Case + Code
Introducing Case + Code, a series of use case-based examples to help take you from the problem that you have — tracking vehicles, sending real-time data over a WAN or distributing video data to many receivers — to real coding and configuration that can get you started right away.

Get Started Building Distributed Systems Now
Building distributed systems is tough. And it gets tougher when systems have special requirements such as low-latency or massive scalability. But the RTI Connext Databus is a software framework that can solve many of your complex data-distribution problems. It is proven in a variety of systems with complex requirements – and now, we're leveraging that real-world experience to make it easier for you to get started.
Ready to get started with Case + Code?
Case + Code Examples
Choose from our expanding library of examples and follow the detailed instructions to build it.

Next Generation E/E
Building a Future-Proof Architecture using RTI Connext Drive

Real-Time Simulation with Unreal Engine®
Simulate an Immersive Environment using Real-Time Data with Unreal Engine

Gaming Visualizations with RTI Connext and Unity® Integration
Rapidly Create Visualizations and Virtual Interactions

Real-Time Video Data Streaming
Techniques, Tuning and Tradeoffs for Streaming Video Data in Real-Time

Integrating RTI Connext with ENSCO IData
Learn how RTI Connext Professional can be used in conjunction with ENSCO IData

Certificate Lifecycle Management in Connext Secure 7
Certificate Expiration and Revocation

Real-Time LAN Over WAN
Connecting Separate Real-Time Local Networks over WAN with RTI Connext Anywhere

Accelerate Autonomous Car Development
Manage Diverse Data Flows in a High-Performance, Safety-Critical Environment

Automate Manufacturing Flows and Systems
Faster, More Reliable Factory Automation with RTI Connext
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Track and Monitor Vehicles and Assets
High Throughput and Low Latency with Connext

Microgrid Optimization
Create an Ad Hoc Microgrid with a Variety of Resources That Reacts Dynamically to the Addition of Load and Generation Resources