Secure communications today Ready for the post-quantum future
Continuous control and modern cryptography to manage access and protect the confidentiality and integrity of information in transit.
Post-quantum capability, developed alongside the CCN, prepares the protection of information that must remain confidential for years.
A secure access solution based on modern cryptography
Protects connections from uncontrolled networks and prepares long-term confidentiality against the quantum threat.
Two distinct needs, integrated into a single secure communications architecture.
Verifies identity, certificate, second factor, and device posture. Maintains visibility and traceability during the session, and re-evaluates access when the context changes
Combines traditional and post-quantum cryptography to protect information with long confidentiality periods and facilitate a progressive migration
A secure connection today may not remain secure tomorrow
Risk begins in networks that the organization does not control and continues throughout the life of the encrypted information.
Protection must accompany the connection and anticipate the cryptographic transition.
Travel, hotels, airports, homes, and third-party networks expose the connection outside the corporate perimeter.
Employees, providers, and devices with different states require contextual access decisions.
Authorizing the start is not enough if the device, posture, or context changes during the session.
An attacker can capture encrypted traffic today and attempt to decrypt it when they have quantum capability.
Trust is verified before and during the connection
Access can change if the identity, posture, or session context changes.
Corporate certificate and two-factor authentication included.
Posture, operating system, patches, encryption, and defined controls.
Contextual decision based on user, device, resource, and conditions.
WireGuard tunnel with modern cryptography and post-quantum capability, authorized access, and continuous monitoring.
Security continues after the connection is established
Modern, open, and auditable protocol with a reduced attack surface. Offers a solid balance between protection and performance.
Once the connection is established, the solution monitors traffic and maintains visibility and traceability to prevent the tunnel from becoming a black box.
A consistent experience on Windows, macOS, Linux, Android, and iOS, with centralized management.
The architecture allows for the evolution of algorithms and policies without rethinking the entire access model.
Protected access throughout the connection
Identity via certificate, 2FA, and device check before connecting.
Modern encryption and contextual policies to protect access outside the perimeter.
Traffic monitoring throughout the connection to maintain control and avoid blind spots once the tunnel is established.
Windows, macOS, Linux, Android, and iOS under common management.
Progressive migration toward hybrid schemes and post-quantum cryptography.
Five scenarios to protect access and data in transit
Remote access to corporate resources
Connecting employees with authorized applications and systems from uncontrolled networks.
Controlled access for third parties
Limiting providers and collaborators to approved resources and conditions.
Secure Internet for traveling professionals
Protecting browsing and communications during travel and work outside corporate locations.
Transition to post-quantum cryptography
Protecting long-lived information and preparing for migration following the European roadmap.
Reinforced protection of sensitive data in transit
Adding a layer of encryption and control to selected flows within already protected networks.
Protected connections for employees, third parties, and traveling professionals
The same policy and experience on Windows, macOS, Linux, Android, and iOS.
The employee accesses authorized applications and systems from an uncontrolled network. The solution verifies their identity, device, and conditions before establishing the connection.
The provider receives access only to approved resources. The organization maintains policies, monitoring, and traceability without extending unnecessary trust.
Browsing and communications travel protected during trips, stays in hotels, airports, and other uncontrolled environments.
Capture now to decrypt later
Harvest Now, Decrypt Later attacks turn future confidentiality into a present risk.
Priority increases when data has long confidentiality periods and systems remain operational for decades.
An attacker intercepts and stores encrypted communications.
The information continues to have value: secrets, strategy, defense, health, or intellectual property.
Quantum capability may allow for the decryption of current algorithms and reveal what was captured.
A prioritized, hybrid, and crypto-agile migration
Current scope: Government and national strategic companies.
Inventory cryptographic assets, assess risk, prioritize long-confidentiality cases, and begin the transition. Member States must initiate it before the end of 2026; critical cases, by 2030 at the latest.
Hybrid model over WireGuard that combines traditional and post-quantum cryptography. Facilitates a progressive transition and maintains the capacity to evolve algorithms.
Reinforced protection of sensitive data in transit
Some flows require an additional layer even within private networks or environments that already have security controls.
Technical validation pending: confirm supported topologies and avoid promising universal internal or end-to-end encryption without defining the scope.
Strategic, classified, health information, or intellectual property with a long lifespan.
Communications between users, locations, systems, or environments that require greater confidentiality.
Encryption, authentication, policy, and supervision applied to the defined flow.
Greater control and traceability of data as it moves, without relying solely on network protection.
European cryptography for communications that must endure
Post-quantum capability has been developed in collaboration with the National Cryptologic Center (CCN).
A modern technological foundation that balances security, performance, and evolution capability.
Identity, certificate, 2FA, posture, policies, continuous monitoring, and traceability under common management.
Protect today's connections.
Prepare tomorrow's confidentiality
Evaluate your secure access cases and define a prioritized cryptographic transition.