In this section you will find all of LDRA's product literature, white papers and a range of case studies for different industries.
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See our product literature to find a product best suited for your code. |
Authoritative reports on products and standards. |
Featured projects in different industries. |
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White Paper: LDRA & National Instruments - Testing Safety Compliant Systems
Whether it is in an automobile, commercial airplane, medical device, or a number of other devices in a variety of industries, there has been a significant recent growth in electronic complexity and the amount of embedded software in products. Often, many of these control systems play a critical role in safety, thus placing an increased importance on the confidence of the embedded software to behave as desired without bugs and defects that could potentially be life-threatening. Several industries are addressing this concern through the use of functional safety standards, which introduce a process-oriented approach to developing electronic systems with safety in mind. These include: DO-178B/C for avionics, IEC 61508 for industrial safety, ISO 26262 for automotive, IEC 62304 for medical devices, and many more. However, the need to follow a process while the amount of software is experiencing exponential growth can be intimidating, especially when trying to test and validate the software and its abilities.
White Paper: An Introduction to MISRA C:2012
The latest update, MISRA C:2012, is being released in early 2013 and will provide support for ISO 9899:1999 (C99)
while retaining support for C90. The new language subset will help mitigate software-related risks for safetycritical
applications, while allowing programmers to spend more time coding and less time on compliance efforts.
In the updated language subset, rules have been made more precise so that the language subset will not prevent
reasonable uses or behaviours that have no undesirable consequences. In addition developers will now have
better guidance on rules enforcement, such as whether a rule defines a general behaviour across the project or
only specific cases.
White Paper: Using Dynamic Software Analysis to Support Medical Device Approval
In this paper, we look at a) how dynamic code analysis can support demonstrations of compliance with safety requirements, and b) key capabilities we should look for in dynamic analysis tools. We then present in appendices, to help with tool selection, tables mapping development activities with requirements in the IEC 62304 standard: and, to help with OS selection, a short description of OS characteristics that can facilitate the design, development and approval of safety-related software.
The introduction of RTCA/DO-331 Model based Development and Verification Supplement to DO-178C and DO-278A offers new opportunities to leverage the strengths of model based development under RTCA/DO-178C.
The LDRA tool suite is developed and certified to BS EN ISO 9001:2000. This comparison has used the MISRA-C:1998 standard.
As a developer of efficient high-quality software for the medical, transport, industrial and aerospace markets worldwide it is essential for HCC Embedded to hold a reputation for premium and reliable products. Following a vigorous and extensive competitive evaluation, HCC Embedded chose the LDRA tool suite to enforce the MISRA standard and to raise the bar on the software development processes applied to the file systems and TCP/IP products that they develop.
Analox, is a leader in gas detection technology selected the LDRA tool suite Analox for two projects demanding a safety requirement. LDRA was also the only product able to integrate successfully with the Analox tool chain and enabled them to increase productivity and quality while reducing costs.
Ultra developed a midlife upgrade of a pre-existing, uncertified, avionics system and highlights the significant challenges faced due to the introduction of requirements for DO-178B Level B safety certification coupled with a migration to a commercial off-the-shelf (COTS) hardware platform. It focuses upon the test techniques that were applied and specifically how the LDRA tool suite was utilised to overcome the identified challenges to develop a safety-certifiable platform running on VxWorks.
Fairchild Controls - a division of EADS North America (Fairchild) selected the LDRA tool suite to integrate into their development environment and utilise the test facilities provided to achieve DO-178B Level C certification. The LDRA tool suite helped Fairchild to automate the development processes and dramatically increased efficiency by 1000%.
IHI, a manufacturer of jet engines in Japan, selected the LDRA tool suite to verify its C and Ada source code for DO-178B certification. IHI claimed that the LDRA tool suite was fourteen times quicker than previous coverage analysis processes. IHI also said it selected LDRA’s tool suite due to its depth and diversity of tools.
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