Avionics Software IV&V (DO 178)

Avionics Software IV&V (DO 178)

Reliability through DO 178 standards.

Samniya Avionics Techsys Pvt. Ltd. delivers comprehensive Independent Verification & Validation (IV&V), Verification, Testing, and Certification Support for safety-critical avionics and defence software in accordance with RTCA DO-178C/DO-178B, supporting Design Assurance Levels (DAL A to E).

Key Aspects

DO-178C/DO-178B Independent Verification & Validation (IV&V)

Independent Verification & Validation (IV&V) of safety-critical Avionics Software in compliance with DO-178C/DO-178B for Design Assurance Levels A, B, C, D & E.

Complete Software Verification Life Cycle

Complete Software Verification Life Cycle covering Planning, Requirements-Based Testing, Reviews, Traceability, Coverage Analysis, and Certification Support.

UAV & Flight Control Software Verification

IV&V and software verification for UAV/Drone Flight Control Systems, including Navigation Systems, Autopilot, Mission Computers, Flight Management Systems, Landing Gear Controllers, Payload Management Systems, and Ground Control Stations.

Cockpit Display Systems Verification

Verification & Validation of Cockpit Display Systems, Multifunction Displays (MFD), Primary Flight Displays (PFD), Engine Indication & Crew Alerting Systems (EICAS), and Helicopter Display Units.

Automated Test Benches & HIL/SIL Development

Development of Automated Test Benches, Hardware-in-the-Loop (HIL), Software-in-the-Loop (SIL), and Test Rigs for Flight Control Computers and Avionics Subsystems.

Dynamic & Static Software Verification

Dynamic and Static Software Verification using industry-leading tools in accordance with DO-178C/DO-178B, DO-330, and project-specific certification requirements.

Mission-Critical Embedded Software IV&V

Independent Verification & Validation of Mission-Critical Embedded Software for Military Aircraft, Fighter Aircraft, Helicopters, UAVs, eVTOL Platforms, Radar Systems, Naval Systems, and Defence Electronics.

Requirements Engineering & Formal Verification

Requirements Engineering, Requirements Verification, and Formal Requirement Analysis using model-based and formal verification methodologies.

Embedded Control Systems Verification

Verification of Antenna Control Units (ACU), Servo Control Systems, Actuator Controllers, and Embedded Control Software.

Requirements-Based Testing & Coverage Analysis

Requirements-Based Testing (RBT), Low-Level & High-Level Requirements Verification, Structural Coverage Analysis (Statement, Decision & MC/DC), Data & Control Coupling Analysis, and Source Code Analysis.

Software Verification Tool Expertise

Expertise in verification tools including LDRA, Rapita RVS, VectorCAST, Tessy, IBM Rational Test RealTime (RTRT), Cantata, Parasoft C/C++test, Polyspace, and other certification-qualified toolchains.

Certification Artefacts Preparation & Review

Preparation and review of certification artefacts including PSAC, SDP, SVP, SQAP, SCI, SAS, SVR, Configuration Indexes, Traceability Matrices, and Certification Liaison Data.

FADEC & DECU Software Verification

Independent Verification & Validation of Digital Engine Control Software (FADEC/DECU) in accordance with DO-178C/DO-178B.

Aircraft Software Certification Support

Software Verification and Certification Support for commercial aircraft platforms, regional aircraft, helicopters, business jets, UAVs, and advanced air mobility (AAM/eVTOL) platforms.

Navigation Software Verification

Verification & Validation of Satellite Navigation, GNSS, INS/GPS Integrated Navigation, and Mission Navigation Software for aerospace and defence applications.

Radar & Defence Systems IV&V

IV&V of software for Radar Systems, Electronic Warfare (EW), Communication Systems, Mission Computers, Weapon Management Systems, and Naval Combat Systems.

Software Quality Assurance & Configuration Management

Software Quality Assurance (SQA), Configuration Management (CM), Problem Reporting & Corrective Action (PRACA), and Certification Compliance Support throughout the software development life cycle.

FAA, EASA & Defence Certification Support

End-to-end support for FAA, EASA, CEMILAC, DGAQA, DRDO, HAL, BEL, ADA, ISRO, and OEM certification programmes through rigorous verification, validation, and compliance activities.

Key Aspects

Standards & Compliance

Standards & Compliance
RTCA DO-178C / DO-178B - Software Considerations in Airborne Systems and Equipment Certification
DO-330 - Software Tool Qualification Considerations
DO-331 - Model-Based Development & Verification
DO-332 - Object-Oriented Technology Supplement
DO-333 - Formal Methods Supplement
ARP4754A - Guidelines for Development of Civil Aircraft and Systems
ARP4761 - Safety Assessment Process
DO-254 - Design Assurance for Airborne Electronic Hardware
MIL-STD-498 / MIL-STD-2167A
IEEE 12207 / ISO/IEC/IEEE 12207
AS9100D Quality Management System
ISO 26262 - Automotive Functional Safety (where applicable)

We ensure rigorous compliance, complete certification traceability, and independent assurance across all design assurance levels to support safe and certifiable avionics software deployments.

Benefits of Partnering with Us

01
Independent Verification Approach
01
Independent Verification Approach

Objective verification activities performed independently from software development teams, ensuring unbiased assessment and increased certification confidence.

02
Reduced Certification Risk
02
Reduced Certification Risk

Early identification of software anomalies, traceability gaps, and compliance issues minimizes project risks and simplifies certification activities.

03
Improved Software Reliability
03
Improved Software Reliability

Comprehensive verification methodologies improve software stability, fault tolerance, operational safety, and overall product quality in safety-critical environments.

04
Accelerated Verification Cycles
04
Accelerated Verification Cycles

Structured planning, automated verification techniques, and efficient review processes reduce verification effort while maintaining engineering quality.

01
Independent Verification Approach
01
Independent Verification Approach

Objective verification activities performed independently from software development teams, ensuring unbiased assessment and increased certification confidence.

02
Reduced Certification Risk
02
Reduced Certification Risk

Early identification of software anomalies, traceability gaps, and compliance issues minimizes project risks and simplifies certification activities.

03
Improved Software Reliability
03
Improved Software Reliability

Comprehensive verification methodologies improve software stability, fault tolerance, operational safety, and overall product quality in safety-critical environments.

04
Accelerated Verification Cycles
04
Accelerated Verification Cycles

Structured planning, automated verification techniques, and efficient review processes reduce verification effort while maintaining engineering quality.

Get in Touch

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