Awesome Delay-/Disruption-tolerant Networking

A curated list of awesome Delay- and Disruption-tolerant Networking

Contents

• Bundle Protocol Version 7 - RFC 9171
• Bundle Protocol Version 6 - RFC 5050
• Non Bundle Protocol
• DTN Simulations
• Videos

Bundle Protocol Version 7 - RFC 9171

• rfc9171 - Bundle Protocol Specification Version 7
• rfc9172 - Bundle Protocol Security Specification Version 7
• pyDTN - Bundle Protocol 7 Proof of Concept Implementation
• dtn7-go - Delay-tolerant networking software suite
• dtn7-rs - Rust implementation of a DTN based on RFC9171
• dtn7-kotlin - Delay-tolerant networking software suite for Kotlin
• µPCN - Micro Planetary Communication Network
• µD3TN - Free, lean, and space-tested DTN protocol implementation running on POSIX and STM32 microcontrollers.
• TERRA - Lightweight and extensible DTN library
• ION-DTN - Delay-Tolerant Networking suitable for use in spacecraft
• HDTN - High-rate Delay Tolerant Network (HDTN) Software
• DTNME - DTN Marshal Enterprise Implementation
• dtn7zero - A python implementation of BPv7 in the spirit of the NetworkZero and GuiZero libraries
• NASA AMMOS BSL - C99 library implementation of Bundle Protocol Security (BPSec) as specified in RFC 9172 and RFC 9173

Bundle Protocol Version 6 - RFC 5050

• rfc5050 - Bundle Protocol Specification
• rfc6257 - Bundle Security Protocol Specification
• DTN2 - DTN Reference Implementation
• IBR-DTN - A modular and lightweight implementation of the bundle protocol.
• ION-DTN - Delay-Tolerant Networking suitable for use in spacecraft
• HDTN - High-rate Delay Tolerant Network (HDTN) Software
• DTNME - DTN Marshal Enterprise Implementation

Non Bundle Protocol

• Serval Rhizome - Content storage and distribution service
• Forban - Simple link-local opportunistic p2p free software

DTN Simulations

• TheONE - The Opportunistic Network Environment simulator.
• ns3 dtn bit - This Project is a newbie-friendly simulation for dtn on ns-3 environment, easy to use for research purpuses, supporting customed routing definition and scenario definition.
• OPS - The Opportunistic Protocol Simulator (OPS, pronounced as oops!!!) is a set of simulation models for OMNeT++ to simulate opportunistic networks.
• OPSlite - OPSLite is a scaled-down, light-weight version of OPS.
• dtnsim - dtnsim is a DTN (Delay/Disruption-Tolerant Networking) simulator written in Python.
• dtnsim - an OMNET++ simulation that can also be used with ION and HDTN (extra branch) implementations
• pydtnsim - An event-discrete DTN simulation environment written in Python. Focused on evaluating routing approaches.
• ns3 dtn - rfc 5050 implementation for ns3, mostly undocumented
• PONS - The Python Opportunistic Network Simulator. Run DTN simulations using SimPy.
• aiodtnsim - A Python framework for performing DTN simulations using asyncio.

Videos

• Lecture: Introduction to Delay/Disruption Tolerant Networking (1.1) - NASA lecture series about DTN and ION
• Delay / Disruption Tolerant Networking - NASA DTN explanation
• Delay/Disruption Tolerant Networking @ USENIX - USENIX Talk from 2009
• DTNs Explained - simple explanation video
• DTN Routing and Capacity Enhancement in an Outdoor Mobile Environment - Talk from Microsoft Research

Community

• Matrix space to discuss various dtn related topics, especially dtn7-related