Industry 4.0 / IIoT​

Challenges

Industry 4.0, with IIoT, 3D printing, robotics and CPS, is transforming manufacturing technologies through increased automation and connectivity. Open systems pose new risks, requiring integrated cybersecurity from the outset to prevent potential threats.

Our solution and benefits

Moabi provides cybersecurity analyses to evaluate and test new systems and equipment, enabling manufacturers to compare suppliers and demand high levels of security right from the selection process.

Results

Protect Industry 4.0 with consistent, sustainable security audits, based on key metrics to ensure continuous improvement.

Article, News & Post

Recent Blog & Post

Explore our articles for ideas, tips and perspectives on innovation and cybersecurity – perhaps you’ll find the inspiration or answers you’re looking for.

Mapping ‘Resilience of digital infrastructure’

Cyberattacks in France in Late 2025: The Reality Is Already Here The year 2025 will be remembered as a pivotal year for cybersecurity in France. The threat landscape has become more intense: massive attacks, compromises of public services and disruptions to critical systems show that no sector is immune. Among the most striking examples: the Ministry of the Interior’s cybersecurity was compromised and its email servers infiltrated, leading to an immediate tightening of access controls and a thorough investigation by the relevant authorities. In addition, the France Travail organisation saw the personal data of hundreds of thousands of job seekers exposed via a flaw in the Kairos application, revealing persistent weaknesses in essential national services. Finally, even large-scale infrastructures such as the national postal service have been affected by targeted attacks, impacting the availability of services during periods of high traffic. This finding is reinforced by general observations from the sector: attacks are increasingly exploiting supply chains and third-party components rather than directly attacking an organisation’s visible defences. Why a Resilience Mapping Like Systematic Paris-Region’s Is Essential In an environment defined by persistent and evolving threats, having a clear, structured understanding of the cybersecurity solutions landscape is no longer a luxury, it is a strategic imperative. The Resilience of Digital Infrastructures mapping published by Systematic Paris-Region provides a much-needed reference framework. It does more than catalog tools; it categorizes approaches across the lifecycle of cyber resilience from prevention and protection to detection and response. This kind of mapping is valuable because it helps organizations: In a crowded and technically complex market, such a resource accelerates informed decision-making and supports robust security strategies. MOABI: Innovation, Research and Operational Support At MOABI, we view cybersecurity not as a checkbox exercise, but as a continuous, evolving process. Our work is grounded in research and real-world impact. We advance this mission by: We support organizations of all sizes, from large enterprises to agile startups, helping them move beyond periodic testing to truly proactive and scalable security practices. Our goal is not just to find vulnerabilities, but to free technical teams from repetitive tasks so they can focus on strategy, innovation, and resilience. Toward Smarter, Proactive Cybersecurity The recent cyber incidents in France underscore a stark truth: attackers will continue to probe and exploit weak links in digital ecosystems, often through indirect paths such as third-party components or supply chain dependencies. In this context, reactive security is no longer sufficient. Resilience, the ability to anticipate, withstand, and recover quickly from disruptions, must be engineered into the heart of software and systems. Tools like the Systematic Paris-Region resilience mapping provide valuable orientation in a complex landscape. When combined with sustained research, innovation, and operational rigor, they help shape security practices that are both effective and sustainable. Cybersecurity is no longer a destination.It is a continuous process grounded in vigilance, clarity, and strategic action. Organizations that embrace this reality now will be better positioned to navigate the threats of tomorrow.

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Official launch of the ASCiDy project: a sovereign innovation for product cybersecurity

22 October 2025 marks an important milestone for French cybersecurity: the official launch of the ASCiDy project, a Technology Transfer Programme to Cyber Campuses (PTCC) led by EURECOM and MOABI, with the support of INRIA and Campus Cyber. This project perfectly illustrates the synergy between academic innovation and industrial expertise, in an approach resolutely focused on digital sovereignty. A project born out of a shared ambition The ASCiDy project aims to enhance software product security through a proactive and automated approach to vulnerability detection. With cyberattacks exploiting the software supply chain on the rise, the objective is clear: identify vulnerabilities before they become exploitable flaws. Thanks to close collaboration between EURECOM’s research teams and MOABI’s industrial expertise, ASCiDy will enable the integration of a dynamic analysis (fuzzing) component into the MOABI platform, capable of testing software without requiring access to its source code. This approach will enable the detection of zero-day vulnerabilities with unprecedented accuracy, while maintaining complete automation of the analysis and fuzzing processes. An alliance between research and industry ASCiDy’s success is based on a strategic alliance between three centres of excellence: By combining these complementary areas of expertise, ASCiDy aims to create a new standard for software analysis in Europe, at the crossroads of academia and industry. A direct response to current challenges Product security and software supply chain control have become strategic priorities for both governments and manufacturers. The European NIS2 Directive and the Cyber Resilience Act (CRA) now impose strict requirements: companies must be able to prove the compliance and resilience of their software products. MOABI directly addresses these challenges by enabling: The objective is twofold: to protect critical infrastructure and to equip industrial players to become autonomous in their product cybersecurity approach. A major technical innovation From a technical standpoint, ASCiDy complements the capabilities of the MOABI platform, which already specialises in static binary analysis. With this new dynamic component, the platform will now combine two complementary approaches: This combination offers a 360° view of software security, where each component is analysed, correlated and continuously monitored. The results are consolidated in a single dashboard, accessible to both technical experts and cybersecurity and compliance managers. A long-term vision Beyond technology, ASCiDy is part of a national and European strategic approach. The project contributes to building a sovereign ecosystem of product cybersecurity innovation, based in Sophia-Antipolis and interconnected with French research and innovation hubs. This vision is aligned with national priorities in terms of digital sovereignty and industrial resilience. By making cybersecurity measurable, accessible and automated, ASCiDy aims to raise the overall level of security for economic players, from large groups to SMEs. Many thanks to our partners and participants MOABI would like to extend its warmest thanks to EURECOM, INRIA, Campus Cyber, and all the manufacturers, researchers and institutions that participated in the launch of the project. Their presence and contributions confirm the relevance of this initiative and the collective desire to strengthen French cybersecurity. Find out more and follow the project 📍 Discover the PTCC system at Campus Cyber: http://www.ptcc.fr 📍 Follow the progress of the ASCiDy project: http://www.ascidy.fr 📍 Find out more about MOABI: http://www.moabi.com

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