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0.1. RTP Setup 0.2. RTP Command 0.2.1. RTP Play 0.2.2. RTP Flush 0.2.3. RTP Stop 0.3. RTP Option 0.3.1. Option: RTP1-INF 0.3.2. Option: RTP1-STOP 0.3.3. Option: RTP2-INF 0.4. RTP Request 0.5. RTP Response 0.6. RTP Sender’s Security Info 0.7. RTP Sender’s Authentication Info 0.7.1. RTP-SASL-USER-NAME 0.7.2. RTP-SASL-USER-NAME-MSG-ID 0.8. RTP Sender’s Message Info 0.9. RTP Receiver’s Security Info 0.10. RTP Receiver’s Authentication Info 0.10.1. RTP-SASL-USER-NAME 0.10.2. RTP-SASL-USER-NAME-MSG-ID 0.11. RTP Receiver’s Message Info 0.12. RTP Client’s Settings Info 0.13. RTP Server’s Settings Info 0.13.1. RTP-RSA-PRIVATE-KEY-FILE 0.13.2. RTP-RSA-PRIVATE-KEY-PASSWORD 0.13.3. RTP-RSA-PUBLIC-KEY-FILE 0.13.4. RTP-RSA-PUBLIC-KEY-PASSWORD 0.14. RTP Client’s Session Info 0.15. RTP Server’s Session Info 0.16. RTP Client’s Caps Info 0.17. RTP Server’s Caps Info 0.17.1. RTP-Encapsulation-Addresses 0.18. RTP Flow-Control Info 0.18.1. RTP-TCP-NODELAY 0.18.2. RTP-TCP-NODELAY-GOOD-MSS 0.18.3. RTP-TC

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The Secure Reverse Telnet Protocol (sRTP) enables secure communication between client and server via an unencrypted, unauthenticated, packet-oriented TCP connection and the standard Telnet protocol. It provides the following features: Basic Service (SCTP, IPCMP, PPPC) Authentication: • user/passing Authentication and encryption: • user/passing and public/private key • public/private key Integrity: • Secure Hash Algorithm (SHA-1) Flexible Interface • Telnet, SSH, FTP, HTTP, POP3, SMTP Support • Windows 2000/XP • Linux 2.4 and 2.6 • VxWorks Key Features: • Secure Hash Algorithm (SHA-1) • Authentication • Integrity Authentication (sRTP): • user/passing Authentication and encryption: • user/passing and public/private key • public/private key Integrity: • Secure Hash Algorithm (SHA-1) • Secure Hash Algorithm (SHA-1) • Secure Hash Algorithm (SHA-1) Flexible Interface • Telnet, SSH, FTP, HTTP, POP3, SMTP Support • Windows 2000/XP • Linux 2.4 and 2.6 • VxWorks Key Features: • Secure Hash Algorithm (SHA-1) • Secure Hash Algorithm (SHA-1) • Secure Hash Algorithm (SHA-1) • Secure Hash Algorithm (SHA-1) sRTP is fully compatible with the Telnet protocol. This means that the ability to use remote commands and display characters on the terminal, to transfer files and perform other actions is unchanged. If a user begins a new session, the user’s established Telnet connection is not closed. Communication by way of this protocol over the Telnet connection is achieved by encapsulating a datagram as defined in the section on the Supported Data Formats. The protocol is designed to support multiple, distinct sessions that the user may initiate in parallel. A session is identified by session ID and terminated by disconnecting either through the Telnet protocol or through the end of the session. Packetization This section is deferred to the next revision of this specification, due for publication in May 2001, because there are no known case applications to be readily 2f7fe94e24

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Authentication is the verification of a communication party’s identity. Authentication is accomplished by using some form of security information (a private key/key pair, a digital certificate or both). Encryption is the scrambling of information using a secret key in order to ensure that it cannot be read without the use of the secret key. Integrity is the verification of the content of a message. Integrity is typically performed by including a hash of the message or by adding or changing a known value to the message. This specification describes a protocol (sRTP) for the secure communication of public keys using the Public Key Infrastructure (PKI). sRTP operates by presenting a key to the other party, and then sending and receiving encrypted keys. As a result, the sRTP protocol establishes a tunnel for the secure exchange of public keys. The Basic Authentication process for sRTP is described in this section. The Advanced Authentication process will be described in the Appendix section. sRTP communication between the client and server require two steps, a Registration and an authentication process. The Registration process allows a user to obtain a public/private key pair. As defined in section 8.2 of the PKIX 1.7 specification, a certificate signer is a device that can sign certificates and is configured with the signing private key. The Registration process will be explained by describing the registration process for obtaining a RSA key pair. It is assumed that the server already has a Digital Certificate and a Certificate Signer installed. The steps are as follows. 1. The server sends an encrypted RSA key pair request to the client. This request contains the public key for authentication, the server’s public key certificate, the server’s message digest (MD5), and the server’s algorithm ID (V=0). 2. The client determines whether the certificate signing key (CSK) is installed on the client system. If the CSK is not installed, the client aborts the protocol. If the CSK is installed, the client checks whether the algorithms installed on the client match the algorithms requested in the cipher specification (RFC 3447). If the algorithms are compatible, the client computes a key pair for the client system and sends it to the server. If the algorithms are incompatible, or if the server cannot provide the algorithms requested, the server sends a list of compatible algorithms to the client, and waits for an appropriate response. 3. The client asks the server to sign a message digest of the public key included in

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The Secure Reverse Telnet Protocol (sRTP) was designed to support sessions established through the Gateway-Client-Host model of reverse telnet. In the Gateway-Client-Host model, the client is set up to send a telnet (TELNET) command to the Gateway (GW) to open the connection. Once the connection is opened, the GW can accept telnet commands from the host (HOST) and pass them to the client. The client may act as a reverse telnet channel to the host so that commands received from the host may be sent to the GW to allow either the client or the host to control the connection. The host can be any generic Telnet session to any generic Telnet client, for example a program that only provides a form of telnet service. The telnet host capability of the GW allows connections from a variety of users to be provided. In the Secure Gateway-Client-Host model of reverse telnet, at most one connection is allowed to be established at any given time, and the protocol is designed to be robust to avoid situations where this protocol configuration becomes a victim of traffic conditions. Secure Reverse Telnet Protocol sRTP is designed to support session establishment through the Gateway-Client-Host model of reverse telnet. The Gateway (GW) can be any Telnet connected gateway such as a router or firewall; the Host (HOST) can be any Telnet connected generic client such as a generic telnet program. When the GW-Client-Host model is used, the GW should be configured so that the GW terminates reverse telnet connections. If this is not done, the GW should be configured to provide the default Telnet service (including Telnet remote commands). sRTP is designed so that it does not support the common cases in which three simultaneous reverse telnet sessions are impossible and most often undesirable. In the protocol design, the GW terminates sessions so that it is not a bottleneck; when the GW terminates a session, a Telnet remote command for the session is aborted. The protocol does not itself wait for the connection to terminate, but rather relies on the termination of the connection by the GW. The protocol does not support one or more simultaneous connections on the same host, and does not support multiple simultaneous sessions with different hosts. The Protocol This section describes the Secure Reverse Telnet Protocol (sRTP) specification, in more detail. The protocol used is based on a modified version of RFC 8

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Supported operating system: OS X 10.10 or later Processor: 1.3 GHz or faster Memory: 512 MB RAM Storage: 10 GB available space Internet access: Wired Internet connection required Video: 1024 x 768 display resolution Recommended: 1024 x 768 display resolution Languages: English Physical Requirements: Pro Tip: You can create a Desktop icon of any game, and drag it into the Dock for easy access. General Battlefield V is a