Success-Plan ServicesRTI Research
RTI actively engages in government-funded research to solve complex distributed systems challenges that are broadly relevant to RTI customers.
Advancing the State of Technology
RTI is a global leader in industrial research focused on secure, real-time distributed communications. We are committed to the continuing advancement of our technology and products to meet the evolving needs of our customers and markets. RTI is proud to have a highly active and very successful research team that engages with defense, commercial industries and academia. We also maintain a strong academic and industrial research partner program that can provide free licenses that make RTI products available for internally-funded research. If you are interested in learning more about the active research projects taking place in our community, visit our RTI Community.
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Featured Government Research Contracts
- Advancing generative AI research for the United States Department of Air Force (8/24)
- Developing Data-Centric Threat Detection Capabilities for Real-Time Networks (8/23)
- Developing a novel code generator for the Data Distribution Service (DDS™) standard interface description language (2/23)
- Exploring advancements in Data-Centric Cybersecurity for the US Air Force and DoD (9/22)
- View past awards received
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Blog Posts
- Kubernetes Explained: How It Can Improve Software Delivery in Large-Scale DDS Systems
- A Step-by-Step Guide: How to Deploy DDS Applications on Kubernetes
- Developing Connext DDS in Golang in 4 Simple Steps
- Telegraf Plugin for Connext DDS: Build a Time-Series Monitoring System with DDS and InfluxDB
- See More Research Blog Posts
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Collaborating with RTI
We are open to collaboration! We regularly collaborate on funded research with many universities, national labs and small/large companies. Please feel free to reach out to us to discuss your opportunities.
Through our University Program, we offer complimentary access to RTI Connext Secure to qualifying universities that initiate a research or classroom project involving complex distributed networks.
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GitHub Repository
We love to share what we do! In addition to papers, blogs and conferences, we can sometimes share code we have developed. Check out the current crop of prototypes below.
Clicking the links below will take you to RTI’s projects on GitHub:
- Connext-config ⇢
Just like the popular pkg-config but for RTI Connext - Fluent Bit plugins for DDS ⇢
Interested in monitoring your DDS-based systems? Try these plugins to Fluent Bit - Telegraf integration for DDS ⇢
Using DDS to build common interfaces between vendors - Splunk Modular Input for DDS ⇢
A Splunk Modular Input that allows inserting RTI Connext data into Splunk - seL4 libOSAPI for DDS ⇢
A library for the provisioning of basic system services on seL4 - DDSL for LUA ⇢
The Data Domain Specific Language (DDSL) makes it easy and fun to work with strongly typed data in Lua - Go Connector ⇢
RTI Connector for Connext is a lightweight technology enables DDS data to be accessed with Go - rticommunity/kubernetes-examples ⇢
Example configurations of use cases with RTI Connext on Kubernetes
- Connext-config ⇢
Mission
Research has always been the foundation of RTI. We have been conducting advanced industrial-focused research for the past two decades and these efforts are ongoing. Distinct from product development, the RTI research team focuses on maintaining a strategic lead in technology and mindshare for building software frameworks for smart machines and real-world systems. By exploring new market-relevant software solutions and providing insight into technologies, application areas and customer challenges, RTI maintains a world-class reputation for reliability.
With broad and deep technical expertise in distributed systems and cybersecurity, RTI works on the development of advanced capabilities, tools and proof-of-concept solutions that span markets – from defense and energy to transportation, medical, and beyond. RTI maintains a strong and well-funded research program, working in close partnership with numerous government agencies that include the Department of Defense (DoD), the Department of Energy (DOE), the National Science Foundation (NSF), and more.
RTI is exploring many challenging and exciting research topics, such as:
- Machine Learning, AI/Deep Learning
- Cybersecurity — DDS Security, TEEs, Multi-Level Security, Medical Device Security
- Advanced Compression & Logging
- Modeling and Simulation, Gaming Engine Integration
- Networking — Wireless 4G/5G, Edge Computing, SDN, NFV, TSN
- WAN Operation, Operational Monitoring
- Scalability, Extensibility, Interoperability
- Trusted Microkernels
- Software Verification, Validation, and Certification
- Tools
Current Project Highlights
DevSecOps
Exploring integration of Connext into owner customers' development and deployment processes.
DDS Type Repository
Cloud-based DDS type repository and related tools to allow customers to find the right type to use, to share new types and to quickly start their development process.
5G
We are exploring how to optimize the performance of edge computing over 5G.
Cybersecurity Tool Interoperability
Using DDS to build common interfaces between vendors.
High Assurance Software
Exploring safe and secure systems for flight, autonomous cars, medical devices, and more.
Docker & Kubernetes
Creating configuration guidance and exploring performance.
Modeling, Simulation & Training
Advancing market-driving features.
DevSecOps
EXPLORING INTEGRATION OF CONNEXT INTO OWNER CUSTOMERS' DEVELOPMENT AND DEPLOYMENT PROCESSES.
DevSecOps stands for development, security, and operations. It's an approach that integrates security into each of the phases of the software lifecycle. DDS is unique as a networking solution because of its advanced security model and features. We are exploring the design of enhancements to tools used throughout the software lifecycle to leverage this. This will elevate cybersecurity to become a first-class citizen, enabling ease-of-use, verifiability, and traceability that is not possible with other networking technologies.
Status: This work will continue into 2024.
DDS Type Repository
CLOUD-BASED DDS TYPE REPOSITORY AND RELATED TOOLS TO ALLOW CUSTOMERS TO FIND THE RIGHT TYPE TO USE, TO SHARE NEW TYPES AND TO QUICKLY START THEIR DEVELOPMENT PROCESS.
Defining your networking data structures (types) is the starting point for Data-Centric Middleware and is the first step in designing a DDS-Based solution. Choosing the right type for the project is critical for the success of a new software architecture and yet we do not offer any guidance on how to do it right. Other solutions provide an already defined set of types to start with (e.g.: ROS).
Using the Type Repository and the integration with System Designer will alleviate this problem allowing the Connext Developer to browse a curated library of ready to use types. It will also allow large software teams to create their own type library and share types among themselves.
Status: This work will continue into 2024.
5G
WE ARE EXPLORING HOW TO OPTIMIZE THE PERFORMANCE OF EDGE COMPUTING OVER 5G.
While Connext works out of the box with 5G, we are exploring how we can enhance its integration with 5G infrastructure to deliver more performance and configuration simplicity. We are on track to create our first SDK by mid-2023.
Status: This work will continue into 2024.
Cybersecurity Tool Interoperability
USING DDS TO BUILD COMMON INTERFACES BETWEEN VENDORS
Many customers choose DDS because it is an open standard with multiple product offerings. DDS-compliant products all interoperate. However, the same cannot be said for cybersecurity tools like antivirus software, firewalls and intrusion detection solutions. Once you pick one, you become vendor-locked. While there are vendor-led efforts to solve this, no single solution yet exists. To address this, we have been working on an open data model that will enable tool interoperability. Using this approach, we have demonstrated the ability to run multiple competing products in the same network and easily ingest the now vendor-agnostic data downstream. Our intent is to publish this model in order to promote interoperability.
Status: This work will continue into 2024.
High Assurance Software
EXPLORING SAFE AND SECURE SYSTEMS FOR FLIGHT, AUTONOMOUS CARS, MEDICAL DEVICES, AND MORE
seL4 is a high-assurance, high-performance, open source operating system microkernel. It provides both time and space separation. It is being evaluated by several major corporations for their own systems and their products (including autonomous platforms), because of its privacy, security and safety attributes. We have been involved with seL4 for the past three years, and we are continuing to advance our integration support for this microkernel.
Status: This work will continue into 2024.
See more in our github library.
Docker & Kubernetes
CREATING CONFIGURATION GUIDANCE AND EXPLORING PERFORMANCE
As container technologies like Docker and Kubernetes continue to become more popular, we need to understand how well our software and customers' applications will operate as they transition their systems to these technologies.
Status: Ongoing.
Information in RTI Community:
- Communicate Across Docker Containers Using the Host Driver
- Deploying an RTI Connext DDS Application with Docker
- Other Docker resources
See more on our blog.
Modeling, Simulation & Training
ADVANCING MARKET-DRIVING FEATURES
We have been working in this area for several years now. Primarily this work spans real-time simulations and training, globally distributed applications and integration with the latest generation of gaming engines (Unity and Unreal). We have built prototype bridges to Unity, and RTI is now working on adding one for EPIC's Unreal Engine 5.
Status: Ongoing.