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Joint Software Systems Safety Engineering Handbook

NATO AOP-52

Requs Ai Software FMEA

40+ Years of Experience with Combat and Weapon Systems

Joint Software Safety Systems Engineering Handbook

Mission Ready Software has extensive experience in applying the Joint Software Systems Safety Engineering Handbook as well as the NATO AOP-52 to mission and safety-critical defense applications. Requs Ai Software FMEA was developed to automate the hazards analysis.  Our software safety training classes provide instruction for understanding the causes of hazards.  We have also created a unique approach that combines the hazards in the JSSSEH with the software FMEA to integrate a safety assessment and a software FMEA into one cost-effective evaluation.

Common Defect Enumeration

Mission Ready Software developed the Common Defect Enumeration (CDE), an enumerated software failure modes and root causes list.  The CDE focuses on the top-level, capability-level, and requirement-level failure modes that have affected mission-critical systems.  These root causes often involve the usage profile, warfighter, and battlefield environment.   The Common Defect Enumeration is available in the Software Failure Modes Effects Analysis training class and the Request Ai Software FMEA. Our research shows that all hazards caused in the Joint Software Systems Safety Engineering Handbook can and will cause reliability and safety failures.

Statement of Work for Reliable Software

Mission Ready Software has experience writing reliable software SOW language and guidance that ensures mission-critical systems have dependable software. The software reliability tasks are appropriate for agile, incremental, and waterfall development lifecycle models. Our training class, Software Reliability for DoD, covers everything needed to apply software reliability on a DoD contract and how to specify reliable software in the SOW.

DevSecOps

All of the services, tools, and training are geared towards Agile development, Continuous Integration, Continuous Development, and DevSecOps. Reliable software methods, such as the prediction methods in IEEE 1633 and the Software FMEA, are more effective in incremental development than a waterfall development lifecycle.