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Rapita Systems Brochure

Find out more about Rapita Systems' solutions, which meet the needs of software verification for critical embedded software in the aerospace and automotive industries.

Multicore timing analysis solution for aerospace

Learn how Rapita Systems identifies and quantifies interference channels in multicore hardware and helps produce evidence to certify multicore aerospace systems for DO-178C/CAST-32A.

Software verification services for aerospace

Learn how our Software Verification Services can help you reduce the cost of designing and implementing testing processes for critical aerospace software.

Multicore timing analysis solution for automotive

Learn how we identify and quantify interference channels in multicore hardware and help produce evidence that multicore automotive code is free from interference to meet ISO 26262 certification standards.

Verifying Multicore RTOS Partitioning for DO-178C (CAST-32A) Projects

Combining RTOS partitioning, intelligent system design and expert independent verification is the most effective/reliable pathway to DO-178C multicore certification.

Out of the box Solution for Multicore Analysis - Rapita & DDC-I

How DDC-I and Rapita can provide an end-to-end solution for addressing CAST-32A objectives. How to integrate the RVS toolsuite on Deos for on-target safety-critical timing analysis.

Multicore Timing for DO-178 Projects Webinar

In this webinar, you'll learn from world-leading experts on multicore timing analysis and avionics certification.

Multicore for ISO 26262 - Demonstrating freedom from interference webinar

In this webinar, you'll learn from world-leading experts on multicore timing analysis and automotive certification.

Multicore Timing Analysis for DO-178C

This white paper explores the challenges of performing multicore timing analysis in critical aerospace systems development and presents a practical solution that overcomes these challenges and is compliant with DO-178C and CAST-32A.

Seven Roadblocks to 100% structural coverage (and how to avoid them)

In this white paper, we review the causes of being unable to attain 100% code coverage during testing, and will identify four strategies for handling code that has not achieved full coverage.

Eight top code coverage questions in embedded avionics systems

In this white paper, learn the most common questions asked about code coverage in embedded avionics systems, and how RapiCover supports coverage analysis in DO-178B and DO-178C projects.

Automating WCET Analysis for DO-178B & DO-178C

This white paper describes what is required for worst-case execution time analysis in DO-178B and DO-178C projects, including industry best practices and how RapiTime enables efficient analysis in high criticality systems.

Three steps to avoid software obsolescence in avionic systems

In this white paper, learn how to avoid software obsolescence in avionics systems by measuring timing behavior, identifying optimizations and evaluating results.

CodeTEST® Replacement with RVS

In this white paper, learn how RVS provides a viable alternative to the use of the legacy CodeTEST tool for structural coverage and timing analysis.

Cobham Aerospace Connectivity: RapiCover continues to deliver on the most challenging targets

How RapiCover efficiently produced coverage evidence for DO-178C certification of Cobham’s antenna control unit.

Collins Aerospace: DO-178C code coverage analysis

How our tools were used for DO-178C DAL A code coverage analysis for a complex flight control system.

Triumph Integrated Systems: DO-178C V&V

How Rapita’s V&V services produced evidence for DO-178C certification of Triumph’s actuation system software.

Establishing WCET for the Airbus A330 Multi-Role Transport Tanker

How RapiTime automated timing analysis and helped to identify timing hotspots in a military DO-178B project.

DO-178B Level A Embraer FCS

How our tools captured worst case timing and stack usage data for DO-178B Level A Embraer Flight Control Systems (FCS).

Qualification of RapiCover for MC/DC coverage of DO-178B level-A software

Learn how RVS tools measured structural code coverage up to MC/DC on the Flight Control System of the M-346.

Alenia Aermacchi (Leonardo) M-346

Learn how RVS tools measured and improved the overall execution time of the flight control system on the M-346 Master.

Automating schedulability analysis of on-board software on the Solar Orbiter

Learn how RVS tools created a measurement-based analysis of Solar Orbiter on-board software for schedulability.

OHB Sweden: Efficient DO-178C code coverage analysis using RapiCover

Learn how RapiCover increased the efficiency of code coverage analysis for OHB Sweden's DO-178C Attitude Orbital Control System.

BAE Systems Hawk Mission Computer

Learn how RVS tools identified major worst-case execution time optimizations on the Hawk Trainer mission computer system.

Functional testing for critical software with RapiTest

Learn how RapiTest integrates into development environments to perform unit, integration and system testing of embedded software.

RapiTest Tool Qualification: DO-178B/C

Learn how we provide tool qualification support for using RapiTest in projects requiring DO-178B/C certification.

RapiTest Tool Qualification: ISO 26262

Learn how we provide tool qualification support for using RapiTest in projects requiring ISO 26262 certification.

On-target structural code coverage analysis with RapiCover

Learn how RapiCover can help to reduce testing effort when conducting code coverage analysis.

RapiCover Tool Qualification: DO-178B/C

Learn how we provide tool qualification support for using RapiCover in projects requiring DO-178B/C certification.

RapiCover Tool Qualification: ISO 26262

Learn how we provide tool qualification support for using RapiCover in projects requiring ISO 26262 certification.

Measurement-based timing and WCET analysis with RapiTime

Learn how RapiTime performs detailed timing and worst-case execution time analysis with minimal overheads.

RapiTime Tool Qualification: DO-178B/C

Learn how we provide tool qualification support for using RapiTime in projects requiring DO-178B/C certification.

Visualising RTOS Scheduling and Event Tracing with RapiTask

Find out how RapiTask can help you to understand software scheduling behavior and diagnose scheduling issues.

CAST-32A Compliance packages

Learn how our CAST-32A Compliance packages help you address CAST-32A objectives for your multicore system.

Connecting the RTBx to Embedded Targets

Learn how to connect the RTBx to embedded targets in order to collect verification data.

Integrated Test Automation and Coverage for ISO 26262 using Mx-Suite with RapiCover

Learn how integration between RapiCover and Mx-Suite allows coverage to be collected automatically during testing.

Using RapiTime with VxWorks to verify real-time performance

Learn how RapiTime can be used with VxWorks to ensure that applications meet their timing requirements.

Using RVS with iSYSTEM trace-enabled debuggers

Learn how integrating RapiTime with iSYSTEM trace-enabled debuggers provides an effective way of collecting a trace of execution behavior from critical applications.

Using RapiTime and RapiTask with RTEMS® to verify real-time performance in a multicore environment

Learn how RapiTime and RapiTask can be used with RTEMS to ensure that multicore applications meet their timing requirements.

Measuring MATLAB Simulink models' worst-case execution time with RapiTime

Learn how RapiTime can be integrated with MATLAB Simulink.

RVS trace capture using Lauterbach TRACE-32 PowerTrace

Learn how Lauterbach PowerTrace can be used to collect traces for RapiTime analysis.

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