Category: Avionics

Parasoft Adds New GenAI Innovation, Streamlines Compliance and Bolsters Support for C++ Developers of Safety-Critical, Security-Focused Applications

Parasoft, a leader in AI-automated software testing solutions, is showcasing its latest product innovations at embedded world Exhibition, booth 4-318, including new GenAI integration with Microsoft Visual Studio Code (VS Code) to optimize test automation of safety-critical applications while reducing development time, cost, and risk. Additionally, growing customer adoption of Parasoft C/C++test CT for continuous testing and compliance underscores the company’s ability to take software testing to the next level, empowering customers to meet rigorous industry, regulatory, and quality standards.

“As embedded systems face ever-increasing demands for heightened safety, security, and efficiency, Parasoft continues to build on our legacy of AI-driven automation to ease development while elevating compliance,” said Igor Kirilenko, chief product officer, Parasoft. “Our integration through the GenAI agent inside VS Code, for example, offers developers assistance with fixing static analysis violations to produce better quality code.”

Smarter, Faster Resolution of VS Code Violations

The GenAI agent for VS Code gives C/C++ developers another layer of intelligence to expedite resolutions of code violations in VS Code, one of the world’s most popular integrated development environments (IDEs). Residing within Microsoft Copilot, the agent works with Parasoft’s static analysis tool to analyze software code for violations and then delivers in-depth problem explanations based on specific business requirements, industry best practices, and compliance standards, such as MISRA and CWE Top 25. 

In addition to pinpointing the violation and recommending rules-based resolutions, this latest Parasoft extension proposes automatic code corrections. All actions associated with this closed-loop workflow take place within the IDE, eliminating tedious and time-consuming intermediate steps and context switching. The results empower developers to build high-quality code at the source, while reducing development time by up to 30%. Available now, Parasoft’s new GenAI agent is being piloted by top customers, including a major automotive manufacturer and multinational semiconductor and telecommunications equipment company. 

Growing Traction for Parasoft C/C++test CT

Since its introduction last year, C/C++test CT has been deployed by Parasoft customers to ensure continuous compliance with safety standards, such as ISO 26262 for automotive, DO-178C for aerospace, IEC 62304 for medical devices, EN 50128/EN 50716 for rail systems, and IEC 61508 for industrial automation and manufacturing applications. Designed for automation at scale, the platform helps safeguard critical applications, spanning autonomous driving, advanced driver assistance systems (ADAS), aerospace flight controls, military weapon systems, industrial robotics, rail systems, smart home devices, and telecommunications networks.

As an international Tier 1 supplier to the automotive industry, JOYNEXT relies on Parasoft’s C/C++test CT to ensure continuous compliance for critical applications, including ADAS, intelligent cockpit, and smart connectivity. “Parasoft C/C++test CT outperformed the competition in a large code base encompassing both build and runtime processes,” said Jens Wagner, director, R&D, JOYNEXT. “The tool gives us the highest confidence in analyzing code coverage of our entire code base while the software licensing model offers the most flexibility.”

According to Kenny Austin, chief customer officer at Parasoft, increased adoption of C/C++test CT reduces barriers for customers through seamless integration into diverse CI-based workflows. “Parasoft’s C/C++test CT is a real game-changer for customers in safety- and security-regulated industries as it empowers them to meet stringent industry standards, accelerate CI pipelines and optimize testing solutions,” he said.

Overcoming Obstacles With Open-Source Framework Certification 

Parasoft also is lowering major barriers for developers of safety-critical applications by closing a crucial gap between open-source testing frameworks and certification requirements. In the coming months, Parasoft will share more insights on how to accelerate safety-critical software development through streamlined validation and qualification of the GoogleTest framework for seamless compliance with stringent industry standards.

As part of Parasoft’s customer-focused commitment, company experts will share pragmatic advice during informative sessions at embedded world Conference 2025, including a timely talk on lowering GoogleTest barriers for compliance with industry standards. Sessions include:

  • Ensuring Safety in AI/ML-Driven Embedded Systems. Session 5.5: AI Algorithms. Wednesday, March 12: 1:15-1:45 p.m. Presented by Ricardo Camacho, director, Software Safety & Security.
  • Overcoming Challenges Deploying GoogleTest Unit Test Frameworks for C/C++ Embedded Software Compliance. Session 5.15: Test Automation. Wednesday, March 12, 3-3:30 p.m. Presented by Miroslaw Zielinski, director, Product Management.
  • Accelerating Coding Standards Compliance Using AI-Augmented Static Analysis. Session 5.9: How to Leverage AI for Development. Thursday, March 13, 3:30-4 p.m. Presented by Arthur Hicken, chief evangelist. 

C&L Aviation Group Installs Starlink Through STC Development for ERJ 140/135/145/Legacy 600

C&L Aviation Services, a C&L Aviation Group company, has completed the installation of a SpaceX Starlink satcom system on an Embraer ERJ 140 aircraft. C&L, an authorized Starlink dealer,partnered with Aerospace Design & Compliance LLC to amend its existing ERJ 135/145 supplemental type certificate (STC) to install Starlink connectivity on ERJ 140. This recent installation paves the way for future installation projects on ERJ 140/135/145/Legacy 600 aircraft. 

“Developing this STC and installing Starlink on ERJ aircraft points C&L in the right direction for future connectivity support,” said Charlie Carrol, Avionics Sales Manager for C&L Aviation Services. “Starlink is gaining traction in the aviation world, and we at C&L look forward to growing our relationship with them.” 

Starlink provides global coverage via the world’s largest satellite constellation and features high-performance connectivity, including content streaming and video calls in addition to talk and text. Their technology allows for up to 220+ Mbps for downloading and up to 25+ Mbps for uploading.

UAE Launches Next-Gen GPS-Less Navigation and Secure Flight Control to Strengthen Aviation Security

As dual-use technologies increasingly drive economies of scale worldwide, ADASI, a UAV systems manufacturer, has announced their adoption of two advanced autonomous flight technologies by Abu Dhabi’s VentureOne: Perceptra, a new cutting-edge GPS-less navigation technology, and Saluki, a high-security flight control technology for autonomous systems.

These technologies, both developed by the Technology Innovation Institute, are designed to deliver secure, resilient operations in the most challenging environments. They have been optimized for UAV manufacturers, offering enhanced resilience, precision, and security for autonomous aerial operations. The agreement between VentureOne, ADASI, and TII was formalized at IDEX 2025, the Middle East’s largest defense exhibition, at which Saluki and Perceptra were unveiled.

Global Positioning System (GPS) technology has long been a fundamental pillar of navigation, supporting applications from everyday smartphone use to critical defense and military operations. However, this widespread reliance on GPS has exposed vulnerabilities that can be exploited through techniques like jamming and spoofing. Jamming occurs when signals on the same frequency overwhelm GPS receivers, preventing accurate location tracking, while spoofing involves transmitting counterfeit signals to deceive receivers into calculating incorrect positions or times. These vulnerabilities pose significant risks across sectors that depend on precise navigation, including autonomous drones, commercial aviation, and military aircraft.

In defense and security, compromised GPS signals can impact mission success and personnel safety, while in aviation, navigation errors may cause flight path deviations and operational disruptions – reports of which have the aviation industry and international regulators such as IATA and European regulator EASA seeking urgent solutions for GPS interference, according to one Reuters report in 2024.

For autonomous systems like drones and self-driving vehicles, the inability to maintain accurate positioning can create safety hazards, particularly in dynamic or high-risk environments, from aviation to defense. As the use of GPS-dependent systems continues to grow, the need for resilient, alternative navigation solutions has become increasingly critical. Perceptra and Saluki overcome many of today’s numerous challenges with advanced vision-based navigation, delivering reliable, resilient performance.

Dr. Najwa Aaraj, CEO of TII, said, “Perceptra, with its GPS-less capabilities, and Saluki, with its sophisticated Zero Trust architecture, represent a significant leap in autonomous navigation with the potential to transform multiple sectors. From supporting safe travel in commercial flights, search-and-rescue missions with precise navigation, to enabling efficient urban drone logistics for deliveries in densely populated cities, these technologies have broad real-world applications. Their adaptability also makes them invaluable in defense, ensuring secure and resilient operations in even the most challenging environments. This collaboration reflects our commitment to developing advanced, dual-use technologies that serve both civilian and defense needs while positioning the UAE as a leader in next-generation autonomous systems.”

Perceptra is a vision-based system that ensures reliable navigation without GPS, allowing aerial platforms to operate in GNSS-denied environments. It features visual relocking, low navigation errors, and easy integration across platforms for intelligence, surveillance, reconnaissance, and electronic warfare.

Saluki is a secure, high-performance flight controller and mission computer with Zero Trust architecture. With PX4 compatibility, Gen AI capabilities, and 300 TOPS compute power, it supports multi-vehicle management for mission-critical defense applications.

“At ADASI, we integrate only the most advanced, field-proven technologies to ensure our UAVs operate with unmatched precision, resilience, and security, even in the most contested environments,” said Juma Al Kaabi, the CEO of ADASI. “Perceptra and Saluki provide exactly what next-generation UAVs require: secure, GPS-independent navigation and AI-powered mission control.”

“VentureOne is dedicated to ensuring that cutting-edge research becomes reality to make a positive impact and transform industries,” said Reda Nidhakou, the Acting CEO of VentureOne. “Saluki and Perceptra are just two of many new innovations to come that will help ensure more resilient and safer drone operations in different sectors, starting with defense. We are working on a more comprehensive air autonomy and security portfolio that will play a central role in future drone operations.”

Last week, TII announced its collaboration with the General Civil Aviation Authority (GCAA) to support regulatory efforts by developing advanced methodologies for air corridor design. These methodologies aim to optimize flight routes and reduce the risk of aerial incidents in complex urban airspaces, ensuring safe and efficient navigation for both piloted and autonomous drone taxis. These efforts, alongside Perceptra and Saluki, reinforce Abu Dhabi’s vision to lead in next-generation navigation and AI-powered autonomy.

Both VentureOne and TII are part of the Advanced Technology Research Council (ATRC), which oversees Abu Dhabi’s research and development ecosystem to advance transformative technologies with global impact. ADASI is part of the EDGE Group, the advanced technology and defense conglomerate.

TASKING Acquires LDRA to Speed Development and Verification of Critical Embedded Applications

TASKING has announced the acquisition of 100% of LDRA, a provider of software tools for code analysis and software testing for safety-, mission‑, security- and business-critical markets. 

LDRA has been a privately owned company with a team of more than 100 employees distributed across the United Kingdom (headquarters), United States, India and Germany. LDRA’s tools achieve early error identification and elimination by enabling bi-directional requirements traceability, static and dynamic code analysis, and unit- and system-level verification on a wide variety of hardware and software platforms. LDRA’s extensive reporting capabilities help critical application development teams to mitigate risk and demonstrate compliance to functional safety and security standards. LDRA’s certification services complement the LDRA tool suite offering with industry-specific subject matter expertise.

The integration of LDRA technologies further enhances TASKING’s safety- and security-oriented software ecosystem and broadens its capabilities as a trusted partner for embedded software development tools and services. LDRA’s impressive portfolio of software tools that automate code analysis and software testing for safety-, mission-, security‑, and business-critical markets is highly complementary to TASKING’s existing high-quality, functional safety-certified embedded software development tools and compilers.

“TASKING and LDRA have worked together in a trustful partnership for many years,” said Ian Hennell, operations director, LDRA. “We look forward to taking this collaboration to the next level. With the combination of our product portfolios, we enhance the customer experience. Together, we speed development and verification of critical embedded applications using industry best practices even on the most complex applications that leverage multicore processors.”

“With the acquisition of LDRA, we offer our customers a comprehensive portfolio to support the software development for safety-critical applications in a wide range of markets, including aerospace and automotive,” confirmed Gregor Zink, CEO, TASKING.

Lynx Launches Unified Brand Identity to Empower Customers to Seize the Edge in Mission-Critical Computing

Lynx Software Technologies (Lynx), maker of scalable, secure and resilient platforms for mission-critical systems, announced it has rebranded to Lynx, ushering in a new era of innovation and simplified integration. By uniting the capabilities of Lynx Software Technologies, CoreAVI, Thompson Software Solutions and Timesys under a single brand, Lynx is poised to address the unique challenges of the aerospace, defense, automotive, commercial and medical industries, enabling them to Seize the Edge.

The strategic integration of the acquired capabilities amplifies Lynx’s ability to deliver robust, certification-ready software solutions combining modularity, GPU and CPU compute capabilities, and Linux integration. Lynx’s consolidated offerings empower organizations to overcome stringent safety and security requirements while accelerating time-to-market and reducing development complexity. In a market with a TAM exceeding $161 billion by 2030 and estimated CAGR of 7.1%, simplified, fast-to-market offerings are essential for capturing market share and meeting the rapidly evolving demands of safety-critical industries.

Tailored Benefits for Every Industry
Lynx’s unified solutions are designed to meet the specific needs of key mission-critical industries including:

  • Aerospace & Defense: Delivering unmatched scalability, modularity, MOSA ready and certification-ready platforms, Lynx empowers organizations to meet stringent standards such as DO-178C, MIL-HDBK-516C, NIST SP 800-53, DO 330 and more. The integration of CoreAVI’s GPU compute and graphics, alongside LYNX MOSA.ic’s modular architecture, ensures optimal performance for mission-critical avionics, sensor fusion, AI and real-time decision-making systems.
  • Automotive: As autonomous vehicles become more and more commonplace, industry needs and standards change. Lynx’s solutions enable OEMs and Tier 1 suppliers to meet ISO 26262 functional safety standards while leveraging AI and ML at the edge. Modular software architectures support scalable designs, which reduce development costs and accelerate innovation in advanced driver-assistance systems (ADAS) and autonomous vehicle platforms.
  • Industrial & Medical: For safety-critical environments, Lynx provides secure, real-time operating environments that support interoperability, real-time monitoring and AI-driven diagnostics. Additionally, the seamless integration of Timesys Vigiles’ SBOM management functionality enhances operational resilience and regulatory compliance.

A Unified Approach to Innovation and Scalability
With its consolidated brand, Lynx introduced cutting-edge advancements that redefine edge computing:

  • Modularity: Lynx MOSA.ic enabled a “shift-left” approach, allowing customers to build software-defined systems that prioritize flexibility and software disaggregation.
  • GPU Graphics: CoreAVI’s CoreSuite 2.0 integrated GPU compute for real-time and DO 178C DAL A certified graphics processing, which is essential for modern avionics and automotive displays.
  • Linux Integration: Timesys tools and expertise ensured seamless incorporation of open-source Linux technologies, bridging the gap between innovation and certification.

“Lynx today represents the power of integration and our unwavering focus on enabling our customers to develop and deploy safe, secure and certifiable systems for the mission-critical edge,” said Tim Reed, CEO of Lynx Software Technologies. “As edge use cases broaden with the rise of autonomy, AI, ML and the need to generate and analyze vast amounts of data, Lynx addresses these challenges with a ‘system-of-systems’ approach. By providing a software-defined operating environment capable of running on both CPU- and GPU-based edge platforms, Lynx enables customers to develop solutions with software disaggregation in mind, shift left with cloud-native practices and achieve regulatory compliance and resilience. This integration directly addresses the diverse needs of our customers in aerospace, defense, automotive and beyond.”

Seize the Edge
To support its rebrand, Lynx launched an updated website, new resources and a bold logo that reflects its innovative vision. The new tagline, “Seize the Edge,” encapsulates Lynx’s mission to empower industries to unlock transformative capabilities at the edge.

Honeywell Announces Intent to Separate Automation and Aerospace, Enabling the Creation of Three Industry-leading Companies

Honeywell announced that its Board of Directors completed the comprehensive business portfolio evaluation launched a year ago by Chairman and CEO Vimal Kapur and intends to pursue a full separation of Automation and Aerospace Technologies. The planned separation, coupled with the previously announced plan to spin Advanced Materials, will result in three publicly listed industry leaders with distinct strategies and growth drivers. The separation is intended to be completed in the second half of 2026 and in a manner that is tax-free to Honeywell shareholders.

“The formation of three independent, industry-leading companies builds on the powerful foundation we have created, positioning each to pursue tailored growth strategies, and unlock significant value for shareholders and customers,” said Vimal Kapur, chairman and CEO of Honeywell. “Our simplification of Honeywell has rapidly advanced over the past year, and we will continue to shape our portfolio to create further shareholder value. We have a rich pipeline of strategic bolt-on acquisition targets, and we plan to continue deploying capital to further enhance each business as we prepare them to become leading, independent public companies.”

“Building on decades of innovation as its heritage, Honeywell Automation will create the buildings and industrial infrastructure of the future, leveraging process technology, software, and AI-enabled, autonomous solutions to drive the next generation of productivity, sustainability and safety for our customers,” Kapur added. “As a standalone company with a simplified operating structure and enhanced focus, Honeywell Automation will be better able to capitalize on the global megatrends underpinning its business, from energy security and sustainability to digitalization and artificial intelligence.”

“As Aerospace prepares for unprecedented demand in the years ahead across both commercial and defense markets, now is the right time for the business to begin its own journey as a standalone, public company,” Kapur continued. “Today’s announcement is the culmination of more than a century of innovation and investment in leading technologies from Honeywell Aerospace that have revolutionized the aviation industry several times over. This next step will further enable the business to continue to lead the future of aviation.”

“With today’s action, Honeywell will be separating its Automation and Aerospace businesses into two market-leading enterprises poised for sustained growth and value creation,” said Marc Steinberg, Elliott partner and Jesse Cohn, managing partner . “The enhanced focus, alignment, and strategic agility enabled by this separation will allow Honeywell to realize the opportunity for operational improvement and valuation upside. We look forward to continuing to support Vimal and the management team as they execute on the separation and deliver significant long-term value to Honeywell’s shareholders.”

The planned separations of Automation, Aerospace and Advanced Materials will create value for all stakeholders as each will benefit from:

  • Simplified strategic focus;
  • Greater financial flexibility to pursue distinct organic growth opportunities throughout investment cycles;
  • Improved ability to tailor capital allocation priorities in alignment with strategic focus;
  • Focused boards of directors and management teams with deep domain expertise; and
  • Distinct investment profiles that position each company to unlock greater long-term value for shareholders.

Creating Three Industry-Leading Focused Companies

Honeywell Automation: Following the completion of the announced transactions, Honeywell will be the global leader of the industrial world’s transition from automation to autonomy, with a comprehensive portfolio of technologies, solutions, and software to drive customers’ productivity. Honeywell Automation will maintain global scale, with 2024 revenue of $18 billion. Honeywell Automation will connect assets, people and processes to power digital transformation, building on decades-long technology leadership positions, deep domain experience, and a vast installed base to serve a variety of high-growth verticals.

Honeywell Aerospace: Honeywell Aerospace technology and solutions are used on virtually every commercial and defense aircraft platform worldwide and include aircraft propulsion, cockpit and navigation systems, and auxiliary power systems. With $15 billion in annual revenue in 2024 and a large, global installed base, Honeywell Aerospace will be one of the largest publicly traded, pure play aerospace suppliers, with leading positions in technology and systems that will continue to deliver the future of aviation through increasing electrification and autonomy of flight.

Advanced Materials: The Advanced Materials business will be a sustainability-focused specialty chemicals and materials pure play with leading positions across fluorine products, electronic materials, industrial grade fibers, and healthcare packaging solutions. With nearly $4 billion in revenue last year, Advanced Materials offers leading technologies with premier brands, including the breakthrough low global warming Solstice hydrofluoro-olefin (HFO) technology. As a standalone company with a large-scale domestic manufacturing base, it will be positioned to benefit from a compelling investment profile and a more flexible and optimized capital allocation strategy.

Honeywell’s Continued Simplification and Portfolio Optimization

Honeywell remains on pace to exceed its commitment to deploy at least $25 billion toward high-return capital expenditures, dividends, opportunistic share purchases and accretive acquisitions through 2025. The company intends to continue its portfolio transformation efforts during the separation planning process to enhance the value proposition of each business.

Since December 2023, Honeywell has announced a number of strategic actions to drive organic growth and simplify its portfolio. This includes approximately $9 billion of accretive acquisitions: the Access Solutions business from Carrier Global, Civitanavi Systems, CAES Systems, and the liquefied natural gas (LNG) business from Air Products. In addition, the company entered into an agreement to divest its Personal Protective Equipment business which is expected to close in the first half of 2025.

Gogo|Satcom Direct and Airbus to develop end-to-end cabin connectivity experiences for operators of Airbus Corporate Jets


Gogo Business Aviation | Satcom Direct announced the finalizing of a multifaceted Memorandum of Understanding (MoU) with Airbus. The MoU confirms the two organizations’ aim to leverage the full potential of the Gogo Air-to-Ground (ATG), FlightDeck Freedom, and Gogo Galileo satellite connectivity solutions to deliver low-latency, high-speed broadband internet to Airbus ACJ operators. 

The joint commitment, once firmed up, will allow Airbus’ ACJ Connect Link customers to benefit from ATG and Gogo Galileo Half Duplex (HDX) and Full Duplex (FDX) terminals provided as retrofit options on all Airbus ACJ types. In addition, it will include the full suite of Gogo|SD added value services, including cybersecurity services, crew training and 24/7/365 customer support.

Powered by the Eutelsat OneWeb Low Earth Orbit, LEO constellation, which is the only LEO network delivering enterprise-grade aviation solutions, Gogo will supply Airbus ACJ operators with its next-gen phased array antennas to integrate into Airbus’ ACJ Connect Link solution. With a small form factor and fewer components, minimal downtime is required to equip the airframe, enabling rapid access to high-speed cabin connectivity, flight deck services and inflight entertainment. 

“We are very pleased to enter into this MoU agreement with Gogo, especially as we aim to offer our Airbus ACJ operators and business leaders the highest standard connectivity solutions and customer support,” said Chadi Saade, president of Airbus Corporate Jets. “This will allow them to be in the right place at the right time, connected and ready to act. Moreover, we are confident that Gogo presents a compelling solution with its cutting-edge technology, backed by a global customer support team of industry experts.”

Airbus will collaborate with its qualified partners to certify the terminal integration and generate the required Supplemental Type Certificates for the HDX, FDX, and ATG equipment installations. Once the solution is approved and following the firm contract signature, Airbus will lead the marketing and sales activities to ensure that ACJ operators can optimize the suite of connectivity solutions. 

The Gogo Galileo solution will enrich Airbus’ ACJ Connect Link offering so that operators, passengers, and crew will be able to enjoy a plethora of uninterrupted applications, including voice, internet, email services, video conferencing, gaming, and live movie and TV streaming from boarding to deplaning globally. 

“With the Gogo Galileo solution, Airbus ACJ operators have immediate access to global, low latency broadband service to support full connectivity capability and redundancy. Passengers will be able to emulate their digital life on the ground in the air,” said Chris Moore, CEO of Gogo. “As these aircraft frequently travel the globe, the operators need to know they can deliver reliable, consistent connectivity at all times, and we are committed to ensuring that we deliver best-in-class connectivity to Airbus ACJ customers. This is a major milestone in the Gogo connectivity journey, and we’re proud to work with Airbus to elevate and enrich its connectivity offering,” Moore concluded.

Finalists of the Crystal Cabin Awards 2025: New Innovations For the Future of Flight

The Crystal Cabin Award program is set to celebrate ground-breaking achievements in passenger experience at its annual ceremony on April 8, 2025, during the Aircraft Interiors Expo in Hamburg, Germany. These coveted trophies recognize game-changing advancements shaping the future of air travel comfort, efficiency, and sustainability. Scores of entries spanning major airlines, suppliers, manufacturers and design firms from across the globe were narrowed down to 22 finalists across seven categories by a jury of industry experts. Among the new categories are “Accessibility” and “Judges’ Choice: Airline Innovation.”. All finalists have demonstrated an unwavering commitment to enhancing the passenger journey through ingenious cabin solutions and cutting-edge technology. 

Cabin Technologies
This new category unites innovations around systems, components and materials, providing exciting insights into the future of the aircraft cabin. Collins Aerospace has entered “Galley.ai”, an intelligent and connected technological ecosystem that optimizes crew efficiency by streamlining galley management and enabling frictionless communication between crew and passengers via artificial intelligence. Diehl Aviation aims to revolutionize cabin interiors with “eDecor”, a customizable, energy-efficient décor that enhances both brand presence and passenger comfort, changing the cabin’s appearance on the fly. Invisible when not in use, Lufthansa Technik’s “Hidden Touch Display” is a customizable touch panel that integrates into any cabin’s design, delivering an effortless user experience while maintaining a sleek, uncluttered look.

Judges’ Choice: Airline Innovation
For the 2025 season, the Crystal Cabin Award features a new category that recognizes the decisive role that airlines play in advancing the passenger experience ecosystem. Selecting from entries by four of the world’s leading airlines, the judging panel will be asked to honor one innovation with a special “Judges’ Choice” award. The four airline innovations up for consideration were submitted by Air France, Air India, Cathay Pacific and United Airlines. The entry from Air France encompasses new cabins for the Embraer 190 single-aisle aircraft that are due to enter live service in early 2025. The cabin features new leather seats by French manufacturer Expliseat that are 30% lighter than the current model. Air India’s entry is Vista, an IFE system designed to prioritize the personal needs of the customer and offer a connected and immersive experience above the clouds. “Gallery In The Skies” by Cathay Pacific puts unique works of art into bespoke gallery spaces aboard its Boeing 777-300ER aircraft, using design features to create an inspiring art viewing experience in the air. United Airlines’ new digital platform – “United’s Onboard Digital Experience” – is centered on delivering a personalized experience and relevant information to enable customers to feel informed, at ease and in control of their travel experience on over 1,000 aircraft.

Passenger Comfort
The innovations in this category serve one purpose: A relaxed, enjoyable and care-free experience for air passengers. The Airbus “A220 Airspace Cabin” extends the airframer’s Airspace cabin concept to the smallest member of its commercial airliner fleet, adding XL overhead bins, Airspace lighting designs and improved power supply for passengers’ devices. Cathay Pacific, JPA Design and Reactor have turned their attention to integrating business suite functionality into the IFEC system of its Aria Suite with “IFEC: In-Flight Entertainment & Control”, giving passengers control over many functions directly within the entertainment system’s interface. Long-haul ergonomics are at the center of Comfort Motion Global’s “Healthy Motion Seating” entry; this software proactively makes subtle adjustments to positions of seats fitted with electric motors to reduce fatigue and discomfort on long-distance journeys. 

IFEC and Digital Services
Seamless connectivity and personalised content delivery have become key drivers of passengers’ perception of service quality on their journey. Focussed on the needs of VIP passengers travelling on Boeing 737s, Lufthansa Technik, Satcom Direct and IDAIR have collaborated on “Triple Innovation For A Five Star Cabin Experience”, a combination of a low-drag, tailfin-mounted radome, an electronically steered LEO antenna solution and an integrated content delivery system designed to maximize operational effectiveness, project value and in-cabin experience for the VIPs. Safran Cabin has entered “Safran Connected Interiors” to the award in 2025. Using internet-of-things technology, the system autonomously captures and transfers operational data across cabin equipment to provide a fully digitalized, retrofit-ready maintenance solution. Thales Avionics’ entry, “360Stream”, is firmly dedicated to providing the same standard of seamless content delivery as we experience on the ground. 360Stream provides access to “happening now” live content and for the first time offers Digital Video Recording (DVR) capability, as well as near-live updates and highlights of live events. 

Sustainable Cabin
Sustainability is a key area of innovation for the Crystal Cabin Award, recognizing an industry-wide movement towards saving emissions, reducing waste and introducing circularity into processes and products. Boeing, Adient Aerospace, Botany Weaving and LanzaTech have teamed up to enter “From Waste Carbon to Cabin Comfort: Bringing Circularity to Aircraft Textiles”. Using carbon capture technology, the system transforms carbon emissions into sustainable fabric for the aircraft interiors industry, providing multiple ways of reducing the environmental footprint of textile production. Diehl Aviation has chosen to concentrate on materials circularity for its 2025 entry, “ECO bin”. Billed as the world’s first fully recyclable overhead stowage compartment, it features a specially developed recyclable sandwich material and reduces environmental impact by saving weight and CO2 emissions. Completing the three finalists for the Sustainable Cabin category in 2025 is Unum Aircraft Seating, whose entry “Ecoprint Refoam” utilises additive manufacturing techniques to create a lightweight, re-cyclable replacement for traditional polyurethane foam stacks in aircraft seating.

Accessibility
Innovation to ensure the same quality of air travel for everyone has become an area of growing focus with in the aviation industry. To reflect this important trend, Accessibility is now a separate award category at the Crystal Cabin Awards in its own right. Cathay Pacific has reached the final with an innovation to make its Aria Suite business seat more accessible for wheelchair users. Titled “Seamless Accessibility”, the concept integrates a movable door garage specifically created to make transitioning from a wheelchair to a passenger seat easier. Collins Aerospace’s entry “Prime+” is a cabin platform system for wheelchair users that enables them to fly while seated in their wheelchairs, completely removing the need to move from a wheelchair to an installed seat. “Space³” by Diehl Aviation adopts a flexible approach to accommodate wheelchair users in aircraft lavatory areas, incorporating several features such as foldable doors and sinks, while saving up to 80kg of weight.

University
A hotbed of innovation, the university category opens up the Crystal Cabin Award to blue-sky concepts from university students. Hamburg University of Applied Sciences (HAW) cooperated with Diehl Aviation on “Single Aisle Lavatory Door 1 – Accessibility for all”. The concept is designed to enhance accessibility for passengers with reduced mobility on single aisle aircraft in the lavatory space in a way that allows users to travel more comfortably and independently. The lavatory features a spacious layout that accommodates an onboard wheelchair and provides sufficient room for a support person, ensuring dignity and ease of use. “Ultra-lightweight Display System” by students from Tongji University in cooperation with Boeing leverages miniature projectors and gesture recognition technology to deliver a new in-flight entertainment system (IFES) experience for both airlines and passengers. Each projector can use surfaces like seatbacks, tray tables, windows and cabin partitions to display flight information or video content. The students of UDIT Universidad de Diseño, Innovación y Tecnología in cooperation with Iberia in Madrid entered “R.A.I.S.S.”, or Restroom Autonomous In-flight Sanitising System. This robotic system collects and cleans the floor after each use, and incorporates additional highlights such as an interactive screen, an island-format sink, and a self-cleaning toilet system.

The Innovations of The Year: Gala Award Ceremony on 8 April 2025 in Hamburg

The Crystal Cabin Award, an initiative of the Hamburg Aviation cluster, is awarded this year in seven categories: Cabin Technologies, Passenger Comfort, IFEC & Digital Services, Sustainable Cabin, University and Judges Choice Airline Innovation.

The finalists will have the opportunity to present their concepts in person to the jury at the world’s leading trade fair for aircraft cabins, the Aircraft Interiors Expo (8 – 10 April 2025 in Hamburg). The winners of the 2025 Crystal Cabin Awards will be announced on the evening of 8 April at a gala dinner at the 5-star Grand Elysee Hamburg hotel. 

HAECO and Panasonic Avionics Extend Component MRO Relationship

HAECO Component Overhaul and Panasonic Avionics are pleased to announce a five-year extension of their repair service agreement (Authorized Repair Center in the Chinese mainland), further solidifying their successful relationship that began in 2011. This renewed agreement underscores both companies’ dedication to delivering high-quality maintenance, repair, and overhaul (MRO) services for Panasonic Avionics’ advanced components, ensuring the reliability and safety standards expected by their customers.

Bobo Ko, general manager of HAECO Component Overhaul, said, “Our long-standing relationship with Panasonic Avionics Corporation is a testament to our mutual commitment to excellence and innovation. We look forward to continuing our successful collaboration and delivering superior MRO services to Panasonic Avionics and their customers.”

Tom Eskola, vice president, Panasonic Technical Services at Panasonic Avionics, added, “We are delighted to extend our agreement with HAECO Component Overhaul, a trusted collaborator since 2011. Their exceptional service and dedication to quality are critical to our mission of providing the best in-flight entertainment and connectivity solutions.”

HAECO offers a wide range of repair and overhaul solutions for aircraft components from its purpose-built facilities in Hong Kong and Xiamen. In addition to repairs for individual components, these workshops facilitate the closed-loop repair of components from HAECO’s airframe maintenance checks and on-wing engine services. Both facilities operate with approvals from major aviation bodies.

The extended agreement is effective immediately, ensuring seamless and uninterrupted service for Panasonic Avionics’ customers worldwide.

STARLUX Commits To Viasat With Launch Of EnhancedIn-Flight Connectivity Service

Taipei-headquartered luxury carrier STARLUX and Viasat announced STARLUX aircraft
has launched enhanced service with Viasat’s high performance in-flight connectivity (IFC) solution, marking an expanded relationship. The phased rollout of Viasat’s high-speed, reliable in-flight Wi-Fi service will span STARLUX’s entire active fleet.

In total, 48 aircraft, including Airbus A330-900s, A321neos, A350-900 and A350-1000 aircraft will install or transition to Viasat’s most advanced connectivity system, based on the ViaSat-3 compatible and multi-orbit ready high-performance GM-40 terminal solution. The rollout will encompass both factory installs and expedited retrofits.

Driven by the commitment to passenger-centric innovation, STARLUX distinguishes itself as one of the first airlines in the Asia Pacific region to adopt and deploy Viasat’s cutting-edge solution and onboard enablement platform for an exceptional passenger Wi-Fi experience while in-flight. Since its launch in 2018, STARLUX has consistently prioritized a premium travel experience, and the selection of Viasat’s latest and industry-leading IFC solution, enabled by its resilient multi-orbit satellite roadmap, for the carrier’s entire fleet underscores this dedication.

With Viasat’s high-capacity Ka-band satellite network over the Asia Pacific region, expected to soon include one of Viasat’s next generation ViaSat-3 satellites, passengers on STARLUX flights will be able to stream their favorite movies and shows, browse the internet, stay connected with loved ones through messaging apps, and maintain productivity while traveling onboard any STARLUX aircraft.

“Viasat is proud to partner with STARLUX, an airline that shares our passion for innovation and customer
satisfaction,” said Don Buchman, senior vice president and GM, commercial aviation at Viasat. “Through this expanded relationship, we look forward to not only providing high quality connectivity, but a comprehensive solution with the capability and flexibility to empower STARLUX to create an advanced, refined connected experience that suits its ambitions and goals.”

STARLUX says it has the world’s youngest fleet, currently averaging 2.06 years old, and the company says their focus is on passenger comfort and well-being. It operates an all-Airbus fleet that blends luxury with authentic Taiwanese heritage, for which Viasat’s enhanced connectivity services will now form a crucial part of this high-end journey.

Initially, Viasat-enabled aircraft will service major Asian transport hubs, including: Taipei, Singapore, Jakarta, Bangkok, Kuala Lumpur, Ho Chi Minh, Hanoi, Manila, Macau, Tokyo, Osaka, Fukuoka, Nagoya, Sendai, and Hong Kong.