Sponsored By Curtiss Wright
https://www.curtisswright.com/
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31 Oct 25. Sofant Technologies, backed by EMV Capital, the deep tech and life sciences VC investment group, has achieved a major industry milestone by successfully demonstrating a fully functioning Ka band transmit array using its proprietary RF MEMS beamforming IC. This world-first accomplishment, revealed at the recent Tech Tour Defence conference in Paris, has been achieved after overcoming a series of complex technical challenges, marking a pivotal moment in the advancement of wireless technology. Beamforming is essential for the high-frequency millimeter-wave (mmWave) bands used across a wide range of applications including SatCom 5G and future 6G networks. RF MEMS delivers the high-performance phase shifters and switches needed to steer these signals power efficiently. In satellite communications, where every gram of weight and milliwatt of power is critical, RF MEMS components significantly reduce the size, weight, and power (SWaP) of communication systems used in aerospace applications. In defence and radar, agile and powerful beamforming is critical for advanced radar and electronic warfare systems used in the military. With the rest of Sofant’s technology stack now ready to scale, the company is poised to launch commercial sales of its innovative solution in the second half of 2026.
David Wither, CEO of Sofant Technologies, said: “This is a defining moment for both Sofant and the wireless industry. Delivering the world’s first RF MEMS beamforming IC demonstrates our team’s technical leadership and relentless determination in tackling challenges others thought impossible. In parallel, our operations team has worked tirelessly to develop a manufacturing system that ensures we can scale up quickly and deliver this transformative technology to the market in high volume at low cost.”
Dr Ilian Iliev, CEO of EMV Capital, added: “Sofant’s team has demonstrated outstanding technical innovation in developing a world-first RF MEMS beamforming solution. Their ability to combine engineering excellence with a clear path to scalable, cost-efficient production is a testament to the strength of their vision and execution. We are proud to be supporting Sofant as it brings this transformative technology to global markets.”
Headquartered in Edinburgh, Scotland, Sofant Technologies is at the forefront of wireless innovation. Supported by leading investors including Scottish Enterprise, EMV Capital, Kelvin Capital, Caladan Capital, NSSIF, the UK Space Agency, and the European Space Agency, Sofant’s patented RF MEMS technology delivers up to 70% reduction in power consumption, offering the market the lowest size, weight, and cost solutions available.
30 Oct 25. AT&T and Thales collaborate to revolutionize IoT deployments with new eSIM solution.
- AT&T and Thales introduce a next generation eSIM solution, powered by the latest GSMA IoT specification (SGP.32), giving enterprises a consolidated platform to remotely and securely manage IoT subscriptions, while preserving device integrity on a highly secure and reliable network.
- Backed by Thales’ “secure by design” approach, this solution targets the highest level of cybersecurity for IoT devices and supports compliance with evolving global cybersecurity regulations.
- Optimized for large-scale IoT deployments, the new eSIM management platform simplifies operations, reduces costs, and delivers advanced automation beyond SGP.32 standards to support diverse industries and device types.
With over 5.8 bn IoT cellular connections expected globally by 2030 (GSMA Intelligence) — powering everything from smart meters to wearable health trackers — the need for secure, scalable, and easy-to-manage connectivity is greater than ever. AT&T, a leader in connectivity and IoT solutions, and Thales, a global leader in advanced Cyber & Digital technologies, announce the launch of a new eSIM solution designed to help businesses remotely activate and manage IoT devices. This eSIM solution, powered by Thales Adaptive Connect (TAC), becomes a key part of AT&T’s global IoT solution, AT&T Virtual Profile Management for IoT, and can support many industries worldwide including automotive, smart cities, healthcare and utilities.
Compliant with the GSMA SGP.32 standard1, the new solution enables customers to ship connected devices anywhere in the world with one single, pre-integrated eSIM from Thales, then seamlessly activate the correct local connectivity profile remotely, eliminating the need for any physical access to it. This results in faster launches and simpler logistics for global IoT deployments. It also enables AT&T and its customers to easily manage connectivity policies, diagnostics, and subscription changes entirely over the air, through a single unified industry-certified interface.
This solution also adds advanced automation to simplify the remote eSIM management of large numbers of devices. It automates complex tasks, such as switching subscriptions or updating fleets rules, so enterprises can spend less time on logistics and operations, while bringing new products and services faster to market.
Thanks to these advanced features, Thales’ eSIM solution (TAC) gives companies the flexibility to localize within AT&T network partners or adjust devices’ subscriptions across large fleets without hardware changes, helping optimize costs, supply chains, coverage, and performance.
The service is now available for commercial use and supports customers worldwide.
“At AT&T, we deliver intelligent IoT solutions you can trust—highly secure, end-to-end, and built to scale,” said Cameron Coursey, VP of AT&T Connected Solutions. “Our state-of-the-art approach, paired with Thales’ solution, will help customers reduce friction and gain control of managing their own devices with reliable connectivity.”
“We are entering a new era for remote eSIM Provisioning, ready to power bns of IoT devices, and we are proud to collaborate with AT&T in delivering smarter and safer IoT connectivity around the world,” said Eva Rudin, EVP Mobile Connectivity Solutions at Thales. “With Thales Adaptive Connect, we’re ensuring that every connected device benefits from strong security, reliable service, and simplified management — from the first connection and throughout its lifetime.”
1 The GSMA SGP.32 standard the latest specification from the GSM Association for eSIM (embedded SIM) Remote SIM Provisioning (RSP), for the remote eSIM management of Internet of things (IoT) devices and other types of mobile device deployments.
29 Oct 25. Global: Ransomware operations pose increased security risks to data-rich, high-profile sectors. On 26 October, international news outlets reported that a ransomware group (‘Everest’) has targeted at least three high-profile organisations in data-leak and extortion operations. Earlier in October, the group reportedly infiltrated the systems of a recruitment platform used by the US-based telecommunications company AT&T in order to exfiltrate approximately 576,000 applicant records. On 21 October, Everest published some of this stolen data on the dark web, demanding a ransom payment within four days to prevent the public release of the entire dataset. Throughout October, Everest has also claimed attacks on Dublin Airport (DUB, Ireland) and on the UAE-based airline Air Arabia, highlighting the pace and resources of its operations. Everest has published partial datasets allegedly stolen during these attacks, underscoring the risk of follow-on social engineering attacks if the data is released. These incidents showcase the increased security, data-theft and financial risks facing data-rich sectors amid the continued expansion of ransomware operations. (Source: Sibylline)
29 Oct 25. Lockheed Martin (NYSE: LMT) and Google Public Sector today announced a strategic collaboration to integrate Google’s advanced generative AI, including its Gemini models, into the Lockheed Martin AI Factory. This collaboration will deploy Google’s powerful AI tools within Lockheed Martin’s secure, on-premises, and air-gapped environments, making them available to personnel across the enterprise. It is designed to empower Lockheed Martin’s teams to harness advanced, data-driven solutions, while ensuring all operations adhere to the highest security and mission assurance requirements essential for national security applications. The collaboration will enable the Lockheed Martin AI Factory team to apply generative AI to tackle workloads with greater speed and efficiency, developing safe, secure, and trustworthy AI to advance 21st Century Security® solutions across sectors such as aerospace, space exploration, and cybersecurity, including:
- Accelerated multi-modal data analysis: Rapidly processing and analyzing vast datasets to identify patterns, anomalies, and critical insights in minutes rather than days.
- Advanced research and development: Streamlining exploration of novel materials, designs, and software to accelerate technology development cycles.
- Optimized logistics: Improving supply chain management and logistical planning through intelligent resource allocation and route optimization.
“Collaborating with Google Public Sector to bring Gemini onpremises underscores our commitment to delivering cuttingedge, secure AI capabilities that directly support our missioncritical programs. This initiative equips our engineers with powerful tools—safely and at scale—to accelerate innovation in support of our business and critical missions,” said Greg Forrest, Vice President of AI Foundations and Commercialization at Lockheed Martin.
In the first phase, Google’s generative AI technologies will be integrated into Lockheed Martin’s unclassified on-premise environment, providing Lockheed Martin’s workforce access to Google’s suite of AI tools using Google Gemini on Google Distributed Cloud.
“Our collaboration with Lockheed Martin is a testament to our joint commitment to bringing the power of generative AI to meet the needs of our public sector customers,” said Jim Kelly, Vice President of Federal, Google Public Sector. “We are proud to take yet another industry-leading step with Lockheed Martin to deploy the most advanced AI tools to support government agencies, while adhering to the absolute highest standards of security and data governance.”
29 Oct 25. Royal Marines Fully Field Persistent MPU5 Radios Empowering the UK Commando Force Modernization Initiative.
- Royal Marines field 2,000+ MPU5 radios, entering a new phase of large-scale operational deployment and collaboration with allied forces
- Wave Relay MANET technology creates a global communications fabric, enabling the Royal Marines to dominate in contested environments
Persistent Systems, LLC (“Persistent”), a leader in mobile ad hoc network (MANET) technology, announced that the UK Royal Marines have now fully fielded over 2,000 MPU5 radio systems in support of their UK Commando Force (UKCF) transformation. This marks a significant step in the Royal Marines’ move toward a more agile, technology-enabled expeditionary force. MPU5 radios, running the Wave Relay® MANET, now form a highly scalable communications fabric uniting warfighters, unmanned systems, sensors, vehicles, and command posts. This deployment enables the Royal Marines to operate with greater autonomy, speed, and lethality in contested electronic warfare (EW) environments. The Royal Marines are divesting from legacy government-only systems and embracing commercial, non-ITAR defense technology. This makes their force more interoperable with allies and places the UK at the forefront of multinational collaboration.
“True interoperability is about more than just working with allies. It’s about uniting every Marine, every vehicle, and every sensor into a single resilient network,” said Eve Shapiro, Senior Director of Sales and Business Development at Persistent. “With the Wave Relay MANET, the Royal Marines can execute complex, distributed operations while maintaining constant connectivity and situational awareness.”
The UKCF represents the most significant modernization of the Royal Marines since WWII, aimed at creating a globally deployable, autonomous littoral force. It emphasizes small, lethal teams, unmanned and AI-enabled systems, and networked C4ISR capabilities. The MPU5 rollout, awarded to Persistent’s UK partner & distributor, Steatite Ltd., which includes handheld units and vehicle kits, supports UKCF’s operational demands across land, sea, and unmanned domains. Integration with platforms like all-terrain vehicles and unmanned systems enables uninterrupted connectivity regardless of terrain or mission set. (Source: ASD Network)
29 Oct 25. Datakey Mini-Bar: The World’s Smallest Crypto Ignition Key Now Available. ATEK Access Technologies has announced the availability of its new Datakey Mini-Bar series, the world’s smallest Crypto Ignition Key (CIK) portable memory system. Samples are now available, and orders are being accepted. A Crypto Ignition Key is a portable memory device used as a credential to enable or disable cryptographic equipment. Since producing its first CIK in 1986, Datakey portable memory products have continuously evolved to meet the changing needs of cryptographic systems. One of the most significant trends in these devices has been the ongoing reduction of size, weight, and power (SWaP). In 2009, Datakey introduced the Bar series, offering a compact CIK solution for tactical environments. Today, the new Mini-Bar form factor takes that innovation even further, being 60% smaller than the Bar series while still meeting the same MILSTD- 810 environmental specifications. Measuring just 21 mm x 15 mm, the Mini-Bar memory token is only slightly larger than a microSD card yet remains easy to handle. Mini-Bar memory tokens are available with serial EEPROM in 16 Kbit and 256 Kbit capacities, using either SPI or I²C interfaces. Models featuring Microchip’s CryptoAuthentication™ secure memory ICs are coming soon. Customized Mini-Bar tokens using customer-specified ICs will also be offered. The unique design of Mini-Bar receptacles allows them to be integrated into the corner of a housing, thereby minimizing the amount of volume required inside the enclosure while also minimizing the front panel space needed. Mini-Bar receptacles are offered with two different internal interfacing options:
- The MBRHN Mini-Bar receptacle features an 8-pin header connector and measures
16.3 mm x 15.8 mm x 13.7 mm.
- The MBRFN Mini-Bar receptacle features seven flat targets and measures
16.3 mm x 15.8 mm x 9.1 mm and is designed for use with an FFC/FPC interface board.
Both receptacles are offered with or without an adhesive gasket and can achieve an IP67 seal when properly mounted.
“The Mini-Bar employs the same proven design as its predecessor, the Bar—slide-in/slide-out operation, corner-mounting, and MIL-STD-810 environmental performance, but is more than 60% smaller,” said Paul
Plitzuweit, Senior Product Manager for the Datakey line. “This makes the Mini-Bar an ideal choice for nextgeneration cryptographic devices that have portable or embedded use cases. But the Mini-Bar is not limited to CIK applications. Any embedded system that requires a robust removable memory device for access control or data transfer applications could benefit from these revolutionary new products.” Customers in North America can now request samples and place orders through ATEK Access Technologies at https://datakey.com/. Customers outside of North America can find their authorized Datakey distributor at https://datakey.com/where-to-buy.
29 Oct 25. Germany to equip Quadriga jets with Eurofighter EK suite. Germany is to equip a portion of its Project Quadriga jets with an emitter locator system (ELS) and anti-radiation missile as part of the Luftwaffe’s wider Eurofighter Elektronischer Kampf (EK) electronic attack plans. A spokesperson for the Luftwaffe told Janes on 28 October that the previously announced plan to modernise 15 existing Eurofighter jets to the Eurofighter EK standard alongside 20 recently contracted newbuild Tranche 5 aircraft will be achieved by modernising some of the 38 Tranche 4 Quadriga aircraft now being assembled.
“The current plan is to contractually equip 15 Eurofighters from Quadriga and the newly ordered 20 Eurofighters (Tranche 5) with Arexis,” the spokesperson said, firming up the service’s plans, which had previously referred only to upgrading “existing jets” and newbuild Tranche 5s to the Eurofighter EK role.
For the Step 1 Eurofighter EK upgrade now under contract, the 15 Tranche 4 and 20 Tranche 5 aircraft will be equipped with the Saab Arexis ELS and Northrop Grumman AGM-88E Advanced Anti-Radiation Guided Missile (AARGM) for the suppression of enemy air defences (SEAD)/destruction of enemy air defences (DEAD) role. The Luftwaffe has previously told Janes that the Step 2 process to follow adds an Escort Jammer Pod for increased jamming power in the SEAD/DEAD role, as well as potentially manned-unmanned teaming and other high-end capabilities. The Eurofighter EK will enable the Luftwaffe to gradually transfer the capabilities of the Panavia Tornado Electronic Combat and Reconnaissance (ECR). (Source: Janes)
27 Oct 25. Today, Intel 471, the premier provider of cyber threat intelligence-driven solutions worldwide, delivers the newest release of its Geopolitical Intelligence solution to its Verity471 platform. This enhanced offering provides users with structured, actionable insights on countries and global issues to help organizations manage the impact of these dynamics on business operations, assets, stakeholder safety and strategic endeavors, all within its unified cyber intelligence platform. According to the World Economic Forum, nearly 60% of organizations state that geopolitical tensions have affected their cybersecurity strategy. Geopolitics shape state and non-state threats in the cyber and physical domains, requiring organizations to continuously monitor areas of interest that affect their business operations and supply chain. Intel 471’s Geopolitical Intelligence provides a unique lens into significant regional events, including changes in policy, leadership and technology, that enable organizations to anticipate risk, swiftly identify threats and take decisive action.
“Within the nexus of complex cyber threat landscapes and heightened geopolitical tensions, it is imperative that organizations understand their exposure to regional threats, along with threats to their suppliers, subsidiaries and M&A activities,” says Michael DeBolt, Chief Intelligence Officer at Intel 471. “Our enhanced solution, available via our next-generation cyber intelligence platform, connects the dots between cybercrime, nation-state operations and geopolitical developments. As a result, security teams and intelligence professionals can move beyond siloed threat feeds to proactively mitigate risks to their organization’s attack surface.”
Geopolitical Intelligence leverages Verity471’s user-friendly interface, AI Reports Assistant and intuitive navigation to deliver rapid situational awareness, transparent country-specific risk scores and seamless connections between geopolitical events, nation-state actors, cyber underground activity and threat hunting operations. Additional core capabilities of the solution include:
- Comprehensive, contextualized view of an organization’s threat landscape: Intel 471’s expert analysts deliver nuanced, actionable geopolitical intelligence, providing organizations an intelligence advantage across the global geopolitical environment, conflicts, policy decisions, major events and high-level activity from state-linked cyber threat groups.
- Organized intelligence framework: Analysis in eight event categories – Social, Economic, Military, Political, Legal, Information and Technology, Cyber, and Environmental (SEMPLICE) – provide a framework for categorizing and organizing global events to ensure intelligence is relevant and easy to consume.
- Timely, actionable insights into global events: Daily Significant Activity (SIGACT) reports provide a concise event summary and expert analyst commentary on complex global events to clearly identify associated cyber campaigns stemming from geopolitical events.
- Picture intelligence summary (PICTINSUM): PICTINSUM plots SIGACT reports by location and SEMPLICE category, enabling pin-point visualization of an organization’s threat landscape and the ability to identify trends in incidents.
- Country-specific baseline threat ratings and security assessments: Intelligence Estimate reports deliver baseline threat ratings and security assessments for over 50 countries to help organizations strengthen internal data protection policies, support business growth, and confidently manage employee safety and third-party risk.
“One of the greatest benefits of the Geopolitical Intelligence offering is the talented team of analysts behind our insights,” adds DeBolt. “Our team is composed of regional subject matter experts who provide an unmatched wealth of cultural knowledge, native-level language capabilities and deep experience conducting doctrinal intelligence community-grade analytical methodologies. Integrating Geopolitical Intelligence into our existing portfolio – including our unparalleled human intelligence (HUMINT) and malware intelligence capabilities – enriches our insights and adds a layer of depth and nuance that automated systems alone cannot replicate. Armed with this fully contextualized intelligence picture, security teams can anticipate, understand and act, with greater speed and confidence.”
To learn more about the latest version of Geopolitical Intelligence, visit https://www.intel471.com/platform/cyber-geopolitical-intelligence
About Intel 471
Intel 471 empowers enterprises, government agencies, and other organizations to win the cybersecurity war using the real-time insights about adversaries, their relationships, threat patterns, and imminent attacks relevant to their businesses. The company’s platform collects, interprets, structures, and validates human-led, automation-enhanced intelligence, which fuels our external attack surface and advanced behavioral threat hunting solutions. Customers utilize this operationalized intelligence to drive a proactive response to neutralize threats and mitigate risk. Organizations across the globe leverage Intel 471’s world-class intelligence, our trusted practitioner engagement and enablement, and globally dispersed ground expertise as their frontline guardian against the ever-evolving landscape of cyber threats to fight the adversary — and win. We are the source of reason and truth into the cybercriminal underground. Learn more at www.intel471.com. (Source: BUSINESS WIRE)
27 Oct 25. Middle East, North Africa and Turkey: Government, CNI sectors face long-term cyber espionage risks. On 24 October, international news outlets reported that an Iranian state-sponsored group (‘MuddyWater’) targeted more than 100 government and critical national infrastructure (CNI) entities in a suspected cyber espionage operation in August. MuddyWater distributed phishing emails to trick victims into opening a malicious Microsoft Word document. The document requested user input to execute a Visual Basic for Applications (VBA) macro that subsequently installed a malware loader (’FakeUpdate’) and a known backdoor (‘Phoenix’) onto compromised systems. In this operation, MuddyWater used a new version of Phoenix to gather system information and establish communication with command-and-control (C2) infrastructure, before employing a custom information-stealing payload to exfiltrate browser credentials, showcasing increased data theft risks for the government and CNI sectors. The campaign primarily targeted telecommunications companies, embassies, diplomatic missions, consulates and ministries of foreign affairs; due to this choice of targets, we assess that the operation was likely aimed to monitor and obtain strategic information. MuddyWater typically prioritises maintaining prolonged persistence during its operations, highlighting the long-term infection risks for government entities and CNI operators from Iranian threat actors amid ongoing geopolitical hostilities. (Source: Sibylline)
24 Oct 25. Cyber Update
Key points
- Increased artificial intelligence (AI)-related cyber activity will sustain security risks to strategic targets from state-sponsored groups (see Sibylline Cyber Daily Analytical Update – 20 October 2025).
- The large-scale outages that affected the cloud computing platform Amazon Web Services (AWS) underscore operational risks from concentrated third-party vendors (see Sibylline Cyber Daily Analytical Update – 21 October 2025).
- The telecommunications sector in Europe faces long-term cyber espionage risks from the Chinese state-sponsored group ‘Salt Typhoon’ (see Sibylline Cyber Daily Analytical Update – 22 October 2025).
- Regional government and war-relief entities in Ukraine face heightened cyber espionage risks amid the ongoing war (see Sibylline Cyber Daily Analytical Update – 23 October 2025 and our Technical analysis below).
- European drone and unmanned aerial vehicle (UAV) companies face long-term cyber espionage risks from the North Korean threat actor ‘Lazarus’ (see Sibylline Cyber Daily Analytical Update – 24 October 2025).
Technical analysis of weekly stories
A cyber espionage operation called ‘PhantomCaptcha’ targeted Ukrainian regional government administrations and NGOs involved in war relief efforts during October. Preparations for the campaign reportedly started in March and continued through to October, even though the campaign itself was active for only one day, highlighting its pre-meditated and highly methodical nature. Threat actors distributed phishing emails, impersonating the Ukrainian president’s office to trick victims into opening an embedded PDF attachment. The attachment contained a conference link for the video-meeting platform Zoom that redirected users to a fake CAPTCHA verification page. This link established communication with the actors’ command-and-control (C2) infrastructure.
The next stage of the attack was twofold. In the first path, only users with an identifier that matched the actors’ instructions were taken to a legitimate, password-protected Zoom meeting. It is likely that threat actors intended to use social engineering techniques to obtain sensitive information during the meetings, though this attack path was not actively implemented. Conversely, the second attack path used ClickFix techniques to coerce victims into copying and pasting a token (after completing the fake CAPTCHA verification) that covertly executed a first-stage PowerShell script, thereby exploiting user execution to evade detection by security protections. The PowerShell script then initiated a multi-stage process to download the main payload after an obfuscated malware loader and a second-stage payload. Afterwards, the second-stage payload performed system reconnaissance (collecting information such as the computer name, domain information and hardware identifiers), while the main payload acted as a remote access trojan (RAT) facilitating data exfiltration and remote command execution. While PhantomCaptcha has not been attributed to any cyber threat groups, the campaign was reportedly linked to another Russian state-sponsored surveillance operation; it was operated from Russia-based infrastructure. The group targeted Android users in Lviv (Lviv oblast) to gather specific data (such as contacts, call logs, images and live location data), showcasing its targeted nature. The obfuscated and methodical approach of this campaign suggests that its perpetrators are likely highly sophisticated and knowledgeable.
Non-exhaustive recommendations to mitigate against these threats include:
- Monitor devices and networks for suspicious activity.
- Add available Indicators-of-Compromise (IoCs) to your organisation’s security systems to detect potentially malicious samples on the network; configure firewalls to block outbound communications to malicious IP addresses associated with any known malware.
- Adopt behaviour-based end-point detection and response (EDR) solutions, prioritising the detection of the initial stages of a compromise.
- Conduct cyber hygiene awareness courses for users, enabling them to recognise and report phishing and other types of social engineering.
Our cyber word of the week: ClickFix attack
Definition: A technique whereby threat actors attempt to execute malicious command solely via social engineering techniques, in order to enhance obfuscation. (Source: Sibylline)
24 Oct 25. Europe: Drone, UAV companies face long-term cyber espionage risks from North Korean threat actors. On 23 October, the European software company ESET reported that a renowned North Korean state-sponsored group (‘Lazarus’) targeted at least three European drone and unmanned aerial vehicle (UAV) production companies in a cyber espionage operation in March. Reportedly, Lazarus used phishing emails and other social engineering techniques as initial attack vectors in order to trick victims into opening a PDF attachment. The group then executed a multi-stage deployment process that ultimately downloaded a known remote access trojan (RAT; ‘ScoringMathTea’) onto compromised systems to obtain remote control capabilities. Lazarus also disguised its malware loaders as legitimate software, enhancing their legitimacy and highlighting the group’s skillset. This campaign constitutes the latest iteration of ‘Operation DreamJob’, a long-term cyber espionage campaign first uncovered in 2020 that aims to collect sensitive military data and to strengthen Pyongyang’s security posture. As a result, we assess that this report underscores the long-term cyber espionage risks facing businesses in the drone and UAV production sector. (Source: Sibylline)
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Curtiss-Wright Corporation (NYSE: CW) has a long history with its roots dating back to Orville and Wilbur Wright’s first flight in 1903, and Mr. Glenn Curtiss, the father of naval aviation. In 1929, the companies founded by these three great aviation pioneers, the Curtiss Aeroplane and Motor Company and Wright Aeronautical Corporation, merged to form the largest aircraft company at the time, Curtiss-Wright Corporation.
We have continued on the path of innovation and advanced engineering, and have applied that expertise to a number of critical applications in high-performance markets. Our success has resulted in a world-renowned reputation for performance, long-standing customer relationships and significant growth and profitability in the markets in which we compete.
Today, we are a global, integrated provider of highly engineered, technologically advanced products and services. Our revenues are generated by providing our critical solutions through three segments: Aerospace & Industrial, Defense Electronics and Naval & Power, which support several of the largest, most vital industries in the world.
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