Test Solutions for Aerospace and Defense | Averna

Key Testing Challenges in Aerospace & Defense Systems

Aerospace and defense systems demand absolute precision and unwavering reliability. Whether for satellite navigation, encrypted communications, or autonomous control, components must operate flawlessly under severe thermal stress, mechanical vibration, and EMI exposure, often simultaneously.

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In such mission-critical contexts, failure is never an option. Reliability must be engineered and continuously monitored. A single undetected defect can compromise an entire platform or jeopardize national security. Yet, the complexity of these systems is only increasing, as software-defined functionality intersects with high-frequency signal chains, safety-critical embedded controls, and RF subsystems.

To keep pace, engineering teams require adaptive, high-performance and long-lasting test solutions that deliver repeatable results, support predictive diagnostics, and accommodate evolving standards like MIL-STD, DO-254, FAA/EASA and DO-160. Balancing time-to-market constraints, cost-efficiency, and certification readiness is a baseline requirement.

Averna’s Technical Expertise Across Aerospace & Defense Applications

Averna engineers tailored validation environments and automation platforms to meet the unique demands of aerospace and defense programs. From embedded avionics to secure RF communications, our solutions replicate operational mission conditions while supporting evolving industry regulations. Each system is built for precision validation, digital traceability, and real-world reliability, long before deployment becomes mission-critical.

Key Areas of Expertise

Embedded systems and avionics validation with real-time signal diagnostics
RF testing and simulation for radar, SATCOM, and defense-grade communication modules
Actuation systems
Power systems, including eVTOL battery testing, power electronics, motor and inverter testing
Electrical and protocol-level fault analysis in mixed-signal environments
Thermal and environmental stress testing with integrated safety logic
Final assembly inspection with automated traceability and compliance verification
Full alignment with regulatory standards, including audit-ready documentation

ATEC Dyna Series®

A modular, easily reconfigurable automatic test system designed for production ramp-up and mass manufacturing of avionics Line Replaceable Units (LRUs).

Meet the ATEC® Family

ATEC® Series 7 – Avionic MRO Test System

A modular, generic-purpose avionics test system designed for maintenance, repair, and overhaul operations across aircraft lifecycles.

Meet the ATEC® Family

ATEC ATMOS®

A compact, open and modular avionics test system for production and maintenance environments.

Meet the ATEC® Family

VeriDAS

A ground-based test system designed to validate aircraft self-protection and defensive aid systems through comprehensive testing in real-world conditions.

Explore VeriDAS

U-TEST® – SIL Test Platform

A powerful real-time simulation platform that creates a continuous end-to-end digital pipeline for software testing.

Learn more about U-TEST®

ESUS – RF Detection and Identification System

Compact electromagnetic signal detection solution designed for rapid identification and protection in tactical environments.

See how ESUS works

PLUTON Series®

A high-performance power emulation platform for real-time validation testing of electrical systems.

See the PLUTON Series®

RP-6500 Wideband RF Record & Playback For GNSS

Advanced RF record and playback capabilities, supporting bandwidths up to 500 MHz and frequency coverage from 9 kHz to 6 GHz.

See the RP-6500

Protection Jammer Tester

The Protection Jammer Tester (PJT) is a field-deployable system designed to verify the operational readiness of RF communication jammer systems.

Get a closer look at the PJT

SiLont – Sonar Test System

A modular and scalable sonar test solution designed to validate sonar arrays across the entire lifecycle, from production to dockside testing.

See how SiLont works

SiClone

SiClone is an advanced test platform that replicates legacy avionics instruments, enabling seamless replacement and modernization of obsolete systems while maintaining compatibility.

Discover SiClone

DITE – HIL Test Platform

A real-time, flexible Hardware-in-the-Loop (HIL) test platform designed to accelerate embedded systems development through rapid iteration, model validation, and seamless integration of simulation environments.

Discover DITE

NewWaveX® – Automated Test Engineering

A next-generation signal-based test development suite that transforms how automated testing is designed, deployed, and sustained across the entire product lifecycle.

See NewWaveX®

Why Trust our Expertise at Averna

With decades of experience and a reputation for exceptional customer support, we partner closely with your teams from concept to deployment, ensuring every solution is aligned, supported. We work at the intersection of advanced engineering and operational reliability.

Certified Quality

Local support across North America, Europe, and Asia for seamless deployment.

Advanced R&D

Continuous investment in RF, vision, and automation technologies for future‑proof solutions.

Decades of Domain Knowledge

Deep understanding of aerospace protocols and defense safety standards.

Support for your Product's Lifetime

Our products are designed to with an open and scalable architecture to ensure they last as long as your products do.

Actuation Systems and Electro-Mechanical Testing

From flight surfaces to landing gear mechanisms, actuation systems play a vital role in aerospace safety and control. Averna develops test benches for hydraulic, electric, and hybrid actuators, ensuring precision across torque, displacement, and response timing.

We provide validation for:

Servo actuator control loops
Hydraulic and electro-mechanical systems
Resolver, RVDT, and LVDT sensor feedback
Fly-by-wire systems and redundancy logic
Endurance and fatigue testing under dynamic loads

Battery and Power System Testing for eVTOL and Hybrid Aircraft

As electric and hybrid-electric propulsion gains ground in aerospace, Averna provides robust eVTOL testing, meaning testing for high-voltage batteries, inverters, and power distribution systems. Our solutions support full-cycle validation of battery management systems (BMS), thermal management, and power electronics under real-world stress.

We cover:

Lithium-ion battery qualification and lifecycle testing
High-voltage safety validation>
Thermal ramp and pressure chamber integration
Inverter and motor control testing

Defense and Aerospace Test Standards

Averna’s test environments are built in full compliance with military and civil aviation standards, including:

MIL-STD-461 / MIL-STD-810 for electromagnetic compatibility, mechanical shock, and environmental resilience
DO-160 / RTCA standards for airborne equipment qualification
DO-178C / DO-254 for embedded software and hardware safety
ECSS / ESA specifications for space-grade electronics and communication links
AS9100 quality system alignment for consistent, audit-ready deployment

We embed documentation and traceability into the test process, ensuring readiness for Defense Contract Management Agency (DCMA) and FAA/EASA reviews.

Environmental & Lifecycle Stress Testing

Averna leverages environmental simulation chambers and closed-loop control to evaluate system resilience throughout the lifecycle over time and under duress.

We perform:

HALT/HASS workflows for detecting early lifecycle failures
Temperature cycling, thermal ramp, vibration, and humidity endurance
Pressure testing for high-altitude or vacuum environments
Electrical overstress and fault-injection under dynamic loads

All data is time-stamped, traceable, and accessible through Averna’s integrated data management layers for lifecycle trend analysis.

High-Frequency and Multi-Domain Signal Integrity

Our platforms are engineered for wideband signal validation, including phase noise characterization, real-time spectrum analysis, and modulation integrity checks.

We support:

RF and microwave subsystems, including phased-array radar components
SATCOM transceivers and telemetry interfaces
Time-synchronized data acquisition for multi-sensor fusion systems
Differential signal integrity diagnostics for avionics buses (ARINC 429, MIL-STD-1553)

Cover - Averna Ensures Flawless Performance for Military RF Devices

To validate mission-critical RF systems in demanding military environments, Averna engineered a full-stack test platform covering everything from DFT/DFM to high-volume production and repair. The solution integrates modular PXI instrumentation, automated test sequencing and advanced data analytics to ensure performance under real-world stress conditions.

Full-spectrum validation across functional, ICT, ESS and electromagnetic testing
Modular PXI-based architecture with swappable fixtures
Integrated analytics layer delivering real-time KPI tracking, failure analysis and traceability across the entire production flow

This architecture delivers a deterministic and scalable validation environment, ensuring RF device robustness while supporting fast production ramp-up and long-term evolutivity.

9 Test Stations

65 Instruments Deployed

+2000 Measurements per Unit

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