Sener Group launches Dcode, its new digital unit specialising in data, AI, cybersecurity and operational technologies

Sener Group launches Dcode, its new digital unit specialising in data, AI, cybersecurity and operational technologies

12/03/2026

Sener will be one of the first major engineering firms to combine digital services with advanced sector-specific knowledge, providing a deep understanding of clients’ end products and operational environments.

Dcode will strengthen its unique value proposition by combining organic growth with selective acquisitions in the industrial digitalisation space.

The engineering and technology group Sener has launched Dcode, its new business unit specialising in the digital market. With this move, it becomes one of the first major engineering firms to combine advanced sector expertise (in markets such as energy, infrastructure and mobility, data centres, or aerospace and defence) with the delivery of digital services, offering a deep understanding of clients’ end products and operational environments.

Specifically, Dcode will focus on four main areas of activity: data, advanced analytics, AI and OT/IT cybersecurity—OT referring to operational technologies, those that control and monitor devices through industrial control systems, robotics or sensors, among other means, in order to improve and safeguard physical processes. IT refers to information technologies, encompassing data, networks and computers.

“The launch of Dcode represents a natural step in our evolution as a technology group. We bring something unique to the market: we are not only experts in digitalisation, but we also understand the infrastructure, the system and the end product from our clients’ perspective—an integrated vision that enables us to design solutions with significant added value,” says Esteban Álvarez, Managing Director of Dcode at Sener. “With Dcode, we reaffirm our commitment to innovation and technological transformation, consolidating our position as a key player in the digitalisation of complex industrial sectors. Thanks to the combination of advanced digital capabilities and deep knowledge of the businesses in which we operate, we offer a distinctive value compared with other market proposals.”

Esteban Álvarez

Esteban Álvarez, Managing Director of Dcode.

Dcode’s business plan envisages selective inorganic growth in areas of industrial digitalisation that can complement its technological capabilities, combined with organic growth. The latter will focus on data, AI and cybersecurity services in those markets and geographies where Sener already has a strong presence and deep expertise. Today, Dcode primarily provides services in infrastructure, mobility, energy and the healthcare sector.

Gabriel Vera appointed Secretary of the Sener Group’s Board of Directors

Gabriel Vera appointed Secretary of the Sener Group’s Board of Directors

18/02/2026

Gabriel Vera takes on the role after 16 years of legal experience within the Sener Group and a solid track record in corporate governance and M&A advisory.

The Board of Directors of the Sener Group has approved the appointment of Gabriel Vera Artázcoz as its new Secretary. In this capacity, he will support the Chair and ensure the proper functioning of the Board, safeguarding the formal and material legality of its actions.

Gabriel Vera

He will combine this role with the secretariat of the boards of the Group’s main businesses (comprising 4,500 professionals specialising in the aerospace and defence, mobility and transport infrastructure, energy, and data centre markets), the oversight of compliance with corporate obligations across its companies, and the provision of legal advice on acquisitions and restructurings (M&A), a responsibility he has held to date.

Gabriel Vera holds a degree in Law from the University of Navarra. He has completed the General Management Programme (PDD) at IESE Business School and the Executive Programme for Directors in Good Corporate Governance at the Study Centre of the Madrid Bar Association.

He began his professional career at Garrigues as a corporate lawyer. In 2010, he joined Sener, where he worked on project contracting in the energy and infrastructure sectors, as well as on their legal management. Between 2019 and 2024, he served as Director of Legal Affairs for the Aerospace and Defence division. During this period, he advised the Group on several corporate restructurings, as well as on the acquisitions carried out by Sener in recent years: Tryo (2018), Tactix (2022), Quark (2023) and SCR (2024).

Sener presents RAZOR, its next generation multipurpose autonomous platform, globally at the World Defense Show in Saudi Arabia

Sener presents RAZOR, its next generation multipurpose autonomous platform, globally at the World Defense Show in Saudi Arabia

09/02/2026

At the World Defense Show, currently taking place in Riyadh, Sener has unveiled its next generation multipurpose autonomous platform, the SRC 100 Razor, designed to meet today’s operational needs of the armed forces. With this launch, Sener strengthens its position as an international leader in the development and production of autonomous systems and remote carriers.

Razor, manufactured entirely in Spain and weighing just 150 kilograms, represents a new generation of high-performance recoverable aerial vehicles. Combining advanced engineering with robust, secure communications that ensure reliable connectivity in highly demanding environments, Razor is also capable of fully autonomous operation, even in GNSS denied scenarios. Thanks to its low observability design, Razor stands out both as an advanced aerial target and as an autonomous platform able to carry out ISR missions, intelligence, surveillance and reconnaissance, and or precision operations.

Designed for mass deployment, the platform incorporates a parachute recovery system, making it a cost-effective option for high-risk operations and well suited to modern attritable strategies, as it can be employed even in missions with a high probability of loss.

Visita MINISDEF Sener WDS

Margarita Robles, Spain’s Minister of Defense, in the center, during her visit to the stand.

Strengthening Sener’s industrial capability

The launch of the SRC 100 Razor, the first system within the SIROCO project, comes just a few months after Sener’s acquisition of SCR, Sistemas de Control Remoto, a move that has significantly expanded its capabilities in autonomous systems, target drones and unmanned platforms. The integration has accelerated the consolidation of the company’s autonomous systems portfolio and reinforced its ability to scale the production of advanced solutions.

This technological momentum is accompanied by substantial growth in the group’s industrial infrastructure. The recent refurbishment and expansion of the Arganda del Rey site in Madrid, together with the construction of new facilities in Zamudio, Bizkaia, will enable Sener to exceed 40,000 square metres dedicated exclusively to space and defence, doubling its current footprint. These centres will include clean rooms, test benches and advanced production lines, consolidating the driving industrial capacity required to deliver major strategic programmes in the aerospace and defence domains.

Rafael Orbe, Sener’s Defence General Manager, stated: “The SRC 100 Razor has been designed to deliver an immediate and flexible solution, capable of adapting to requirements that are evolving at great speed. Sener reaffirms its commitment to modern defence, aligned with the strategic challenges of the coming decades.”

Sener takes part in Airbus UpNext SpaceRAN demonstrator to test global 5G connectivity in orbit

Sener takes part in Airbus UpNext SpaceRAN demonstrator to test global 5G connectivity in orbit

14/01/2026

Airbus UpNext, a wholly owned subsidiary of Airbus, has launched a new demonstrator called Airbus UpNext SpaceRAN (Space Radio Access Network). Its mission is to enable standardised global connectivity by exploring advanced 5G Non-Terrestrial Network (NTN) capabilities.

As part of the project, the industrial engineering and technology group Sener has secured a contract to develop an in-flight prototype of the front-end of the antenna in the S radio frequency band. In this way, Sener will develop a narrowband, smart active antenna that is electronically steerable. Sener is a renowned player in traditional antennas for space and defence and has made a sustained effort over the past decade to develop its own active antenna technology. Sener is involved in several projects for space applications in satellite communications and in downlinks (the transmission of data from a satellite to a ground station), as well as in broadband and narrowband solutions for defence data links.

Airbus UpNext SpaceRAN aims to explore the 5G NTN, a versatile connectivity technology compatible with all types of business applications. Whether for commercial, defence or governmental use, the demonstrator will confirm the feasibility of providing universal connectivity that is standardised, interoperable, and globally available.

Airbus UpNext SpaceRAN will leverage Airbus’ software-defined satellite* capabilities to manage and optimise 5G signals in orbit. By processing data directly in space rather than simply relaying it, the demonstrator will prove that we can reduce latency, maximise data throughput, and enable more efficient network management and routing, opening the door to user-to-user direct connectivity.

The successful exploration of this technology can unlock advantages across various sectors. For commercial aviation, it holds the potential to boost operational efficiency and simplify interoperability, all while enabling enhanced passenger experiences. Similarly, for the military and government sectors, it aims to provide more resilient and secure communications, supporting improved situational awareness and accelerating real-time decision-making.

To bring this initiative to life, Airbus has assembled a consortium of partners, including Sener, Aalyria, AccelerComm, CesiumAstro, Deutsche Telekom, Eutelsat, Industrial Technology Research Institute (ITRI), Keysight Technologies, Onati, Radisys and ST Engineering iDirect.

Developed as part of Air!5G, a project supported by the French government through the France 2030 investment plan, under the Future Networks strategy, this demonstrator is expected to show its first results by 2028. It will be key to preparing the next generation of wireless technology (6G) and eventually driving down the cost of orbital data transmission.

*A software-defined satellite can be reprogrammed from the ground after launch.

Merry Christmas and Happy 2026

Watch

THE LETTER

Christmas has arrived a little differently at Sener this year. Amidst the hustle and bustle of meetings, projects and half-finished cups of coffee, we received an unexpected letter – all the way from the place where wonder is renewed every year!

Upon seeing it, we sensed that it held a unique challenge, brimming with excitement and responsibility.

We invite you to discover what it says in our Christmas video. Join us as we read this very special letter together and uncover a message that reminds us why what we do matters more than we sometimes realise.

Thank you to everyone at Sener for keeping that spark alive.

Thank you to all who trust us for joining us once again this year.

Wishing you all a joyful festive season and a 2026 filled with inspiration, ingenuity and, above all, wonder. ✨

The Sener Foundation, recognised by Ingeniería para la Cooperación / Lankidetzarako Ingeniaritza

The Sener Foundation, recognised by Ingeniería para la Cooperación / Lankidetzarako Ingeniaritza

25/11/2025

The award was presented during the celebration of the 30th anniversary of Ingeniería para la Cooperación / Lankidetzarako Ingeniaritza in San Sebastián.

The Sener Foundation has been recognised by the NGO Ingeniería para la Cooperación / Lankidetzarako Ingeniaritza (ICLI) during the organisation’s 30th anniversary celebrations. The award was collected by the director of the Sener Foundation, Rosana Madroñal, from the president of ICLI, Miguel López.

The event took place on 21 November at TECNUN – School of Engineering of the University of Navarra, in San Sebastián, and brought together various ICLI collaborators from Bizkaia, Araba and Gipuzkoa to celebrate three decades of commitment to development cooperation and engineering at the service of people.

The collaboration between the Sener Foundation, Sener and ICLI has been consolidated over the years through joint projects that reflect a shared vision of a more just and sustainable world. These include the project ‘Strengthening the socio-productive chain of granulated panela in the Sierra de Piura (Peru)’, carried out by volunteers from the Sener Foundation, as well as the donation of computer equipment and office supplies to support the initiatives that ICLI develops in different countries.

Rosana Madroñal, director of the Sener Foundation, said: ‘For the Sener Foundation, accompanying ICLI on this anniversary reaffirms our conviction that engineering and technology can change people’s lives and help build a fairer world. Together, we celebrate not only the achievements made, but also the challenges that inspire us to continue working.’

ICLI reconocimiento Sener

The director of the Sener Foundation, Rosana Madroñal, and the president of ICLI, Miguel López.

Ai5 Lab

Diagnostics

Clinical applications

Ai5 Lab

Case of success
Ai5 Lab:
Enhancing microbiology lab workflows

Microbiology as it happens

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AUTOPLAK

Increase your laboratory’s productivity by automating sample streaking and inoculation processes with the AUTOPLAK automatic streaking and inoculation system. Enhance the system further with our optional subsystems for bi-plate streaking and Gram preparation.

AIPLAK

The intelligent incubator AIPLAK digitalises all sample images for efficient interpretation by the laboratory technician. The compact and modular concept, featuring independent cameras and a dual system of image capture and continuous growth monitoring, introduces new and effective tools for workflow management based on the criticality of samples.

AI MODULES

The AI Modules platform provides artificial intelligence algorithms that complement the bacteriological digitalisation offered by AIPLAK. From algorithms for continuous monitoring application to those for intelligent interpretation of samples using validated algorithms, it encompasses growth detection, contamination detection, microorganism identification, colony counting, and more.

Why choose Ai5 Lab?
Excellent streaking quality
Productivity, efficiency and reliability
Modular & scalable solution
Dual growth/time protocols
Continuous plate reading Alarm generation
Digital Microbiology Open Ai platform

Plate streaking

Advance the efficiency of your laboratory by automating inoculation and plate streaking. Inoculate and streak automatically using AUTOPLAK system. Isolate colonies via different protocols. Standardise streaking methods through the AUTOPLAK automation system.

Digital Microbiology

The intelligent incubation system seamlessly integrates a purpose-built desktop application, ensuring efficient data incorporation, error reduction, and complete digitalisation of the laboratory workflow. Tailored to meet diverse laboratory requirements, this application, when coupled with advanced artificial intelligence algorithms (Ai5 Lab Modules), not only manages and identifies each sample digitally but also enhances overall operational efficiency by eliminating the need for physical contact with individual samples, thus optimising laboratory processes for greater precision and productivity.

Modularity and compact design

Engineered with versatility in mind, the Ai5 Lab system is meticulously crafted to seamlessly accommodate the requirements of diverse laboratories, varying sample volumes, and a multitude of protocols. Its compact design and modular approach not only ensure optimal utilization of laboratory space but also facilitate a swift and effortless installation process, contributing to an overall streamlined and efficient workflow in the laboratory environment.

Dual Growth/Time protocol

The intelligent incubation system is the only system on the market equipped with 2 complementary imaging systems. A first continuous monitoring system that allows uninterrupted monitoring of sample growth, being capable of generating alarms as soon as growth is detected in the sample. The second system captures the overhead image, digitalising the sample and executing artificial intelligence algorithms to determine the characteristics of that growth. This advanced platform that combines time-based and growth-based management protocols, provides the laboratory with a unique tool to address emergency situations, to efficiently optimise workflow processes thus contributing to a more effective operation and accelerated results in the laboratory.

Continuous monitoring & alarm management

The external imaging system integrated into the incubator not only facilitates early detection of sample growth but also incorporates a cutting-edge feature— the generation and transmission of timely alarms to the laboratory technician. This pioneering tool, standing out as a unique offering in the market, seamlessly combines a revolutionary hardware concept with an advanced algorithm for continuous monitoring of sample development. By seamlessly integrating these elements, it not only ensures early warning capabilities but also signifies a significant leap forward in enhancing the overall efficiency and responsiveness of laboratory operations.

Custom IA Algorithm platform

Incorporate various artificial intelligence modules into your laboratory operations and optimize the utilization of your laboratory technicians for higher-value tasks. Sener provides the Ai5 Lab Modules platform, offering algorithms tailored to match your consumables and workflow seamlessly. Some of these modules include continuous monitoring systems, growth/no-growth detection, colony counting, microorganism detection, morphology analysis, contamination identification, and more.

It’s not about automation,
it is about adding value through automation

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Experience the future of clinical microbiology with Sener’s Ai5 Lab System: The Ultimate in Compact, Modular, and Innovative Automation. Accelerate Detection with Continuous Reading Excellence!

SOLar Orbiter mission (SOLO)

Space

Science & Earth observation

SOLar Orbiter mission (SOLO)

Case of success

Related projects in Science & Earth observation

10.22.2025 Science & Earth observation / Space
05.23.2018 Science & Earth observation / Space

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Contact us to find out how we can help you.

Sener receives ENR’s Global Best Project Award for its innovative automated pitch changeover solution at Santiago Bernabéu stadium

Sener receives ENR’s Global Best Project Award for its innovative automated pitch changeover solution at Santiago Bernabéu stadium

03/10/2025

Prestigious publication Engineering News-Record recognizes the retractable pitch project as Best Project in the Specialty Construction category.

Sener has been honored by Engineering News-Record (ENR) in its Global Best Projects Awards 2025, receiving the Best Project recognition in the Specialty Construction category for its fully automated pitch changeover solution at Santiago Bernabéu Stadium in Madrid.

The solution, developed by Sener, represents a pioneering technological innovation that enables the stadium’s rapid and efficient transformation between football configurations and multifunctional events, establishing the venue as one of the most versatile in the world.

ENR’s Global Best Projects Awards represent one of the most prestigious accolades in the international construction and engineering industry. In its thirteenth edition, a panel of industry experts evaluated approximately 90 submissions from around the world, selecting 32 winning projects located in 24 countries across all continents.

The rigorous selection process analyzes each project’s safety performance, innovation, teamwork, and execution excellence.

All winning projects will be featured in detail in ENR’s special December 15 issue, which will also reveal which project will receive the coveted Global Project of the Year title. Additionally, ENR will host a virtual awards ceremony on December 18.

This recognition reinforces Sener’s position as a global engineering leader and adds to the company’s recent achievements, including its current ranking at number 38 in ENR’s “Top 225 International Design Firms.”

The Santiago Bernabéu project exemplifies Sener’s commitment to technological innovation, engineering excellence, and the development of solutions that set new industry standards.

Sener to develop prototype for next generation backhaul terminals for SES’s O3b mPOWER system

Sener to develop prototype for next generation backhaul terminals for SES’s O3b mPOWER system

30/09/2025

SES has selected Sener to develop the first prototype of a next-generation ground terminal for its O3b mPOWER system. This backhaul terminal, based on active antenna technology, addresses the growing demand for resilient, high-capacity connectivity from operators, governments, and enterprises worldwide.

The O3b mPOWER constellation, operating in Medium Earth Orbit (MEO), is designed to deliver high-performance, low-latency connectivity services—even in remote locations. The terminal developed by Sener features a reflector antenna with phased-array technology, enabling electronic satellite tracking without moving parts, significantly enhancing system reliability and performance. This capability is powered by custom-developed control, diagnostic, and execution software and firmware that manage real-time pointing and link geometry adaptation.

The system operates across the full Ka-band, with dual-beam reception (17.7–21.2 GHz) and single-beam transmission (27.5–31 GHz), and supports a wide scanning area (±50° azimuth, ±10° elevation). It is designed for deployment between latitudes 50° N and 50° S, providing global coverage for SES’s MEO network. Its compact and efficient design optimizes electronic integration and signal quality, maintaining a reduced volume without compromising performance.

Sener now enters the prototyping phase, during which engineering teams will develop breadboards and key subsystems: transmission and reception modules, arrays, and signal distribution networks. Performance will be validated through lab measurements, anechoic chamber testing, and final trials at SES’s antenna field in Luxembourg.

With a solid track record in traditional antennas for space and defense, Sener has invested consistently over the past decade in developing proprietary active antenna technology. The company is currently involved in multiple projects for satellite communications and downlink applications, as well as wideband and narrowband data links for defense. These developments combine expertise in radiofrequency, electronics, and control to deliver solutions tailored to demanding operational requirements.

This project marks a new milestone in the collaboration between SES and Sener, reinforcing their shared commitment to technological innovation in the space sector.