism

Boneh-Lynn-Shacham (BLS)
satisfies: Authentication
satisfies: Integrity
satisfies: Non Repudiation
type: DigitalSignature

Certifying Authority (CA)
type: NamedIndividual
comment: A certifying authority is a trusted third party that issues digital certificates, and verifies the validity of public keys.

Kerberos
has part: Needham-Schroeder
satisfies: Authentication
type: Protocol

GSM Mobile Station (MS)
has part: Mobile Equipment (ME)
has part: Subscriber Identity Module (SIM)
type: GSMArchitectureComponent

Spoofed
occurs in layer: NetworkLayer
threatens: Authentication
type: SensorAttack
comment: Routing information exchanged between sensor nodes is spoofed by an attacker.

Cipher-block chaining (CBC)
type: ModeOperation

Google Application Engine (GAE)
type: ServerTechnology

Dictionnary Attack
occurs in layer: Application Layer
type: WebAttack

Packet Switched
has part: Serving GPRS Support Node (SGSN)
type: UMTSArchitectureComponent

JHoney
type: Honeypot
comment: JHoney is a honeypot tool for Linux written in Java.

Public Key Infrastructure (PKI)
protects in layer: Application Layer
satisfies: Authentication
satisfies: Integrity
satisfies: Non Repudiation
type: AsymmetricAlgorithm
type: DigitalCertificate
type: KeyManagement
comment: Public Key Infrastructure (PKI) is used for authentication.

Nmap
type: NetworkManagementSecurityTool
comment: Nmap is a security scanner

Forgery Attack
has security mechanism: Hash-based Message Authentication Code (HMAC)
type: WimaxAttack

MAC Address Filtering
type: NetworkManagementSecurityMechanism
comment: If a client's MAC address is not included in the list, the client will not be allowed to access the network.

Mobile services Switching Center (MSC)
type: GSMArchitectureComponent
comment: Mobile services Switching Center (MSC) performs the switching of calls between the mobile users (mobile and fixed) one. The MSC also handles the mobility management operations.

Jena
type: FrameworkTechnology

Nessus
has feature: NotFree
type: NetworkManagementSecurityTool
comment: Nessus is a vulnerability scanner. Its goal is to detect potential vulnerabilities on the tested systems.

ARP Poisoning/ ARP Spoofing
type: Flooding
comment: Is a technique whereby an attacker sends fake ("spoofed") ARP messages. ARP (Address Resolution Protocol) is the protocol which convert MAC address into IP address.

TinySec_Auth
protects in layer: Link Layer
type: NamedIndividual
comment: TinySec_Auth for authenticated messages.

Love Bug
type: Virus

Selective Forwarding
has security mechanism: Link-Layer Security Protocol (LLSP)
has security mechanism: Multi Path Routing
occurs in layer: NetworkLayer
type: M2MAttack
type: MeshAttack
type: SensorAttack
comment: Malicious nodes may ensure that certain messages are not transmitted by simply forwarding a few packets and dropping the remaining one.

EAP-AKA (EAP-Authentication and Key Agreement)
satisfies: Authentication
type: UMTSSecurityProtocol
type: WimaxSecurityProtocol

Java
type: ProgrammingLanguageTechnology

f4
has part: Integrity Key (IK)
type: UMTSSecurityAlgorithm

DNS Cache Poisoning
type: Attack

Routing Area Identity (RAI)
type: GPRSArchitectureComponent

Key Encryption Key (KEK)
satisfies: Authentication
type: WimaxKeyManagement

SQL Injection
has security mechanism: Firewall
occurs in layer: Application Layer
type: DatabaseAttack
type: WebAttack

Java Cryptography Extension (JCE)
type: ProgrammingLanguageSecurityMechanism

Suricata
has feature: Opensource
protects in layer: Application Layer
satisfies: Availability
type: IDS
comment: Suricata is an open source-based intrusion detection system (IDS)

Group Master Key (GMK)
satisfies: Authentication
type: WifiKeyManagement

GPRS Mobile Station
has part: MobileTerminal
has part: Terminal Equipment
type: GPRSArchitectureComponent

SPINS
has part: RC6
has part: Secure Network Encryption Protocol (SNEP)
has part: Micro Timed, Efficient, Streaming, Loss-Tolerant Authnetication (microTESLA)
protects in layer: Link Layer
type: SensorSecurityProtocol

Merkle-Hellman
satisfies: Authentication
satisfies: Confidentiality/Privacy
type: AsymmetricAlgorithm
type: ManetSecurityMechanism

SQLSlammer worm.
type: OperatingSystemAttack
type: Worm
comment: SQLSlammer worm took advantage of a Microsoft SQL server protocol vulnerability.

WiMAX Base Station (BS)
type: WimaxArchitectureComponent

Social Engineering
has security mechanism: AuthenticationMethod
occurs in layer: Application Layer
threatens: Authentication
type: WebAttack

Oakley (Oakley Key Determination Protocol)
has part: Diffie Hellman
satisfies: Authentication
type: KeyManagement
type: Protocol
comment: Oakley is a key-agreement protocol

Demilitarized zone (DMZ)
protects in layer: Application Layer
type: NetworkManagementSecurityMechanism

Tampering
occurs in layer: Physical Layer
threatens: Confidentiality/Privacy
type: SensorAttack
comment: An attacker can tamper with nodes physically and interrogate and compromise them.

DNS Flood
type: Attack

Authentication Token (AUTN)
type: UMTSArchitectureComponent
comment: It is verified bu the user to authenticate the network.

JSR-82
type: BluetoothSecurityMechanism
type: ProgrammingLanguageSecurityMechanism
comment: JSR-82 is the official Java Blutooth Application Programming Interface (API)

Buffer Overflow
occurs in layer: Application Layer
type: WebAttack

Aerosol
type: WifiAttackTool

EAP-MD5 (EAP-Authentication and Key Agreement)
satisfies: Authentication
type: WifiSecurityProtocol

ContiSec
has part: Advanced Encryption Standard (AES)
has part: Cipher-block chaining (CBC)
protects in layer: NetworkLayer
type: SensorSecurityProtocol

Operation Support Subsystem (OSS)
has part: Authentication Center (AuC)
has part: Equipment Identity Register (EIR)
has part: Operations and Maintenance Center (OMC)
type: GSMArchitectureComponent

Um Interface
type: GSMArchitectureComponent
comment: The Mobile Station and the BSS communicate across the Um interface, also known as the radio link or the air interface.

Mesh Point Portal (MPP)
type: MeshArchitectureComponent
comment: Each Mesh Point chooses which Portal to use to get access to the external world.

MacAfee
has feature: NotFree
satisfies: Access Control
type: Antivirus
type: Firewall

Temporary Mobile Subscriber Identity (TMSI)
satisfies: Anonymity
type: GSMArchitectureComponent
comment: The TMSI is transmitted by the MS (Mobile Station). The purpose of this TMSI is to deny an intruder the possibility of gaining information on the resources used by the subscriber, preventing of tracing the user's location.

International Mobile Subscriber Identity (IMSI)
type: GSMArchitectureComponent
comment: The IMSI is a unique identifier for a mobile subscriber in a GSM and UMTS network. It is stored in the SIM card of the mobile station.

Chosen Ciphertext
type: Attack
comment: The attacker can decipher chosen ciphertexts before the challenge.

Exchange Key easy
type: PositiveFeature

Spring
description: Spring is a well-known Java framework. Spring does not implement its aspect-oriented features on the language level but though the use of dynamic byte code generation, thereby leaving the Java language intact.
type: FrameworkTechnology

Watchdog
protects in layer: NetworkLayer
type: SensorSecurityMechanism

UltraSurf
protects in layer: Application Layer
satisfies: Access Control
type: Proxy

Personal Identification Number (PIN)
satisfies: Authentication
type: GSMArchitectureComponent
comment: PIN: a secret numeric password shared between a user and a system that can be used to authenticate the user to the system.

Tcpdump
is replaced by: Wireshark or Ethereal
type: NetworkManagementSecurityTool

Javascript
type: ProgrammingLanguageTechnology

Authentication Header (AH)
satisfies: Integrity
type: NamedIndividual

Wormhole
has security mechanism: Packet Leaches
type: MeshAttack
comment: An attacker tunnels messages from one location to another location. The attacker then replays those messages from the latter location.
type: M2MAttack
type: ManetAttack
has security mechanism: Timestamp
type: SensorAttack
has security mechanism: Directional Antenna
occurs in layer: NetworkLayer

Integrity Key (IK)
type: UMTSArchitectureComponent

Elliptic Curve Digital Sinature Algorithm (ECDSA)
satisfies: Authentication
satisfies: Integrity
satisfies: Non Repudiation
type: DigitalSignature
comment: ECDSA is a variant of the DSA which uses ECC.

Access Control List (ACL)
protects in layer: NetworkLayer
protects in layer: Transport Layer
satisfies: Access Control
type: NetworkManagementSecurityMechanism

Known Plaintext
type: Attack
comment: The attacker knows pairs of plaintext and ciphertext.

Protocol for Carrying Authentication for Network Access (PANA)
has part: EAP (Extensible Authentication Protocol)
has feature: Suitable for heterogeneous technologies
type: MeshSecurityProtocol
type: SecurityMechanism
comment: PANA is applicable to any network technologies.

Adaptive Chosen Plaintext Ciphertext
type: Attack
comment: The attacker can decipher chosen ciphertexts before and after the challenge (apart fro; this letter).

Pretty Good Privacy (PGP)
has feature: NotFree
satisfies: Confidentiality/Privacy
type: MessageEncryptionTool
type: SecurityMechanism
comment: PGP is a data encryption and decryption computer program that provides privacy and authentication for data communication.

Mac
type: OperatingSystemTechnology

Spoofing/Impersonation IP or MAC Address
type: MeshAttack
has security mechanism: Firewall
has security mechanism: Virtual Private Network (VPN)
has security mechanism: Protocol for Carrying Authentication for Network Access (PANA)
type: ManetAttack
type: Attack
type: WifiAttack
threatens: Authentication
comment: A hacker uses someone else's IP address and receives packets from the other users.

Linux
type: OperatingSystemTechnology

Cipher Key (CK)
type: UMTSArchitectureComponent

GSM Database
type: GSMArchitectureComponent

Uu Interface
type: UMTSArchitectureComponent
comment: Connections between NodeBs and RNCs.

Password Authentication Protocol (PAP)
protects in layer: Link Layer
satisfies: Authentication
type: Protocol
comment: Is an authentication protocol that uses a password.

Error Correcting Code
protects in layer: Link Layer
type: SensorSecurityMechanism

Time Division Multiplexing
protects in layer: Link Layer
type: SensorSecurityMechanism
comment: Time Division Multiplexing gives each node a slot for transmission without requiring arbitration for each frame.

Service Set Identifier (SSID)
satisfies: Access Control
type: WifiArchitectureComponent
comment: Different networks are identified by SSIDs, SSID is basically a network name.

Spring Security
type: FrameworkTechnology

Cross Site Request Forgery (CSRF)
occurs in layer: Application Layer
type: WebAttack

Infrastructure Mode
has part: Access Point (AP)
has part: Basic Service Set (BSS)
has part: Integrated Basic Service Set (IBSS)
has part: Service Set Identifier (SSID)
has part: Wifi Mobile Station (STA)
type: WifiArchitectureComponent
comment: It consists of a number of wireless stations and access points.

Operations and Maintenance Center (OMC)
type: GSMArchitectureComponent
comment: Operations and Maintenance Center (OMC) supervises the proper operation and setup of the network.

RetroGuard
type: Obfuscation

Iur Interface
type: UMTSArchitectureComponent
comment: Connection between two RNCs.

AInterface
type: GSMArchitectureComponent
comment: The BSS communicates with the MSC across the A interface.

X_509
satisfies: Access Control
satisfies: Authentication
type: DigitalCertificate
comment: X.509 specifies standard formats for public key certificates, certificate revocation lists, attribute certificates, and a certification path validation algorithm.

Not suitable for heterogeneous technologies
type: NegativeFeature

Disaster Revovery
satisfies: Availability
type: NamedIndividual

Flexible
type: PositiveFeature

Pre Shared Key (PSK)
satisfies: Authentication
type: WifiKeyManagement

A8
satisfies: Authentication
type: GSMKeyManagement
type: GSMSecurityAlgorithm
comment: A8 algorithm is the ciphering key generation algorithm.

Semantic Security
type: SecurityProperty
comment: Semantic security ensures that an eavesdropper has no information about the message, even if it sees multiple encryptions of the same messages.

Rogue Reader
type: RfidAttack

Virtual Private Network (VPN)
satisfies: Authentication
satisfies: Authorization
protects in layer: Application Layer
comment: VPN allows a client to use an "untrusted" network (e.g. the Internet or a wireless network) for secure communication.
has part: Internet Key Exchange (IKE)
satisfies: Integrity
type: NetworkManagementSecurityMechanism
satisfies: Access Control
has feature: Secured
has part: Internet Security Protocol (Ipsec)
has feature: Low Cost Deployment
type: WebSecurityMechanism
satisfies: Confidentiality/Privacy

Not Scalable
type: NegativeFeature
comment: Cannot scale for larger networks.

Traffic Encryption Key (TEK)
satisfies: Authentication
type: WimaxKeyManagement

f5
has part: Anonymity Key (AK)
type: UMTSSecurityAlgorithm

Mesh Gateway (MG)
type: MeshArchitectureComponent
comment: MGs provide connectivity to the wired infrastructure.

MiniSec
has part: Offset Codebook (OCB)
has part: Skipjack
protects in layer: NetworkLayer
satisfies: Data Freshness
type: SensorSecurityProtocol

Pairwise Master Key (PMK)
satisfies: Authentication
type: MeshKeyManagement
type: WifiKeyManagement

Low Energy Consuming
type: PositiveFeature

Radio Resource Testing
protects in layer: NetworkLayer
type: SensorSecurityMechanism

Low Cost Deployment
type: PositiveFeature

Bot
occurs in layer: Application Layer
type: WebAttack

Symmetric GSM Key
type: SymmetricKey

Internet Security Protocol (Ipsec)
type: ManetSecurityMechanism
satisfies: Integrity
has part: Encapsulating Security Payload (ESP)
type: Protocol
comment: IPSec improves the security at the network layer of the IP based core network.
satisfies: Confidentiality/Privacy
has part: Internet Key Exchange (IKE)
satisfies: Authentication
has part: Authentication Header (AH)
protects in layer: NetworkLayer

Mesh Client (MC)
type: MeshArchitectureComponent

Serpent
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism

HtAccess
protects in layer: Application Layer
satisfies: Authentication
type: NetworkManagementSecurityMechanism
type: WebSecurityMechanism
comment: A .htaccess file is a directory-level configuration file supported by several web servers, that allows for decentralized management of web server configuration. They are placed inside the web tree, and are able to override a subset of the server's global configuration for the directory that they are in, and all sub-directories

PostgreSQL
type: DatabaseTechnology

Backdoor
occurs in layer: Application Layer
type: WebAttack

Home Location Register (HLR)
type: GSMArchitectureComponent
comment: HLR is the database that holds subscription information for every person.

EAP-SIM (Extensible Authentication Protocol - Subscriber Identity Module)
satisfies: Authentication
type: GSMSecurityProtocol

Hash-based Message Authentication Code (HMAC)
satisfies: Authentication
satisfies: Integrity
type: HashFunction
type: ManetSecurityMechanism

ZoneAlarm
has feature: Free
satisfies: Access Control
type: Firewall

Jamming
is vulnerability of: HSDPATechnology
is vulnerability of: WifiTechnology
is vulnerability of: WimaxTechnology
has security mechanism: Spread Spectrum Communication
is vulnerability of: MeshTechnology
occurs in layer: Physical Layer
type: ManetAttack
is vulnerability of: EDGETechnology
type: ZigbeeAttack
comment: Jamming is the interference with the Radio Frequency (RF) used by the nodes in a network in the physical layer.
type: WimaxAttack
is vulnerability of: BluetoothTechnology
has security mechanism: Radio Spectrum Monitoring Equipment
is vulnerability of: UWBTechnology
type: RfidAttack
is vulnerability of: UMTSTechnology
type: Attack
is vulnerability of: LTETechnology
type: SensorAttack
is vulnerability of: RFIDTechnology
is vulnerability of: GPRSTechnology
is vulnerability of: ZigbeeTechnology
is vulnerability of: SensorTechnology
is vulnerability of: M2MTechnology
is vulnerability of: ManetTechnology
is vulnerability of: GSMTechnology

Pointcheval-Stern
satisfies: Authentication
satisfies: Integrity
satisfies: Non Repudiation
type: DigitalSignature

UltraSoft
protects in layer: Application Layer
satisfies: Access Control
type: Proxy

Privacy and Key Management Protocol (PKM)
has part: Advanced Encryption Standard (AES)
has part: Rivest Shamir Adleman (RSA)
has part: X_509
satisfies: Authentication
type: WimaxKeyManagement

Link-Layer Security Protocol (LLSP)
has part: Advanced Encryption Standard (AES)
has part: Cipher-block chaining (CBC)
protects in layer: Link Layer
satisfies: Data Freshness
satisfies: Semantic Security
type: SensorSecurityProtocol

NetworkLayer
type: OSIModelLayer

Cross Site Scripting (XSS)
has security mechanism: Firewall
occurs in layer: Application Layer
type: WebAttack

Hello Flood
has security mechanism: Identity Verification
occurs in layer: NetworkLayer
type: ManetAttack
type: SensorAttack
comment: The Hello Flood attack uses HELLO packets as a weapon to convince the sensors in Wireless Sensor Networks.

BlasterWorm worm.
type: DatabaseAttack
type: OperatingSystemAttack
type: Worm
comment: BlasterWorm is a Windows 2000 vulnerability.

Secure Electronic Transaction (SET)
has part: DES
protects in layer: Application Layer
satisfies: Authentication
satisfies: Confidentiality/Privacy
satisfies: Integrity
type: WebSecurityMechanism
comment: SET is protocol for securing credit card transactions over insecure networks (e.g., Internet).

Wireless Application Protocol (WAP1)
has part: Wireless Transport Layer Security (WTLS)
is replaced by: Wireless Application Protocol (WAP2)
type: WifiTechnology
comment: WAP is an open specification which enables mobile users to access the Internet.

Helomoto
type: BluetoothAttack

Visitor Location Register (VLR)
type: GSMArchitectureComponent
comment: The VLR is a subscriber profile containing temporary information, and is distributed in the network according to geographical locations. The VLR performs the authentication and key agreement procedure.

Software-Opitmized Encryption algorithm (SEAL)
satisfies: Confidentiality/Privacy
type: ManetSecurityMechanism
type: StreamCipher

LEAP (Lightweight Extensible Authentication Protocol)
satisfies: Authentication
type: WifiSecurityProtocol

Supplicant
type: NamedIndividual
comment: The supplicant is the mobile device, it would like to access the network, and so to authenticate itself.

A3
satisfies: Authentication
type: GSMSecurityAlgorithm
comment: The A3 algorithm is the authentication algorithm for GSM networks. The A3 algorithm resides on the SIM card and at the AuC/HLR. The main purpose of this algorithm is to authenticate the identity of a mobile subscriber.

Secured
type: PositiveFeature

HyperText Transfer Protocol Secure (HTTPS)
has part: Secure Socket Layer (SSL)
has part: X_509
protects in layer: Application Layer
satisfies: Authentication
satisfies: Confidentiality/Privacy
type: WebSecurityProtocol
comment: HTTPS is a widely used to secure the communication against eavesdroppers and thus providing confidentiality.
has part: Transport Layer Security (TLS)

VeriSign
type: WebSecurityMechanism

Bro
protects in layer: Application Layer
satisfies: Availability
type: IDS
type: IPS

.Net
type: ProgrammingLanguageTechnology

Gnu Privacy Guard (GPG)
has feature: Free
satisfies: Confidentiality/Privacy
type: MessageEncryptionTool
type: SecurityMechanism

Rate Limitation
protects in layer: Link Layer
type: SensorSecurityMechanism

Access Point (AP)
type: WifiArchitectureComponent
comment: An AP is a hardware device that allows wireless communication devices (e.g., PDAs or mobile computers) to connect to a wireless network. An AP connects to a wired network, and provides a bridge for data communication between wireless and wired devices.

HBase
type: DatabaseTechnology

SecureUML
type: FrameworkSecurityMechanism

Advanced Intrusion Detection Environment (AIDE)
has feature: Free
protects in layer: Application Layer
satisfies: Availability
type: IDS

YGuard
type: Obfuscation

Application Layer
type: OSIModelLayer

NoSQL
type: DatabaseTechnology

RAND
type: GSMArchitectureComponent

Subscriber Station (SS)
type: WimaxArchitectureComponent

ProGuard
type: Obfuscation

Transport Layer
type: OSIModelLayer

Random Key Distribution
satisfies: Authentication
type: KeyManagement

Client Puzzle
protects in layer: Transport Layer
type: SensorSecurityMechanism

Denial of Service (DoS)
type: DatabaseAttack
has security mechanism: Protocol for Carrying Authentication for Network Access (PANA)
type: Attack
occurs in layer: NetworkLayer
has security mechanism: IPS
type: NetworkManagementAttack
type: SensorAttack
type: ManetAttack
has security mechanism: Client Puzzle
occurs in layer: Transport Layer
comment: A DoS attack is any event that diminishes or eliminates a network's capacity to perform its expected function. A DoS threats are harmful to every application. The DoS attack tries to exhaust the resources available to the victim node, by sending extra unnecessary packets and thus prevents legitimate network users from accessing services or resources to which they are entitled.
occurs in layer: Application Layer
is vulnerability of: Technology

CRC-32
satisfies: Integrity
type: ChecksumAlgorithm
type: ManetSecurityMechanism

Small Frame
protects in layer: Link Layer
type: SensorSecurityMechanism
comment: Small frames are used so that an individual node can capture the channel only for a short time.

Output Feddback Mode(OFB)
type: ModeOperation

Not Flexible
type: NegativeFeature

Spread Spectrum Communication
type: SecurityMechanism
comment: A modulation technique where the transmission signal is spreading over a wide range of the radio spectrum. Resilience to jamming can be augmented by increasing the power of signals using spreding techniques.

KeyLoger
occurs in layer: Application Layer
type: WebAttack

Struts
type: FrameworkTechnology

Bluebugging
type: BluetoothAttack

Offset Codebook (OCB)
satisfies: Authentication
satisfies: Confidentiality/Privacy
type: ModeOperation

Steal NIC (Network Interface Card)
type: WifiAttack
comment: Because ACLs (Access Control Lists) rely on MAC addresses which is a unique identifier for a NIC.

Byzantine Attack
occurs in layer: NetworkLayer
type: ManetAttack
type: MeshAttack
comment: It is an invalid operation of the network initiated by malicious nodes where the presence of compromised routing and compromised nodes are not detected.

Wireshark or Ethereal
has feature: Free
has feature: Opensource
type: NetworkManagementSecurityTool
comment: Wireshark is a network protocol packet analyzer. It allows you to examine data from a live network of from a capture file on disk.

Ruby On Rails
type: FrameworkTechnology

Secure/Multipurpose Internet Mail Extension (S/MIME)
protects in layer: Application Layer
satisfies: Authentication
satisfies: Confidentiality/Privacy
satisfies: Integrity
satisfies: Non Repudiation
type: SecurityMechanism

Ad Hoc Mode
type: WifiArchitectureComponent
comment: It consists of at least two wireless stations where no access point is involved in their communication.

Secure Shell (SSH)
type: Protocol
satisfies: Authentication
protects in layer: Application Layer
type: WebSecurityMechanism
satisfies: Confidentiality/Privacy
has feature: Popular
has part: AsymmetricAlgorithm
satisfies: Integrity
comment: SSH is the now ubiquitous program for logging into or executing commands on a remote machine. It provides secure encrypted communications between two untrusted hosts over an insecure network.

Mobile Equipment (ME)
has part: International Mobile Equipment Identity (IMEI)
type: GSMArchitectureComponent
comment: Mobile Equipment (ME) is the mobile phone

SCHEME
type: Protocol

Metasploit
has feature: Free
has feature: Opensource
type: NetworkManagementSecurityTool
comment: The Metasploit Project is a computer security project that provides information about security vulnerabilities and aids in penetration testing and IDS signature development.

E0
type: BluetoothSecurityAlgorithm
type: StreamCipher
comment: E0 is a stream cipher used in the Bluetooth protocol.

Exhaustion
description: In exhaustion attacks the battery source is self-sacrificing, since wireless nodes most of the time maintains the channel active.
has security mechanism: Rate Limitation
has security mechanism: Time Division Multiplexing
occurs in layer: Link Layer
type: SensorAttack
comment: Exhaustion of the node's battery due to repeated retransmission.

Challenge-Handshake Authentication Protocol (CHAP)
protects in layer: Link Layer
satisfies: Authentication
type: ManetSecurityMechanism
type: Protocol
comment: Is an authentication protocol that uses a password.

Kasumi
has part: Cipher-block chaining (CBC)
satisfies: Confidentiality/Privacy
type: BlockCipher
type: ManetSecurityMechanism

Morris
type: Worm

Michael
satisfies: Authentication
satisfies: Confidentiality/Privacy
type: AsymmetricAlgorithm
type: ManetSecurityMechanism

Access Network (UTRAN)
has part: NodeB
has part: Radio Network Controller (RNC)
type: UMTSArchitectureComponent
comment: The UTRAN is the new access network for UMTS networks, it allows connectivity between the UE (User Equipment) and the core network.