We develop safety-critical software for aviation

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About

Seaberry Technologies has over 20 years of experience in aviation software development, offering full support throughout the software lifecycle. From design and development to verification and certification support, we ensure projects meet the highest safety and reliability standards

We work across all DAL levels, from A to E, helping clients meet industry standards like ARP4754A, DO-178, DO-254, and DO-331. Our expert solutions ensure systems operate safely and efficiently.

How we can help

In-Depth Avionics Software Expertise

Mastery of Aviation Standards and Technologies

Full Development Cycle Support

Wide Range of Software Services

Proven Success in Aviation Projects

We are working hard to develop software that provides continuous protection and reliability in the air. Our team of specialists strives to comply with the highest security standards by following strict procedures and carefully checking every detail of our software code

Domain expertise

directions of aviation software development

At Seaberry Technologies, we offer expertise across a wide range of avionics systems.
Our team delivers reliable, tailored solutions of any DAL Level in compliance with DO-178, DO-254, DO-33x, DO-297, APR-4754A.

Traffic Collision Avoidance Systems (TCAS)

Seaberry develops software for TCAS, helping aircraft detect and avoid potential collisions to ensure the highest level of flight safety.

Electronic Flight Bag (EFB)

We develop software for EFBs, providing pilots with digital tools for flight planning, navigation, and real-time performance monitoring.

Air Data Control

Seaberry’s software for air data systems ensures accurate measurement of flight parameters like airspeed and altitude for safe and reliable flight control.

Information Management

We create software to manage onboard information systems, enabling efficient data flow and system operation within the aircraft.

Data Concentrator

Seaberry develops software for data concentrator systems that collect, process, and distribute data from various aircraft systems, ensuring seamless integration.

Communication Management

Our software solutions support communication management systems, enabling reliable data exchange between aircraft and ground or external systems

Actuator Control

Seaberry designs software for actuator control systems, ensuring the precise movement of critical components like flaps and landing gear.

Inertial Reference Systems

We provide software for inertial reference systems, delivering accurate data on aircraft position, velocity, and orientation, crucial for navigation

Flight Management Systems

We create advanced software for cockpit displays, ensuring pilots receive accurate and timely data on flight conditions and system statuses.

Flight Control Systems

Our software for flight control systems ensures precise management of the aircraft's flight surfaces, enabling stable and safe operation

A661 Server

Seaberry specializes in developing ARINC 661 server software, facilitating seamless communication between cockpit displays and various aircraft systems

techstack

Technologies
and Standards

We use cutting-edge aviation software technologies and standards to deliver safe, reliable, and efficient solutions.

VS Code

Visual Studio

Code Composer Studio

CodeWarrior IDE

Green Hills Multi IDE

Eclipse GCC

Windriver Studio

Matlab /Simulink

SCADE Display/661/Suite

Rhapsody, Labview

Questa, Active-HDL

VectorCAST C/C++

C/C++-unit

LDRA TBurn

RTRT

Tessy

Simulink/Test

Polyspace

VectorCast Lint

LDRA Testbed

PRQA QA.C

VectorCAST Cover

CodeTest

BullsEye Coverage

LDRACover

Testwell ctc

Code Composer Studio

CodeWarrior IDE

LynxOS

Green Hills Integrity

VxWORKS

DEOS

MACS

OpenRTOS

µC/OS

PikeOS

QNX OS

FreeRTOS

Doors

Doors Next

Jama

Polarion

Cradle Serena Dimensions

Perforce, Synergy

ClearCase

Subversion ClearQuest

Change

Jira

Redmine

Track

Git\Gitlab

Youtrack

ARP 4754F

ARP4761

ARP-4754A

ARP-4761

DO178C

DO-33x

DO-254

DO-178B/C

DO-330

DO-331

DO-248

DO-254

DO-297

Arinc 429

Arinc 661

Arinc 663

Arinc 739

Arinc 619

Arinc 620

Arinc 825

Arinc 424

ARINC 604

ARINC 653

ARINC 664

ARINC 702A

ARINC 762

aRINC 825

CAN

I2C

SPI

Ethernet

AFDX

RS-232

RS-485

PPC E5x

Arm Cortex A

Cortex M

x86

PIC

DSP

FPGA TI

NXP

Analog Devices

Infineon

STM

Xilinx

Integrated Cockpit

Displays

A661 Server

Flight Control

Flight Management

Inertial Reference

Actuator control

Communication Manageme...

Data Concentrator

Information Management

Air Data

Electronic flight bag

Data Concentrator

stages

Full development lifecycle

Our team can join your project at any stage of your project. We ensure everything aligns with your needs and industry standards for a seamless, high-quality result

technology stack

Development and Verification Tools: VS Code, Visual Studio, Code Composer Studio, CodeWarrior IDE, Green Hills Multi IDE, Eclipse GCC, Windriver Studio, Matlab/Simulink, SCADE Display/661/Suite, Rhapsody, Labview, Questa, Active-HDL, VectorCAST C/C++, C/C++-unit, LDRA TBurn, RTRT, Tessy, Simulink/Test, Polyspace, VectorCast Lint, LDRA Testbed, PRQA QA.C, SonarCube, VectorCAST Cover, CodeTest, BullsEye Coverage, LDRACover, Testwell ctc.

Real-time OS: LynxOS, Green Hills Integrity, WxWorks, DEOS, MACS, OpenRTOS, µC/OS, PikeOS, QNX OS, FreeRTOS.

Configuration Management Tools: Doors, Doors Next, Jama, Polarion, Cradle, Serena Dimensions, Perforce, Synergy, ClearCase, Subversion, ClearQuest, Change, Jira, Redmine, Track, Git/Gitlab, Youtrack.

Chip Architectures and Vendors: PPC E5x, Arm Cortex A, Cortex M, x86, PIC, DSP, FPGA, TI, NXP, Analog Devices, Infineon, STM, Xilinx.

Standards and technologies:
ARP 4754F, ARP4761, DO-178C, DO-33x, DO-254, DO-297, ARP-4754A, ARP-4761, DO-178B/C, DO-330, DO-331, DO-248, ARINC 424, ARINC 429, ARINC 604, ARINC 653, ARINC 661, ARINC 664, ARINC 702A, ARINC 762, ARINC 825, CAN, I2C, SPI, Ethernet, AFDX, RS-232, RS-485.

Software Security

We are committed to developing software that ensures continuous protection and reliability in aviation. Our specialists follow strict security standards, carefully reviewing and testing each part of the code to eliminate vulnerabilities. By adhering to industry-leading practices, we ensure our software remains robust, secure, and capable of maintaining safety even in the critical conditions. Every detail is thoroughly checked to guarantee that our solutions perform flawlessly in the air.

RAMS and Certification Support

We assist our clients in delivering safe and reliable aviation systems by incorporating RAMS (Reliability, Availability, Maintainability, and Safety) analysis. This approach helps us identify and mitigate risks, including the significant potential for human error during system operation. By focusing on these critical factors, we ensure that the systems we develop are not only efficient but also robust enough to handle real-world challenges, enhancing overall safety and effectiveness in aviation.

stages

Full development cycle

Our team can join your project at any stage of your project. We ensure everything aligns with your needs and industry standards for a seamless, high-quality result

01

Life Cycle processes definition

At the initial stage, Seaberry defines and structures the entire software lifecycle process, ensuring clear objectives and standards are set for the project.

02

safety assessment

Safety is a critical focus, and Seaberry conducts rigorous safety assessments in accordance with standards like ARP4761 (Safety Assessment Process) and DO-254 (Hardware Certification) to identify and mitigate risks early on. This ensures the system operates within the safety guidelines necessary for aviation systems.

03

Requirements development

Seaberry works closely with clients to gather and develop detailed system, high-level and low-level requirements, which guide the software and FPGA design process to meet specific goals and regulatory needs.

04

Software development/FPGA design

During this phase, Seaberry develops software and designs FPGA hardware in compliance with ARP4754A, DO-178C, and DO-254 standards. This ensures the final products meet the highest levels of safety, reliability, and performance for aviation systems.

05

Software/FPGA verification

Seaberry assists clients through the certification process, ensuring all deliverables meet industry standards and regulatory requirements for final approval

06

Certification support

Seaberry assists clients through the certification process, ensuring all deliverables meet industry standards and regulatory requirements for final approval.

WHAT WE DO