metamorphic encryption technology,
a paradigm-shifting secrets’ protection
metamorphic encryption,
a paradigm-shifting
secrets’ protection
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secure access and data exchange with metamorphic secrets resisting
the most sophisticated cyberattacks and insiders
secure access and data exchange with metamorphic secrets resisting the most sophisticated cyberattacks and insiders
80% of cyberattacks expose critical secrets,
because they are easy to steal and hard to manage
80% of cyberattacks
expose critical secrets,
as they are easy to steal
and hard to manage
we make secrets the opposite:
hard to steal and easy to manage
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Healthcare
The Problem:
The growing digital interconnectedness through and between ecosystems of patients, healthcare providers, and insurers, undeniably facilitates better patient care. Yet this positions healthcare organizations as a favored target for cybercrime, with inherently deep implications. Attacks can violate the privacy of patients, obstruct critical systems, or take the form of distributed denial-of-service attacks, which disrupt organizations' ability to provide patient care, making the exposure of highly sensitive data and jeopardized patient care an alarming reality.
Our Solution:
Re:lock facilitates impenetrable access and transfer of sensitive patient data across and within healthcare systems, medical devices, apps, and electronic health records, among others, ensuring security-by-default. The system natively prevents hijacking, interception, or abuse, allowing for organizations to form invulnerable networks of servers or devices for secure access and quantum-safe exchange of sensitive data. Data is safeguarded against any breach, man-in- the-middle attack, or so far undefendable memory exfiltration
Potential Use Cases:
- Unbreachable, seamless login, access and transfer of electronic health records
- Ensuring the security of life-critical medical devices such as pacemakers and smart insulin pump
- Shielding the communication between healthcare provider and patient
- Adding a seamless layer of security to connected hospital systems
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Financial Services
The Problem:
Digital transformation has fueled innovation in the financial sector allowing for a broader palette, and better experience, of services. The steep growth of open banking and the adoption of mobile financial applications as well as the increasing variety of mobile payment systems are only some of the indispensable developments, responsible for enriching the financial landscape. However, this comes at a cost: an increased vulnerability to data breaches and related exposure of personal identifiable information.
Our Solution:
Re:lock protects the growing attack surface of financial services companies on all fronts by ensuring security-by-default. The system is resistant to all potential breaches, regardless of the root cause, be it hijacking, interception, identity theft, or abuse, thereby preventing threats not only from external attackers, but from malicious and negligent insiders as well. The highly sensitive data can be impregnably accessed and transferred within impenetrable networks, without any risk of exposure.
Potential Use Cases:
- Facilitating secure account access and resilient authentication
- Ensuring compliance with data protection and privacy legislation as well as the latest regulatory developments, including NIS2, DORS, U.S. quantum computing cybersecurity bill
- Fortifying API data exchange for the adoption of open banking concepts
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Retail & e-commerce
The Problem:
The ongoing growth of eCommerce is accompanied by an increase in the storage, processing, and transmission of personal identifiable and financial information. This is further accelerated by retailers becoming more and more omnichannel, providing improved shopping experiences through various channels and devices. With cybercrime always at a stone’s throw, it is imperative for retailers to safeguard the growing attack surface against malicious actors.
Our Solution:
Re:lock’s secure-by-default system allows for a safe and frictionless customer journey within impenetrable networks, without any chance of hijacking, interception, abuse, or other cyber threats. The hermetic access and transfer makes sensitive personal and financial data resistant against all potential breaches, including the increasingly sophisticated attacks, often with off-the-shelf tools.
Potential Use Cases:
- Providing invulnerable access and transfer of personal and financial customer data
- Enabling secure online transactions
- Preventing account takeover
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Public sector
The Problem:
As pivotal providers of essential public services and the guardian of vast amounts of sensitive personal data, governmental institutions are an ongoing target for cyberattacks, not only initiated by criminal individuals and organizations but cybercrime also increasingly manifests itself on an interstate-level. Since the stakes are extremely high in view of the potential disruption of critical services and the exposure of citizens’ data, adoption of state-of-the-art security measures is key.
Our Solution:
Re:lock facilitates the ongoing, safe, and integer provision of public services by creating resistance to all potential breaches, initiated by both external actors and malicious and negligent insiders, including hijacking, interception, identity theft, and abuse. We ensure security-by-default through impenetrable networks, allowing for safe access and transfer of data.
Potential Use Cases:
- Ensuring resilient user and employee authentication
- Safeguarding ample sensitive citizen data
- Assuring compliance with data protection and privacy legislation
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Critical infrastructure
The Problem:
Critical infrastructure, including energy and telecom sectors, is vital for society yet vulnerable due to digital reliance. These sectors, essential for energy transmission and data communication, face heightened cyber threats. Their crucial roles and sensitive data handling make them prime targets for cybercriminals, threatening societal stability.
Our Solution:
Re:lock offers a robust defense for critical infrastructure sectors, safeguarding energy and telecom networks against internal and external cyber threats. It ensures invulnerability to hijacking, interception, and abuse, enabling quantum-safe data exchange. This system fortifies networks against identity theft and man-in-the-middle attacks, maintaining uninterrupted, secure operations.
Potential Use Cases:
- Protecting interconnected electric power systems
- Securing access and transfer of data from smart meters
- Shielding telecommunication infrastructure from abuse
- Providing invulnerable access and transfer of personal and financial data
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Manufacturing
The Problem:
The increasing interconnectedness of processes facilitated by the adoption of smart manufacturing practices and devices, such as automation and industrial IoT-enabled devices, underpins increased efficiency and growth. At the same time, this progress exposes organizations to a heightened operational risk due to the equally growing attack surface for cybercriminals.
Our Solution:
Re:lock allows for organizations to innovate and expand uninterruptedly by creating an integral blockade against all potential breaches, regardless of their origin; both outsider and insider attacks, including hijacking, interception, or abuse, are prevented. By facilitating impenetrable networks all data is safeguarded against even the most sophisticated attacks.
Potential Use Cases:
- Safeguarding (Industrial) Internet of Things devices
- Securing robotics
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Automotive
The Problem:
Innovations such as autonomous driving, advanced driver-assistance systems, and electronic vehicles, have profoundly transformed cars and the driving experience. While this evolution entails numerous advantages, including heightened safety and convenience, its underpinning growing connectivity implies an increasing potential exposure of vulnerabilities. This ranks the automotive industry as a prime target for cybercriminals who threaten the safety of vehicles and passengers, as well as the security of personal data.
Our Solution:
Re:lock’s secure-by-default system allows for the uninterrupted continuation of the path of innovation through technological advancements. Impenetrable networks safeguard all data against even the most sophisticated attacks, including hijacking, interception, and abuse, irrespective of whether they originate from outside the organization or are initiated by insiders.
Potential Use Cases:
- Providing resilient user authorization, preventing remote key exploitation
- Safeguarding APIs in the increasingly interconnected automotive ecosystem
- Securing electric vehicle charging infrastructure
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SaaS & technology
The Problem:
Technology companies are inherently on the forefront of innovation and the omnipresent digital transformation, with advanced technologies serving both as a means and a goal. The industry thereby not only serves itself but is also an indispensable partner for the well-functioning of companies across various other industries. Not surprisingly, high tech companies pay the price for their progress and pivotal position by being considered prime targets for highly skilled and motivated cybercriminals
Our Solution:
Re:lock protects tech companies and their equally targeted employees against the undeniably heightened risk of, even the most advanced, cyberattacks by ensuring security-by-default. The system ensures resistance to all breaches, regardless of their root cause, be it hijacking, interception, identity theft, or abuse, as well as man-in-the-middle attacks and irrespective of their external or internal origin. The highly sensitive data can be accessed and transferred within invulnerable networks, without any risk of exposure.
Potential Use Cases:
- Ensuring resilient user and employee authentication and authorization
- Assuring compliance with data protection and privacy legislation
Healthcare
The Problem:
The growing digital interconnectedness through and between ecosystems of patients, healthcare providers, and insurers, undeniably facilitates better patient care. Yet this positions healthcare organizations as a favored target for cybercrime, with inherently deep implications. Attacks can violate the privacy of patients, obstruct critical systems, or take the form of distributed denial-of-service attacks, which disrupt organizations' ability to provide patient care, making the exposure of highly sensitive data and jeopardized patient care an alarming reality.
Our Solution:
Re:lock facilitates impenetrable access and transfer of sensitive patient data across and within healthcare systems, medical devices, apps, and electronic health records, among others, ensuring security-by-default. The system natively prevents hijacking, interception, or abuse, allowing for organizations to form invulnerable networks of servers or devices for secure access and quantum-safe exchange of sensitive data. Data is safeguarded against any breach, man-in- the-middle attack, or so far undefendable memory exfiltration
Potential Use Cases:
- Unbreachable, seamless login, access and transfer of electronic health records
- Ensuring the security of life-critical medical devices such as pacemakers and smart insulin pump
- Shielding the communication between healthcare provider and patient
- Adding a seamless layer of security to connected hospital systems
Financial Services
The Problem:
Digital transformation has fueled innovation in the financial sector allowing for a broader palette, and better experience, of services. The steep growth of open banking and the adoption of mobile financial applications as well as the increasing variety of mobile payment systems are only some of the indispensable developments, responsible for enriching the financial landscape. However, this comes at a cost: an increased vulnerability to data breaches and related exposure of personal identifiable information.
Our Solution:
Re:lock protects the growing attack surface of financial services companies on all fronts by ensuring security-by-default. The system is resistant to all potential breaches, regardless of the root cause, be it hijacking, interception, identity theft, or abuse, thereby preventing threats not only from external attackers, but from malicious and negligent insiders as well. The highly sensitive data can be impregnably accessed and transferred within impenetrable networks, without any risk of exposure.
Potential Use Cases:
- Facilitating secure account access and resilient authentication
- Ensuring compliance with data protection and privacy legislation as well as the latest regulatory developments, including NIS2, DORS, U.S. quantum computing cybersecurity bill
- Fortifying API data exchange for the adoption of open banking concepts
Retail & e-commerce
The Problem:
The ongoing growth of eCommerce is accompanied by an increase in the storage, processing, and transmission of personal identifiable and financial information. This is further accelerated by retailers becoming more and more omnichannel, providing improved shopping experiences through various channels and devices. With cybercrime always at a stone’s throw, it is imperative for retailers to safeguard the growing attack surface against malicious actors.
Our Solution:
Re:lock’s secure-by-default system allows for a safe and frictionless customer journey within impenetrable networks, without any chance of hijacking, interception, abuse, or other cyber threats. The hermetic access and transfer makes sensitive personal and financial data resistant against all potential breaches, including the increasingly sophisticated attacks, often with off-the-shelf tools.
Potential Use Cases:
- Providing invulnerable access and transfer of personal and financial customer data
- Enabling secure online transactions
- Preventing account takeover
Public sector
The Problem:
As pivotal providers of essential public services and the guardian of vast amounts of sensitive personal data, governmental institutions are an ongoing target for cyberattacks, not only initiated by criminal individuals and organizations but cybercrime also increasingly manifests itself on an interstate-level. Since the stakes are extremely high in view of the potential disruption of critical services and the exposure of citizens’ data, adoption of state-of-the-art security measures is key.
Our Solution:
Re:lock facilitates the ongoing, safe, and integer provision of public services by creating resistance to all potential breaches, initiated by both external actors and malicious and negligent insiders, including hijacking, interception, identity theft, and abuse. We ensure security-by-default through impenetrable networks, allowing for safe access and transfer of data.
Potential Use Cases:
- Ensuring resilient user and employee authentication
- Safeguarding ample sensitive citizen data
- Assuring compliance with data protection and privacy legislation
Energy
The Problem:
The unhindered and safe generation and transmission of energy is a cornerstone of every society. Yet the growing interconnectedness and embrace of digital technologies to facilitate improved services, quality of supply, and the transition to clean energy, increase the attack surface for cybercriminals. Energy providers’ vital role positions them as attractive targets for malicious actors, with potentially far-reaching consequences for society as a whole.
Our Solution:
Re:lock protects this growing attack surface against all potential breaches, originating either from inside or outside energy providers’ organizations by creating invulnerable networks. The system provides complete resistance against hijacking, interception, and abuse, making highly sensitive data and interconnected systems resilient to any exposure or interruption.
Potential Use Cases:
- Protecting interconnected electric power systems
- Securing access and transfer of data from smart meters
Manufacturing
The Problem:
The increasing interconnectedness of processes facilitated by the adoption of smart manufacturing practices and devices, such as automation and industrial IoT-enabled devices, underpins increased efficiency and growth. At the same time, this progress exposes organizations to a heightened operational risk due to the equally growing attack surface for cybercriminals.
Our Solution:
Re:lock allows for organizations to innovate and expand uninterruptedly by creating an integral blockade against all potential breaches, regardless of their origin; both outsider and insider attacks, including hijacking, interception, or abuse, are prevented. By facilitating impenetrable networks all data is safeguarded against even the most sophisticated attacks.
Potential Use Cases:
- Safeguarding (Industrial) Internet of Things devices
- Securing robotics
Telecommunications
The Problem:
As main facilitators of interconnectedness, be it in a personal or commercial context, telecom providers play an indispensable and pivotal role in today’s society. However, their critical communications infrastructure to transfer and store vast amounts of sensitive data, the storage of very specific private data, and the growing complexity due to digital advances, such as the Internet of Things, positions telecoms as lucrative targets for cybercriminals
Our Solution:
Re:lock offers telecoms an impenetrable shield against all potential attacks, coming from either external actors or malicious or negligent insiders, including hijacking, interception, identity theft, and abuse. The system allows for the safe access and quantum-safe exchange of sensitive data within invulnerable networks, without any risk of a breach or man-in- the-middle attack.
Potential Use Cases:
- Shielding telecommunication infrastructure from abuse
- Providing invulnerable access and transfer of personal and financial data
- Enabling resilient user authentication
- Preventing customer account takeover
Automotive
The Problem:
Innovations such as autonomous driving, advanced driver-assistance systems, and electronic vehicles, have profoundly transformed cars and the driving experience. While this evolution entails numerous advantages, including heightened safety and convenience, its underpinning growing connectivity implies an increasing potential exposure of vulnerabilities. This ranks the automotive industry as a prime target for cybercriminals who threaten the safety of vehicles and passengers, as well as the security of personal data.
Our Solution:
Re:lock’s secure-by-default system allows for the uninterrupted continuation of the path of innovation through technological advancements. Impenetrable networks safeguard all data against even the most sophisticated attacks, including hijacking, interception, and abuse, irrespective of whether they originate from outside the organization or are initiated by insiders.
Potential Use Cases:
- Providing resilient user authorization, preventing remote key exploitation
- Safeguarding APIs in the increasingly interconnected automotive ecosystem
- Securing electric vehicle charging infrastructure
SaaS & technology
The Problem:
Technology companies are inherently on the forefront of innovation and the omnipresent digital transformation, with advanced technologies serving both as a means and a goal. The industry thereby not only serves itself but is also an indispensable partner for the well-functioning of companies across various other industries. Not surprisingly, high tech companies pay the price for their progress and pivotal position by being considered prime targets for highly skilled and motivated cybercriminals
Our Solution:
Re:lock protects tech companies and their equally targeted employees against the undeniably heightened risk of, even the most advanced, cyberattacks by ensuring security-by-default. The system ensures resistance to all breaches, regardless of their root cause, be it hijacking, interception, identity theft, or abuse, as well as man-in-the-middle attacks and irrespective of their external or internal origin. The highly sensitive data can be accessed and transferred within invulnerable networks, without any risk of exposure.
Potential Use Cases:
- Ensuring resilient user and employee authentication and authorization
- Assuring compliance with data protection and privacy legislation