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IRATI is an open source implementation of the RINA architecture targeted to the OS/Linux system, initially developed by the FP7-IRATI project. The following wiki pages provide information on using IRATI and understanding its design:
- Software Architecture Overview: Explanation of the different components of IRATI.
- IRATI in depth: Detailed explanation of how specific aspects of the IRATI implementation work.
- Tutorials: Step-by-step experimentation scenarios.
A public mailing list, is available here: http://www.freelists.org/list/irati. The list is to be used as a means for communication with the IRATI open source development community. Another way to interact with the IRATI developers is to join the #IRATI slack channel at the PSOC (Pouzin Society) workspace: https://join.slack.com/t/psoc-workspace/signup.
The current implementation is mature enough to allow small/mid scale experimentation (up to 30 systems, with each system having up to 4/5 IPC Processes instantiated), during relatively short periods of time (few hours). We are working on improving the stability and robustness of IRATI in future releases.
librina: See librina/LICENSE for the main license. See librina/LICENSE-protobuf for the protocol buffers license.
linux: See linux/COPYING for the Linux kernel license.
rina-tools: See rina-tools/LICENSE for the license.
rinad: See rinad/LICENSE for the main license. See rinad/LICENSE-protobuf for the protocol buffers license. See rinad/LICENSE-jsoncpp for the jsoncpp license. See rinad/LICENSE-tclap for the TCLAP license.
wireshark: See wireshark/COPYING for the license.
- Home
- Software Architecture Overview
- IRATI in depth
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Tutorials
- 1. DIF-over-a-VLAN-(point-to-point-DIF)
- 2. DIF over two VLANs
- 3. Security experiments on small provider net
- 4. Multi-tenant Data Centre Network configured via the NMS-DAF
- 5. Congestion control in multi-tenant DC
- 6. Multi-tenant Data Centre network with Demonstrator
- 7. ISP Security with Demonstrator
- 8. Renumbering in a single DIF
- 9. Application discovery and Distributed Mobility Management over WiFi
- 10. Distributed Mobility Management over multiple providers
- 11. Multi-access: multiple providers, multiple technologies