VALIDY TECHNOLOGY is a technology so innovative and different from the "classical" approaches of IT security that it is unclassifiable.
VALIDY TECHNOLOGY is a disruptive technology in the field of trust and IT security. It is literally fundamental, generic and seminal. It is for these reasons that it can be considered at the same time as:
- The perfect Antivirus including for ZERO DAY attacks (100% effective),
- The ideal technology to implement a ZERO TRUST architecture,
- The ultimate Endpoint Detection Response (EDR),
- A perfect Defense in Depth,
- The decisive solution against Cyber espionage (Advanced Persistent Threat(APT)),
- The ideal solution against cyber sabotage.
It allows to implement a collective defense on a global scale.
In conclusion, VALIDY TECHNOLOGY is "the security of security". It completely changes the game in the field of trust and security in cyberspace.
#cybersecurity #cyberdefense #zeroday #DefenseInDepth #ZeroTrust #EDR # APT #securitybydesign #collectivedefense
Demonstrating infringement in the field of semiconductors has historically been one of the most complex exercises in technology law. Unlike software, whose components can sometimes be analyzed or compared, hardware architectures are deeply embedded in circuits, protected by multiple layers of integration, intellectual property, and manufacturing secrecy.
In this context, access to evidence generally relies on heavy and uncertain mechanisms: intrusive technical investigations, court-ordered expert assessments, or specific procedures such as discovery in common law systems. These approaches present significant limitations, both in terms of technical feasibility and in protecting industrial secrets of the parties involved.
The use of advanced artificial intelligence such as MYTHOS (ANTHROPIC) and CHATGPT 5.4 (OPENAI) makes it possible to establish proof of infringement of VALIDY TECHNOLOGY.
By introducing an identifiable execution signature, independent of access to the internal content of systems, the technology makes it possible to demonstrate the use of its principles without resorting to invasive operations. This capability is particularly decisive in cases where similar mechanisms may have been integrated into processors or security coprocessors without authorization by industrial actors.
Analysis can then be based on external observations, measurable behaviors, or execution characteristics, allowing the construction of a technically substantiated body of evidence. This type of approach is compatible with evidentiary requirements in many legal systems, provided it relies on robust, reproducible, and expert-validated methods.
In common law jurisdictions, this capability can significantly strengthen discovery procedures by guiding requests for information access and reducing initial uncertainty regarding the existence of infringement. It enables a progressive evidence logic, in which prior identification of a credible technological signature justifies further investigation.
In international arbitration frameworks, often preferred for disputes involving sensitive technologies or state or quasi-state actors, this approach offers a decisive advantage. It reconciles two usually conflicting requirements: the need to demonstrate unauthorized use and the imperative to preserve the confidentiality of the technologies involved. Evidence can be provided without exposing the elements constituting industrial secrets, thereby strengthening the admissibility and acceptability of proceedings.
Beyond litigation, this capability also transforms industrial power dynamics. The ability to detect unauthorized use of VALIDY TECHNOLOGY at the hardware level, without direct access to circuits, introduces a significant deterrent effect. It helps secure business models based on licensing and strengthens the credibility of intellectual property rights in a field where their enforcement has traditionally been difficult.
While VALIDY TECHNOLOGY makes any reverse engineering operation aimed at accessing the content of protected programs impossible, it simultaneously introduces a decisive capability: demonstrating its use without revealing its internal mechanisms.
This capability relies on the identification of execution signatures specific to the technology. Through the analysis of these signatures, particularly using advanced artificial intelligence techniques, it becomes possible to determine with a high level of confidence that a program, system, or even a processor incorporates or uses mechanisms consistent with VALIDY TECHNOLOGY.
This situation can be compared to a linguistic phenomenon: an observer may be unable to understand a language while still being able to identify it. Similarly, VALIDY TECHNOLOGY prevents access to instruction content while allowing recognition of the underlying technological structure.
This property takes on particular significance in the context of semiconductors and hardware architectures. If actors were to integrate, reproduce, or adapt the principles of VALIDY TECHNOLOGY within processors or security coprocessors without authorization, the associated execution characteristics could be identified. The technology thus becomes, through its mere use, the bearer of a detectable footprint.
From a legal standpoint, this capability represents a major lever. It allows the establishment of technology use without requiring direct access to source code or disclosure of protected elements. In contexts where proving infringement is traditionally difficult, particularly in embedded technologies or hardware architectures, VALIDY introduces an indirect but objective proof mechanism.
This evidence can be used in technical expertise, litigation, or international arbitration proceedings. It makes it possible to demonstrate that an actor uses VALIDY TECHNOLOGY, even when it is deeply embedded in a hardware architecture, without apparent access to internal elements.
It also strengthens deterrence. The fact that unauthorized use of VALIDY TECHNOLOGY can be detected, even without access to system content, changes the economic and strategic balance for potential infringers.
Thus, VALIDY TECHNOLOGY does not only protect software and systems from analysis and compromise. It also enables identification and proof of its own use, including in opaque or hostile environments.
This dual property—content invisibility and implementation detectability—constitutes a fundamental basis for the protection, valuation, and defense of the technology at an industrial and international scale.
One of the most structuring effects of VALIDY TECHNOLOGY lies in its ability to make the instructions actually executed within the secure environment in which it operates inaccessible. By relying on execution within a security coprocessor integrated into the microprocessor, the technology prevents, by design, any direct or indirect observation of instructions in execution.
This property is not an added mechanism, but a direct consequence of the architecture of VALIDY TECHNOLOGY. Instructions, encrypted during compilation within a controlled environment, are only decrypted at the moment of execution, within an isolated hardware space. They are never exposed in an exploitable form outside this space, even in potentially compromised environments.
Under these conditions, traditional reverse engineering techniques become ineffective. Binary code analysis no longer provides access to the actual logic of the program, and observation of its behavior does not allow reconstruction of executed instructions. The link between observable code and internal system behavior is structurally broken.
This impossibility of reverse engineering has a major consequence: the know-how embedded in software, whether proprietary algorithms, simulation models, industrial logic, or artificial intelligence systems, becomes intrinsically protected. Where historically any software could be analyzed, understood, and reproduced, VALIDY TECHNOLOGY introduces a durable technological barrier to the appropriation of know-how.
In a context where artificial intelligence capabilities greatly facilitate reverse engineering by automating the analysis and reconstruction of complex logic, this property takes on strategic importance. VALIDY does not merely slow down analysis: it renders it structurally inoperative.
However, this invisibility of content does not imply absence of signature. The very architecture of VALIDY induces specific execution characteristics linked to its operating mode within the processor. These characteristics, without revealing the nature of the executed instructions, constitute a form of structural traceability.
Thus, while making the content of protected programs inaccessible, VALIDY TECHNOLOGY leaves an identifiable technical footprint. This dissociation between content opacity and signature persistence is fundamental. It opens the possibility of detecting the presence of the technology, including when it has been integrated into a system or processor without authorization.
VALIDY TECHNOLOGY therefore protects not only the integrity and know-how of software but also establishes the basis for recognizing its own use, including in uncontrolled contexts
This project consists of a consortium bringing together major players in cloud computing, cybersecurity, software, and finance (launch partners of the project).
• cloud & infrastructure (AWS, Microsoft, Google)
• manufacturers & hardware (Apple, NVIDIA, Broadcom)
• cybersecurity (CrowdStrike, Palo Alto Networks, Cisco)
• critical finance (JPMorgan Chase)
• open source (Linux Foundation)
The idea is to secure the core of global digital infrastructure before equivalent capabilities are exploited offensively.
From probabilistic cybersecurity to deterministic cybersecurity
For more than thirty years, global cybersecurity has been primarily based on a probabilistic approach to risk. Protection systems aim to reduce the likelihood of compromise through the accumulation of defensive mechanisms: code audits, software patches, behavioral detection, antivirus, heuristic analysis, or artificial intelligence applied to vulnerability discovery.
Recent initiatives (April 2026) in automated code analysis using AI, such as the CLAUDE MYTHOS project developed by ANTHROPIC, represent the culmination of this logic. They make it possible to identify potential flaws more quickly, including unknown vulnerabilities (zero-day), and significantly improve overall software quality.
However, this approach remains intrinsically probabilistic: it reduces risk without being able to eliminate it. No analysis system, whether human or algorithmic, can demonstrate the absolute absence of vulnerability in complex software. Moreover, even a perfectly audited program can be altered after deployment through compromise of the execution chain.
Why would the global deployment by ANTHROPIC of the new CLAUDE MYTHOS AI version be so dangerous today?
An AI model as powerful as CLAUDE MYTHOS, if it fell into the wrong hands, would provide offensive capabilities to states, criminal groups, or malicious hackers far exceeding current defensive capabilities.
And we know that most essential services are digitized. Therefore, the dissemination of CLAUDE MYTHOS would democratize hacking on an unprecedented scale, effectively giving cyber attackers the equivalent of a nuclear weapon, while cyber defenders would be left with insufficient—if not negligible—means.
And if ANTHROPIC has managed to build such a powerful AI with such cyber capabilities, other companies and nations will undoubtedly achieve the same very soon.
And they will not all be Western…
This is why the complementarity of VALIDY TECHNOLOGY becomes as necessary as it is indispensable within the GLASSWING consortium.
VALIDY TECHNOLOGY introduces a paradigm shift by moving the point of trust from software to its hardware execution. As a Runtime Root of Trust embedded within the microprocessor, the technology does not attempt to anticipate attacks but to physically prevent any unauthorized modification of software behavior from producing a real effect.
The continuous verification of execution integrity, performed in real time through elementary operations with extremely low computational cost, transforms cybersecurity: the question is no longer merely “is an attack likely?” but “can an attack still produce an outcome?”
This transition marks the shift:
• from cybersecurity based on threat detection,
• to cybersecurity based on the non-alterability of execution.
In this model, predictive code analysis and hardware-based execution guarantees become complementary. Artificial intelligence reduces the introduction of vulnerabilities; the Runtime Root of Trust prevents their operational exploitation.
For states, this evolution goes beyond the technical dimension. It opens the way to a stabilization of cyberspace comparable to that historically provided by certain critical physical infrastructures: an environment where offensive capability remains, but where massive and invisible system compromise becomes structurally more difficult.
Thus emerges a deterministic cybersecurity, in which trust no longer relies solely on analysis or monitoring, but on the intrinsic properties of computation execution itself.
CLAUDE MYTHOS by ANTHROPIC and VALIDY TECHNOLOGY: toward a two-layer cyber architecture (AI and Runtime Root of Trust)
This dynamic reflects a collective realization of a now established fact: human code analysis is no longer sufficient given the complexity and scale of modern digital systems. CLAUDE MYTHOS by ANTHROPIC provides a response adapted to this scale by automating vulnerability detection, including the most advanced ones, and significantly reducing the probability of introducing exploitable flaws.
However, this first layer, as essential as it is, does not resolve a structural limitation of cyberspace: the impossibility of guaranteeing that software will remain intact after analysis, deployment, and throughout its execution. The history of sophisticated attacks, particularly those targeting supply chains or execution environments, demonstrates that compromise can occur at any point in the digital lifecycle.
This is precisely where VALIDY TECHNOLOGY intervenes.
As a Runtime Root of Trust embedded at the core of microprocessors, VALIDY TECHNOLOGY constitutes a second layer of security, no longer based on analysis or detection, but on guaranteeing execution integrity itself. It ensures, in real time, that software behavior strictly matches what was validated at compilation, making any operational alteration immediately detectable and neutralizable.
The combination of these two approaches creates a coherent and comprehensive architecture:
• a first layer, cognitive and predictive, based on artificial intelligence, aimed at identifying and reducing vulnerabilities upstream;
• a second layer, hardware-based and deterministic, ensuring that these vulnerabilities cannot produce effects during execution, even if they persist or are introduced later.
This two-layer architecture represents a paradigm shift. It no longer merely seeks to reduce risk but to structurally control its consequences.
For states, this complementarity offers major strategic value. It enables the development of cybersecurity that is both proactive and resilient, capable of adapting to highly hostile environments while maintaining sovereign control over critical infrastructures. It also paves the way for the progressive standardization of a trust chain covering the entire software lifecycle, from design to actual execution.
From this perspective, VALIDY TECHNOLOGY should not be seen as competing with initiatives such as CLAUDE MYTHOS by ANTHROPIC, but as their natural extension in synergy at the most fundamental level of computing. Together, they outline the contours of a next-generation cybersecurity infrastructure, adapted to contemporary challenges and to the strategic balances of cyberspace.
Toward an implicit Western cyber doctrine
The simultaneous emergence of large-scale AI-driven code analysis capabilities, through initiatives such as the GLASSWING project, along with the development of execution integrity technologies like VALIDY TECHNOLOGY, does not reflect isolated developments. Rather, it signals the gradual emergence of an implicit cyber doctrine among Western technological powers.
This doctrine, still informal, is based on a coherent articulation between two complementary principles. On one hand, the use of artificial intelligence to anticipate, detect, and reduce vulnerabilities at scale. On the other, the establishment of execution trust anchored in hardware, ensuring that digital systems behave as validated, regardless of operating conditions.
This dual movement responds to a strategic necessity: in the face of the industrialization of attacks and the growing complexity of systems, no single approach can ensure overall security. The combination of predictive cybersecurity and deterministic cybersecurity thus constitutes a systemic response adapted to contemporary environments.
Beyond the technical dimension, this convergence outlines the contours of a common framework between states, industrial players, and operators of critical infrastructures. It fosters the emergence of de facto standards, based not on formal agreements but on the gradual adoption of shared practices and architectures.
In this perspective, the association of technologies such as CLAUDE MYTHOS and VALIDY TECHNOLOGY could help structure a transnational trust infrastructure, compatible with sovereignty requirements while facilitating interoperability among allies. It thus opens the way to a relative stabilization of cyberspace, in which control over digital systems depends as much on their design as on the technical impossibility of altering them during execution.
Without constituting a formal doctrine, this dynamic already resembles a form of strategic convergence, destined to play a structuring role in the international digital balance of the coming decades.
May 2026, VALIDY NET Inc. publishes its doctrinal paper entitled: "Why, in the Era of Systemic Threats (ANTHROPIC MYTHOS), VALIDY TECHNOLOGY Is Essential to Securing Cyberspace and Artificial Intelligence"
Towards a Sovereign Trust Infrastructure for Cyber Stability Ensuring Digital Integrity While Preserving State Operational Capabilities
• Contribution to the contemporary 2026 cyber doctrines, including the offensive cyber doctrines of the United States, France, and Europe.
• Complementarity of VALIDY TECHNOLOGY with ANTHROPIC's CLAUDE MYTHOS within the framework of the GLASSWING Project.
April 2026, launch of ANTHROPIC's advanced artificial intelligence model Claude MYTHOS and announcement of GLASSWING, a defensive cyber alliance with access to Claude MYTHOS.
March 2026, President Trump's CYBER STRATEGY for America. The White House unveils an offensive cyber doctrine structured around six strategic pillars designed to strengthen the U.S. response to hostile states, criminal organizations, and influence operations.
January 2026, France publishes its 2026–2030 National Cybersecurity Strategy. The strategy explicitly embraces an Offensive Cybersecurity posture.
It responds to the Executive orders and memorandums signed by the President of the United States of America Joe BIDEN.
On February 24, 2021, President Joe Biden signed an executive order entitled "America's Supply Chains Executive Order". This executive order is designed to secure physical and information supply chains. It is a reaction to the supply difficulties induced by China and a reaction to the Solarwind cyberattack.
On May 12, 2021, President Joe Biden signed an executive order entitled "Executive Order to Improve the Nation's Cybersecurity".
On July 28, 2021, President Joe Biden signed a memorandum entitled "National Security Memorandum on Improving Cybersecurity of Critical Infrastructure Control Systems".
On January 19, 2022, President Joe Biden signed a memorandum entitled: "Memorandum on Enhancing Cybersecurity for the National Security, Department of Defense, and Intelligence Community.
On January 26, 2022, the President's Chief of Staff (OMB) signed a memorandum entitled: "Memorandum for Heads of Executive Departmentsand Agencies - Moving the U.S. Government Toward Zero Trust Cybersecurity Principles".
Why the SUNBURST cyberattack would not have taken place if VALIDY TECHNOLOGY had been activated ?
VALIDY TECHNOLOGY is a patented breakthrough technology that allows any digital system to ensure in real-time its own ‘defense in depth’ against any cyberattack. It is a hardware and software combination-based protection. The hardware part is embedded within the processor.
This protection transforms any software into an attack detection probe. As soon as VALIDY TECHNOLOGY detects an attack, it enables the protected system to take appropriate retaliatory measures to ensure its safety and integrity. It can also send information about the ongoing attack to a Security Operational Center (SOC). In the case of the SUNBURST cyberattack, it would have been unachievable for hackers to prepare and "mount" this attack without being immediately detected and subjected to the measures of appropriate retaliation. The cyberattack SUNBURST would not have taken place.
It is VITAL, at the dawn of the global deployment of 5G, Internet of Things (IoT) and Artificial Intelligence (AI), that VALIDY TECHNOLOGY is activated worldwide in all digital systems to restore trust and security in cyberspace.
For more information:
https://cybertechaccord.org/case-study-validy-net-inc/
www.validy-net.com
Inventors contacts:
Gilles SGRO – Cell: +33 684 60 00 96 – gilles.sgro@validy-net.com
Jean-Christophe CUENOD – Cell: +33 671 62 86 15 – jcc@validy-net.com
VALIDY TECHNOLOGY protects program integrity in real time during execution.
This innovative technology, based on a combination of hardware (security coprocessor) and software (by means of a compiler) provides this protection and does not require prior knowledge of virus signatures. It is therefore effective by nature against any type of virus (100%) whatever its composition and form.
This is why we equate it to a Universal Digital Vaccine.
It should be noted that the strength of the protection rests on the solidity of the material part (security coprocessor / microprocessor).
VALIDY TECHNOLOGY creates a remoteness between the protected material and the hacker (deprived of his gift of ubiquity) who can only corrupt the system by a physical attack. We thus restore the same level of safety, reliability and security in the digital world as in the physical world.
VALIDY TECHNOLOGY is therefore a major breakthrough innovation, a total paradigm shift in the area of defense and cyberspace security. Its global deployment will fundamentally contribute to confidence and security in cyberspace.
Zero Trust is an architecture concept that makes sense when using VALIDY TECHNOLOGY. The Zero Trust architecture brings an improvement in security only if we can trust the decision chain that authorizes or not the access to an information system. Zero Trust must be able to trust its security infrastructure and this is exactly what VALIDY TECHNOLOGY provides.
VALIDY TECHNOLOGY is by construction a Zero Trust architecture compliant technology.
The security it brings to a protected system does not depend on any signature and any trusted third party. A system protected by VALIDY TECHNOLOGY becomes by nature a trusted system. The entire security infrastructure of the Zero Trust architecture can be based on VALIDY TECHNOLOGY and is perfectly secure, open and interoperable.
VALIDY TECHNOLOGY is a technology capable of instantly detecting any type of attack, including unknown ones (Zero day). VALIDY TECHNOLOY is able to transform each protected program into an attack detection probe and applies in depth to all levels of software (Firmware, Operating System, Application Software). It is therefore a Deep Endpoint Detection Response. The response of VALIDY TECHNOLOGY EDR depends on the applications.
It can for example:
- send the attack information to a Security Operating Center (SOC) equipped with artificial intelligence,
- put in security condition an embedded system in a means of transport,
- protect the automatons involved in the management of a sensitive infrastructure (Industrial Control System /SCADA).
It enables the implementation of a collective defense on a global scale.
VALIDY TECHNOLOGY's ability to detect attacks instantly provides a major additional advantage (Patent Detection and Coercion). Indeed, any serious attack such as an APT must be carefully prepared and tested in order to be stealthy and persistent. The hackers must set it up without being detected and have a lot of time to exploit it to the maximum. To do this, they must have a "clone" of the system to be attacked to adjust and repeat the attack on this "clone" until they obtain the desired result.
This testing phase is long and delicate and the "clone" protected by VALIDY TECHNOLOGY detects at each attack attempt the attack, and can report it to a security operation center (SOC) and/or put itself in operational security condition preventing in fine any completion of the attack preparation.
This characteristic of VALIDY TECHNOLOGY makes any attack preparation extremely delicate, if not impossible even for State attackers and thus represents a major obstacle for APTs.
Before you introduce VALIDY can you answer these 3 questions?
Surprising as it may seem the answer is YES to these 3 questions, thanks to the breakthrough technology VALIDY TECHNOLOGY.
VALIDY NET INC was established in 1998 in Portland, Oregon (USA). It has a French subsidiary VALIDY SAS.
$ 10 Million (USD) was invested to provide intellectual protection for his invention and to develop a proof of concept (POC). VALIDY NET INC is funded by 300 Business Angels.
Its technical director, co-inventor of VALIDY TECHNOLOGY, worked at PARC (Palo Alto Research Center), one of the best Silicon Valley laboratories.
Its patent portfolio covers many countries: USA, France, Norway, Belgium, Germany, United Kingdom, Ireland, Italy, Spain, Switzerland, Russia, China, Hong Kong, India, Eurasia, Australia, Japan, South Korea, Morocco, Philippines, South Africa.
Business model:License grant of VALIDY TECHNOLOGY
By deploying the technology invented by VALIDY, called VALIDY TECHNOLOGY, globally with industrial partners and institutions around the world.
Non-exhaustive list:
Processor manufacturers, computer manufacturers, industrial equipment manufacturers, automotive manufacturers, computer service companies, software publishers, etc…
VALIDY TECHNOLOGY is changing the game of IT security.
It is a "seminal" and generic technology that applies wherever there is digital electronics.
It's a disruptive technology, a real paradigm shift. An unexplored path so far.
It restores the balance between attack and defense in cyberspace.
Any IT developer can implement it without being a computer security specialist.
It is so effective that hackers cannot build reasonable test platforms to prepare for their attack.
VALIDY TECHNOLOGY allows a program to protect itself without a trusted third party. A running program checks in real time that its progress is consistent with the expected execution when the developer compiled the program.
July 7, 2021 - VALIDY NET INC makes a proposal to transfer the patent portfolio to the NSA
June 2021 - VALIDY NET INC participates in Business In a Minute organized by the National Security Agency (NSA)
June 9, 2021, meeting with NSA's Cybersecurity Program Executive Office PEO
June 3, 2021, meeting with Amazon Web Services
June 3, 2021, meeting with Microsoft Federal
November 2019, A case study on VALIDY TECHNOLOGY is released on the Cybersecurity Tech Accord web site
On Octobre 11, 2019 - Publication in ZONEBOURSE of the article entitled "Trust and security in cyberspace: a question that is now more diplomatic and legal than technical and military" Authors Gilles Sgro & Jean-Christophe CUENOD
September 2019, VALIDY NET INC becomes a member of the Cybersecurity Tech Accord driven by MICROSOFT
August 2019, VALIDY NET INC and VALIDY SAS are included by the French Ministry of Foreign Affairs on the list of supporters of the Paris Appeal for Confidence and Security in Cyberspace. On August 1, 2019, they join the 67 States, the 358 companies including MICROSOFT, THALES, JUNIPER NETWORKS and the 139 organizations that wish to contribute to securing cyberspace.
On February 7, 2019 - Conversation of Mr Gilles Sgro with the Président de la République Emmanuel Macron on cybersecurity and cyberdefense
On March 20, 2018 - Publication in ZONEBOURSE of the article entitled "Cybersecurity and Cyberdefense: The main issues for the real economy". Authors Gilles Sgro & Jean-Christophe CUENOD
April 2016, Reception of a letter from President Barack OBAMA, who calls to federate forces to protect cyberspace.
September 2013, Presentation of VALIDY TECHNOLOGY at the US Department of Defense INSCOM, Fort Meade.
April 2011, Presentation to the National Security Agency (NSA), during “Business In a Minute”.
March 2011, Publication press article in Mag-securs N0 29: "Learning the lessons of the STUXNET case".
January 2011, Registration of VALIDY TECHNOLOGY at the National Security Agency (NSA)Acquisition Resource Center.
September 2010, VALIDY is semi-finalist at the prestigious "AMERICAN SECURITY CHALLENGE" competition
May 2008, Press article published in RUE89: "VALIDY, the setbacks of a start-up in spies’ country ".
November 2007, Labeling of SECTOKEN project by the MINALOGIC global competitiveness cluster.
June 2007, MOTOROLA Award at the Sino-European ChinICT 2007 in Beijing.
April 2006, Publication press article in HACKADEMY MAGAZINE: "Reversing, the study of an unprecedented protection".
January 2006, Publication press article in the Drôme Economy Magazine: "Stop industrial piracy".
November 2005, Selection at the ICT Conference (Ireland), as one of the 20 most "cutting edge" technologies in Europe.
September 2005, Nomination at the IST Prize, the most prestigious contest of the European community concerning information technologies.
June 2005, Meeting at the French Ministry of Defense by the economic, financial and administrative adviser of the Minister of Defense.
February 2002, Meeting at the Elysée Palace by the Councilors of the French President.
July 2001, Filing of Patent Applications at INPI and USPTO.
Many companies and intermediaries have worked with VALIDY for business intelligence and technology watch purposes. VALIDY is not known to the general public and companies of intermediate sizes. On the other hand, it is well known to large companies and large groups that envy its technology and its patent portfolio.
VALIDY TECHNOLOGY applies wherever there is digital electronics. Its market is as wide as the global market for electronics and information technology.
These applications are both civil and military: it's a "dual technology"
It is particularly useful in those fields:
Financial, Technological, Governmental, Health, Energy, Trade, Production, Transport, Insurance, Banking, Robotics.
It is especially effective for protecting embedded systems.
Very resource efficient, its the only one really able to protect the Internet of Things (IOT).
It also protects distributed systems such as those operated by the Operators of Vital Importance, including those driven by SCADA and all systems involved in the "Cloud".
(Nuclear power station, railway network, telecommunication network, water distribution network, energy distribution network, airport infrastructure, boats, planes, cars, etc ...)
A system protected by VALIDY TECHNOLOGY can be updated by its designer without difficulties, it is also one of its enormous assets.
It allows all security applications to secure themselves
It allows a real Defense In Depth of the systems
It also allows security service platforms (SAAS) to secure themselves
VALIDY TECHNOLOGY detects any attempt to corrupt a program, from outside as well as from inside. It restores confidence in digital systems. Any computer program can defend itself. It even allows a program to guarantee that it works normally even when running on a corrupted system. Applied to all levels of a computer system, processor’s microarchitecture, firmware, drivers, operating system, database engine, file manager, application running on the system or even distributed systems running in the "Cloud", it provides a real Defense In Depth.
By nature VALIDY TECHNOLOGY is a perfect anti-virus, able to detect any unknown never listed virus ("Zero Day" attack).
When an equipment is protected by VALIDY TECHNOLOGY, a hacker cannot use that equipment to prepare an attack.
VALIDY TECHNOLOGY, deployed globally, would have countered the STUXNET, WANNACRY and PETYA attacks.
VALIDY TECHNOLOGY, deployed globally, would have helped protect processors from MELTDOWN and SPECTRE vulnerabilities by detecting in real time that the processor is under attack and implementing the appropriate retaliatory measures.
VALIDY TECHNOLOGY solves a lot of problems, and solves it well, but it doesn’t solve everything. It is for example ineffective against attacks based on Social Engineering.
It is also inefficient for countering identity theft.
VALIDY TECHNOLOGY restores the balance between defense and attack in cyberspace and generally in the digital world.
It significantly strengthens the defense capabilities of electronic and computer equipments against both insiders and outsiders attacks.
Protected weapons systems remain secure, under the control of their users, in accordance with their manufacturer's specifications.
VALIDY TECHNOLOGY can protect information infrastructures, making them much more difficult to penetrate and less prone to data theft.
It prevents mass attacks across networks. A service in physical possession of a protected equipment, has means of additional attacks, allowing, with the appropriate tools, to extract the information that would be hidden in this equipment.
It should be noted that the physical attack of a protected equipment, does not weaken the protection of other equipment of the same type.
The Antivirus editors have realized that they have to change paradigms, and that antivirus scanning based on virus signatures is becoming increasingly inefficient.
So they started building new security systems based on artificial intelligence modules to detect upstream threats.
The hackers understood that to go under the radars of these new antivirus they have to design viruses with artificial intelligence which must also learn how to go indetected. The competition between attack and defense in cyber space thus becomes a struggle between artificial intelligence systems, substantially increasing the potential danger of new attacks.
VALIDY TECHNOLOGY is becoming more and more necessary to avoid any loss of control of these artificial intelligence systems.
It can protect Artificial Intelligence systems themselves so that hackers cannot change the code of these systems. It can also protect the data used to train these systems so that
hackers cannot change the behavior of these artificial intelligences by this means.
Finally VALIDY TECHNOLOGY, thanks to the patent "Detection & coercion", can allow an artificial intelligence to exploit this signal in order to contribute to detect any attack worldwide.
VALIDY TECHNOLOGY is complementary to security systems based on Artificial Intelligence and necessary, or even essential, to protect them from any corruption by hackers.
VALIDY TECHNOLOGY is essential to ensure the integrity of robotic systems, it allows manufacturers to ensure that their robots always work according to their specifications.
 «Manufacturing» license intended for processor designers and / or founders |
«Marketing» License for companies that prescribe and market VALIDY technology |
«Use» License intended for companies that integrate VALIDY technology into their infrastructures, systems, equipment, etc ... |
Application license to different sectors |
Because VALIDY TECHNOLOGY is a seminal technology that affects all sectors of activity, it is essential that every manufacturer, large or small, can implement VALIDY TECHNOLOGY with all its professionalism to secure its customers.
VALIDY pays particular attention to a Fair, Reasonable, And Non Discriminatory (FRAND) licensing model.
Based on this business model, the deployment of VALIDY TECHNOLOGY can rely on the professionalism and experience of all. The challenge of cyber security and cyber defense is so important that federating globally has become indispensable.
