Technology

Berlin, Germany, 11 June 2026 : Deutsche Aircraft and INERATEC are advancing their collaboration to demonstrate a fully integrated fuel-to-flight solution for sustainable and resilient aviation at ILA Berlin. At the centre of the showcase is the combination of the D328ecoand D328 Multi-Role (MR) aircraft platforms with INERATEC’s modular synthetic fuel production systems, enabling decentralised air operations in remote and infrastructure-limited environments. The concept is presented within the framework of the EASP AIR I-COP Mission Management system,which integrates surveillance, rescue and communication capabilities. A D328 Multi-Role Maritime Patrol Aircraft (MPA) is on display, alongside a containerised fuel production unit, autonomous refuelling concepts and mission payload capabilities — demonstrating an autonomous operational ecosystem. INERATEC’s Power-to-Liquid technology produces synthetic aviation fuel from CO₂ and renewable hydrogen directly at the point of use, reducing logistics and increasing operational resilience. Currently, the fuel requires blending with conventional Jet A-1 (e.g. up to 50% SAF), enabling practical deployment today while supporting the transition to higher synthetic fuel shares. The D328eco platform, designed as a SAF-compatible next-generation aircraft, supports the increasing use of synthetic fuels and demonstrates a pathway towards lower-emission aviation and fully synthetic fuel capability. Synthetic aviation fuels offer additional operational advantages, including significantly reduced soot and sulphur emissions, contributing to improved climate impact and air quality. The D328 Multi-Role aircraft, configured for missions such as maritime surveillance, search and rescue, and disaster response, combines advanced sensors, deployable payloads and long-endurance performance — further strengthened by decentralized fuel availability. Together, Deutsche Aircraft and INERATEC are shaping a scalable, integrated aviation ecosystem, linking aircraft, energy production and operations to enable sustainable, flexible and autonomous mission capability worldwide. Wolfgang Kuhl, VP Programs and Innovation at Deutsche Aircraft, said,“At Deutsche Aircraft, we are redefining mission readiness by integrating advanced aircraft platforms with decentralised energy solutions. This collaboration demonstrates how sustainable aviation and operational resilience can go hand-in-hand — especially in remote and demanding environments.” Maximilian Backhaus, Chief Commercial Officer at INERATEC, added,“INERATEC offers a solution with off-grid-capable modular production systems and climate-neutral e-fuels. Locally produced energy sources are independent, flexible and sustainable, and make our supply resilient wherever it is needed most. Together with Deutsche Aircraft, we are demonstrating how local fuel production can directly power advanced aviation missions reliably and at scale.”

Bengaluru, 6th May, 2026: Bangalore International Airport Limited (BIAL) has introduced an integrated Smart Airside Safety System at BLR Airport, marking a significant step forward in strengthening operational safety and control across critical airside zones. Designed to enhance safety at Cross Service Roads (CSRs), where aircraft and ground vehicle movements intersect, the system brings together AI‑based computer vision, intelligent automation and centralised control to support safe right-of-way management, improve operational efficiency and enable greater precision in airside operations. Cross Service Roads are among the most sensitive areas within airport operations, requiring precise and seamless coordination between aircraft and ground vehicles. Traditionally, right of way protection at these intersections relied on manual or semi manual inset light activation, creating dependencies on human intervention, increasing the risk of delays and limiting operational visibility. To address these challenges, the systemuses a real‑time situational intelligence framework that combines computer‑vision‑based detection of vehicle movement, contextual risk assessment, and automated signalling into a unified operating model. AI‑enabled cameras interpret activity at CSR intersections, identify potential right‑of‑way conflicts, detect non‑compliant movements, and validate zone clearance in real time. Based on these detections, the system triggers automated inset light activation to protect aircraft right‑of‑way and restores normal signalling once the intersection is confirmed clear.A centralised monitoring and analytics platform digitally logs all events, strengthening governance, compliance, and operational control. By embedding technology into operations, the system creates a data-driven separation layer between aircraft and ground vehicles, significantly reducing human error, especially during night and low-visibility conditions. Precision-led signal activation improves traffic flow, minimises unnecessary stoppage and enhances turnaround efficiency. It also establishes a scalable foundation for predictive safety analytics, enabling trend analysis, peak-hour optimisation, compliance mapping and risk forecasting to support continuous improvement and stronger airside governance.

Delhi, 4th May 2026: Singapore Airlines (SIA) has announced induction of Starlink’s low Earth orbit (LEO) satellite‑based broadband service on board SIA’s Airbus A350-900 long haul (LH), A350-900 ultra long range (ULR), and A380 aircraft. The enhanced in-flight Wi-Fi facility can be availed from the first quarter of 2027 onwards. With more than 10,000 satellites launched to low Earth orbit, Starlink can deliver multi-gigabit connectivity to aircraft using its Aero Terminal, which can support up to 1 Gbps per antenna. This means customers in all cabin classes will enjoy faster, smoother, and seamless connectivity from take off to landing for activities such as video streaming, sharing content on social media, gaming, and sending large files. Customers in Suites, First Class, Business Class, PPS Club members,as well as KrisFlyer members travelling in Premium Economy Class and Economy Class, will continue to enjoy SIA’ sun limited complimentary Wi-Fi experience on board Starlink-enabled aircraft. Yeoh Phee Teik, Senior Vice President Customer Experience, Singapore Airlines, said: “Fast, seamless connectivity is, today, an essential part of the travel experience. Singapore Airlines already offers the world’s most comprehensive complimentary in-flight Wi-Fi across our entire fleet. Starlink will take this to the next level by delivering next-generation high-speed connectivity,enabling customers to stay entertained, connected, and productive throughout their journey, with a smoother and seamless experience from take-off to landing.” Jason Fritch, Vice President of Starlink Enterprise Sales, SpaceX, said: “We are excited to bring Starlink onboard Singapore Airlines.Customers and crew will soon experience seamless, low-latency connectivity as they travel. Whether flying long-haul or ultra-long-haul distances, Starlink is redefining what is possible for leisure and business travellers alike – making every flight more enjoyable and infinitely more connected.”

OBERPFAFFENHOFEN,16th April, 2026: General Atomics AeroTec Systems GmbH (GA-ATS) joins a strategic partnership with SVP Aerospace to provide comprehensive mission equipment solutions for reliable data transmission between the Do228 NXT special mission aircraft and various ground targets, including ships, vehicles, ground stations and other aircraft. Flexible data transmission solutions for critical missions With this partnership SVP Aerospace’s proven technology, capable of transmitting up to four HD videos or one UHD stream with low latency and high stability, becomes available for the Do228 NXT aircraft and its ever-growing list of equipment options. The Spanish provider offers versatile data transmission equipment for defense, security and emergency operators worldwide. The new mission equipment allows Do228 NXT operators to transmit a wide variety of data, such as metadata, photos, videos, coordinates, live videos or infrared photos. The specific data and transmission paths can be selected individually. Three advanced transmission pathways The partnership delivers three distinct data link solutions that can be installed on the aircraft: IP Satellite DataLink, IP Cellular DataLink and AVS RF Antenna (Line of Sight). These can be installed individually or combined to offer the operator maximum operational flexibility. IP Satellite DataLink provides global coverage for data transmission through satellite communication for operations in remote areas and extended ranges. The second option, IP Cellular DataLink, leverages standard cellular networks and SIM card technology, offering seamless 5G access. This option is particularly advantageous for the Do228 NXT, which operates effectively at low altitudes where cellular coverage remains strong. Furthermore, the AVS RF Antenna enables direct line of sight communication with a range of up to 160 kilometers, providing a cost-effective and reliable option for operations within visual range. Versatile platform for diverse missions The Do228 NXT as a highly versatile platform, is capable of addressing a wide range of operational requirements. The aircraft’s proven design and flight characteristics, combined with the advanced data transmission systems of SVP Aerospace provides full connectivity and real-time data transmission capabilities. This enables operators to conduct complex missions including surveillance and reconnaissance, maritime patrol, emergency response coordination, environmental monitoring, and search and rescue operations.

Jeddah, 2nd April, 2026 Saudia has introduced Google’s Find Hub share item location feature to support the recovery of lost or delayed baggage, offering guests an additional, optional way to assist the airline’s teams during the baggage tracking process. Through this feature, guests using a compatible tracker tag or Bluetooth accessory can generate a secure, temporary link and share the location of their baggage directly with Saudia when reporting a delayed or missing bag by attaching the shared link to the guest’s baggage claim record. The shared link provides time-limited access to location information, helping ground teams identify and recover baggage more efficiently. Location sharing can be stopped at any time by the guest and expires automatically after seven days. This enhancement is designed to complement Saudia’s existing baggage recovery processes, giving guests greater visibility and reassurance while maintaining full control over their information. Rossen Dimitrov, Chief Guest Experience Officer at Saudia, said: “Our focus is on giving guests confidence and reassurance throughout their journey. Initiatives like this reflect our broader commitment to clarity, transparency, and ensuring guests feel informed and in control at every stage of the experience. It is about strengthening trust and providing peace of mind through thoughtful, guest-centered decisions.” Saudia is among the first airlines globally to support this capability, underscoring its broader digital transformation strategy to deliver smarter, more connected guest experiences. The share item location feature is built with privacy at its core. Location information is shared only with the airline for a limited time, is accessible solely for the purpose of baggage recovery, and automatically expires once the process is complete or the guest chooses to stop sharing. Guests can access the feature by ensuring their device and tracker accessory are compatible and updated to the latest supported software versions.

United States, 23rd March 2026: Saab has announced the signing of a Memorandum of Understanding (MOU) with Canadian AI company, Cohere on advanced AI collaboration.The MOU establishes a framework for collaboration on artificial intelligence technologies in support of GlobalEye. The agreement is directly connected to the GlobalEye opportunity in Canada but would also serve the existing and future international GlobalEye operators. Technologies and competencies developed through the partnership are also intended to contribute to Saab’s global product offerings and strengthen international competitiveness. The collaboration will explore areas such as data-driven mission support, maintenance tools and information processing in an on-premises integration into complex secure aerospace environments. Initial pilot projects have been identified to assess potential pathways for cooperation, aligned with the current needs of the program. “Canada offers outstanding industrial and advanced technology partners,” said Micael Johansson, President and CEO of Saab. “Working with Canadian companies like Cohere on emerging technologies strengthens our global supply chain and enhances Saab’s international competitiveness.” “Frontier artificial intelligence should be built for scale, trust, reliability and most importantly, real-word impact.” said Ivan Zhang, Co-Founder of Cohere. “Through Saab’s deep engineering heritage and our advanced enterprise-grade models, we’ll explore pushing the boundaries of what AI can truly deliver for aerospace, enabling teams to process complex data faster, increase operational tempo, surface key insights with clarity and support critical decision making when it matters most.” Through this MOU, Saab and Cohere signal their shared ambition to combine aerospace expertise and leading-edge AI research in support of high-value industrial cooperation in Canada.

Gurgaon, 12th March 2026: LOT Polish Airlines, a member of Star Alliance, unveiled the first Boeing 787 Dreamliner with fast Wi-Fi internet on board. This allows passengers to write and receive messages, surf the internet, stream content and much more during their long -haul flight. The Polish airline is working with American satellite communications provider Viasat to offer high-performance gate-to- gate connectivity. LOT Polish Airlines will equip two more Dreamliners with fast wireless internet by the end of April 2026. LOT Business Class passengers can use the new service free of charge, as well as Miles & More frequent flyers with Senator or HON Circle status. All other passengers can choose between two internet packages: “Chat” for messaging only (7 USD) and “Streaming” for all other applications (29 USD). Currently, the packages can only be purchased on the aircraft by credit card or with selected mobile payment services.

Farnborough, 5th March 2026: AirX, the European private jet operator is upgrading its connectivity across its Bombardier Challenger 850 aircraft fleet by installing the Gogo Plane Simple® Ku-band terminal. The equipping of the terminals is part of a customized service plan created by Gogo to support very specific AirX requests that ensure passengers receive high-speed inflight connectivity. The tailored bundle includes Pay-As-You-Go airtime for broadband connectivity, and AirX is also taking advantage of Sky Ticket Credit Card (STCC) technology,which enables the operator to provide on-demand connectivity. The ability to control, manage and access customer connectivity usage through a dedicated portal ensures passengers can access high-speed Wi-Fi while onboard. To date, two Bombardier Challenger 850 aircraft have been fitted with the Gogo Plane Simple® Ku-band terminal and are now fully operational. The initial installation, managed by Alamo Engineering at AirX’s London Stansted facility, resulted in the issuance of a new EASA Supplemental Type Certificate (STC) for the aircraft type. The equipping of the advanced technology terminals represents the first phase of an entire AirX fleet connectivity upgrade,which aims to provide uniform, high-speed connectivity across the fleet. “Demand for our charter services is continuing to grow, with each aircraft currently undertaking, on average, 900 hours of flight per year. Limiting downtime is a key consideration, which is why this upgrade program is underway,” says Houssam Hazzoury, AirX Group CEO.“The simplicity of the Gogo antenna series means we can add reliable, consistent global connectivity with minimal downtime. The streamlined upgrade path and the fact we can make one call to Gogo for end-to-end connectivity management and support were key decisions in our selection process.” Following installation onboard the first two aircraft, Gogo provided its unique Entry-into-Service (EIS) offering at the AirX UK facility, supplemented by system training for the AirX team based in Malta. AirX customers include global brands, major corporations, government officials, and heads of state. The tailored EIS training ensures the AirX crew and operations department are familiar with the system, prepared to manage unexpected coverage interruptions and can enable passengers to maximize functionality. AirX will also benefit from 24/7/365 customer support, which ensures optimal performance and troubleshooting if necessary. “AirX has a reputation for delivering uncompromising, high-quality standards to its clients,and we are proud to support their needs with our purpose-built for business aviation terminals. The GogoPlane Simple Ku-band antenna, in conjunction with the dedicated airtime provided by the SES FlexExec network, ensures AirXclientscan remain productive, relax and enjoy entertainment wherever they fly,” said Dave Falberg, Gogo’s senior vice president of EMEA-APAC. “Our ecosystem has been defined and developed to deliver tailored solutions for mixed, large fleet operators conducting international missions,and we look forward to adding more of our antennas to the AirX fleet to enhance their passenger connectivity experience.”

Delhi, 5th March 2026: Passengers sharing their bag location through personal devices is becoming a key part of airline baggage recovery. As more travelers choose to share their bag’s location when it is delayed, airlines can use that information inside their baggage systems to resolve cases faster and reduce permanent loss.To support this shift, SITA has integrated Google’s Find Hub share item location feature intoWorldTracer®, the global system airlines use to find and reconcile delayed and mishandled baggage. When a passenger chooses to share their bag’s location, airline teams can view that information directly within WorldTracer® to support recovery.This changes how airlines approach a delayed bag by adding an additional source of location information to support resolving the delay. Traditionally, recovery relied on airport scans and airline-to-airline data exchanges. Passenger-authorized location sharing adds an additional source of visibility, helping teams narrow search areas and prioritize cases when a bag does not arrive as expected. The process remains fully controlled by the passenger. If a bag is delayed, the traveler can generate a secure link in Find Hub and provide it to the airline. Sharing can be stopped at any time. Links expire automatically. Location data is encrypted, and only the passenger decides who can access it and for how long. “Airlines are operating in an environment where passengers expect visibility of their baggage at every step of the journey,”said Nicole Hogg, Portfolio Director, Baggage at SITA.“When a bag is delayed, uncertainty increases compensation costs, customer service pressure, and reputational risk. What we are seeing is a move from manual tracing to clearer, data-supported recovery. When passengers choose to share their bag’s location, airlines gain insight at the moment it matters most. This reflects how baggage recovery is becoming more transparent, more collaborative, and more precise.” With this integration, passenger-authorized location sharing from the world’s most widely used mobile platforms can now be incorporated into WorldTracer®.The news also reflects a broader industry move toward more open and secure data sharing across the travel ecosystem. As airports, airlines, and technology providers work more closely together, trusted data exchange is becoming central to improving operational performance and passenger experience.

Singapore, 6th February 2026 : Ramco Systems has announced that it has signed a Memorandum of Understanding (MoU) with the Commercial Aerospace business of ST Engineering, to explore a long-term strategic business and technology partnership aimed at building the next generation of digital solutions for the global aerospace industry. As part of the MoU, ST Engineering and Ramco will study the feasibility of setting up a jointly operated Competency Centre and Innovation Lab in Singapore. This facility will serve as a focal point for driving digital innovation and AI-enabled solutions across key areas of aviation MRO. The collaboration brings together ST Engineering’s extensive domain expertise across Airframe, Engine, and Component MRO, as well as its OEM and engineering solutions including nacelles design and manufacturing, cabin interiors and passenger to freighter conversion, with Ramco’s purpose-built aviation product and agentic AI platform capabilities. Jeffrey Lam, President Commercial Aerospace, ST Engineering, said: “This potential collaboration builds on our ongoing digital transformation journey. By pairing our operational experience and know-how with Ramco’s aviation and AI expertise, we can unlock new avenues to boost MRO efficiency and further enhance the value delivered to our customers.” Sandesh Bilagi, President & COO, Ramco Systems, said, “We are delighted to partner with ST Engineering, a global leader in commercial aerospace services, to shape the next generation of digital aviation platforms. Ramco will support this initiative with its aviation product suite and AI-driven platforms, enabling the agility, regulatory compliance, and operational depth required to scale with confidence. This collaboration reflects our shared vision of working with industry leaders like ST Engineering to co-create future-ready solutions for the aviation ecosystem.” The banner image includes:(L-R) Jeffrey Lam, President Commercial Aerospace, ST Engineering, and P.R. Venketrama Raja, Chairman, Ramco Group, during the signing ceremony held at the Singapore Airshow 2026.