VANTIS
CONNECT
Security Logic. An opaque tunnel where the network owner is blind. We assume the transport network (Underlay) is compromised or monitored. Vantis Connect doesn't "ask permission" to be secure; it imposes its own security on the infrastructure.
In a standard connection, your Internet Service Provider (ISP) can see all your traffic. If the network is hacked, attackers gain direct access to your data. Classic VPNs only partially solve the problem — they encrypt the "pipe", but data inside remains vulnerable if the infrastructure is compromised.
We assume the transport network (the Underlay) is compromised or monitored. That's why Vantis Connect doesn't "ask permission" to be secure; it imposes its own security on the underlying infrastructure.
This isn't just a regular VPN. We use ZED! by PrimX technology. Instead of simply encrypting the "pipe" (like a normal VPN), we put data into "digital vaults" (cryptographic containers).
Even if someone intercepts the transmission, they don't get loose data — they get an armored vault impossible to open without the key.
Vexia doesn't have your keys. The encryption scheme is Hybrid (AES-256 + SHA-256). Vexia transports the vault, but only the client (at their endpoint) owns the key to open it.
This guarantees that even a court order or a hack of Vexia could not expose client data.
Dedicated Access Point Name. Traffic isolated from carriers and public internet. Static IP and per-client segmentation.
Integrated device-to-gateway VPN. End-to-end encryption. No metadata on intermediate networks.
Deployment across multiple regions. Automatic failover. Integration with Proteus, Atlas and V-OS devices.
SECURITY ARCHITECTURE
Hybrid post-quantum scheme
Client sovereign keys
ANSSI Qualified (France)
NATO/EU Secret Compatible
Cryptographic containers
No single trust point
READY TO SECURE YOUR CONNECTIVITY?
Join organizations that trust Vantis Connect for real security, not promises. Vexia doesn't see, doesn't know, cannot expose your data.