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Standards

The frameworks we’re built around.

AeroCert’s data model maps to the standards directly. Objectives, DALs, design assurance levels, classifications — they aren’t tags we sprinkle on top of a generic GRC tool. They’re first-class citizens.

Standards we live in

The frameworks, by name.

  • RTCA
    DO-178C

    Software Considerations in Airborne Systems

    Objective-by-objective coverage across DAL A–E with native support for the supplements (DO-330 tool qualification, DO-331 model-based, DO-332 OOT, DO-333 formal methods).

  • RTCA
    DO-254

    Design Assurance Guidance for Airborne Electronic Hardware

    Hardware design assurance lifecycle from planning through production transition, with traceability into the system process.

  • SAE
    ARP4754A

    Guidelines for Development of Civil Aircraft and Systems

    Development assurance at the system level — the connective tissue between aircraft, systems, software, and hardware processes.

  • SAE
    ARP4761

    Guidelines and Methods for Conducting the Safety Assessment Process

    FHA, PSSA, SSA, CCA — full safety assessment workflow linked to requirements and verification.

  • NASA
    NPR 8705.2C

    Human-Rating Requirements for Space Systems

    Human-rating workflow for crewed spacecraft programs, including the technical authority and certification gates.

  • NASA
    NASA-STD-8739.8

    Software Assurance and Software Safety Standard

    Software assurance for NASA programs, including the safety-critical software classifications.

  • FAA
    14 CFR Part 25

    Airworthiness Standards: Transport Category Airplanes

    Means of compliance management for Part 25 certification programs.

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