What is Adaptive Internet Protocol (AIP)?

Internet protocols are the set of rules that govern how data travels across networks. Data is transmitted in packets, each identified by an IP address that specifies its destination. While TCP and UDP are the most commonly used protocols, specialized protocols like Adaptive Internet Protocol (AIP) serve specific purposes in remote computing environments.

Adaptive Internet Protocol (AIP) is a multichannel protocol designed to enable applications running on remote servers to be displayed and controlled from multiple client systems simultaneously. It provides a comprehensive solution for remote desktop access and application delivery.

How AIP Works

AIP establishes connections between client systems and remote applications through the Sun Secure Global Desktop Server. The protocol works in several steps:

  • Client Connection ? AIP connects client systems to remote applications via the Sun Secure Global Desktop Server

  • Multi-platform Support ? Clients exist for Linux, Solaris, Mac OS X, and most Windows versions

  • Server Platform ? The server runs on Solaris and Linux platforms

  • Backend Integration ? The server connects to application servers using native protocols like RDP, SSH, X11, TN5250, or TN3270

  • Application Delivery ? Remote applications are delivered to local displays through standalone windows or full remote environments

AIP Architecture Client Windows/Linux AIP Server Secure Global Desktop Server App Server Windows/Unix AIP RDP/X11 Audio ? File System ? Printer Redirection 24-bit Color ? AES Encryption ? TLS Support

Key Features

  • High-Quality Display ? 24-bit color support providing 16.7 million colors

  • Strong Security ? 256-bit AES encryption and Transport Layer Security (TLS) support

  • Audio Redirection ? Sound from remote applications is redirected to local computers

  • File System Access ? Users can access local files within remote desktop sessions

  • Printer Integration ? Local printers can be used within remote application sessions

  • Port Redirection ? Direct access to local serial ports from remote applications

  • Clipboard Sharing ? Seamless copy-paste between local and remote systems

Supported Platforms

Component Supported Platforms
AIP Server Solaris 8/9/10, Red Hat Enterprise Linux 4/5, SUSE Linux Enterprise Server 10
Client Systems Windows (various versions), Linux, Solaris, Mac OS X
Application Servers Windows Server 2000/2003, Linux, Solaris, AIX, HP-UX

Advantages and Disadvantages

Advantages

  • Firewall Friendly ? Can be configured to work through corporate firewalls

  • Enhanced Security ? Strong encryption and authentication mechanisms

  • High Mobility ? Access applications from anywhere with network connectivity

  • Cross-Platform Support ? Works across different operating systems

Disadvantages

  • Licensing Costs ? Relatively expensive licensing fees compared to alternatives

  • Legacy Technology ? Limited modern support as Sun Secure Global Desktop is discontinued

Conclusion

Adaptive Internet Protocol (AIP) provides a comprehensive solution for remote application delivery with strong security features and cross-platform support. While it offers excellent functionality for enterprise environments, its high licensing costs and legacy status limit its current adoption in favor of modern remote desktop solutions.

Updated on: 2026-03-16T23:25:01+05:30

1K+ Views

Kickstart Your Career

Get certified by completing the course

Get Started
Advertisements