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Tiếng ViệtClient proposes approved hybrid profile
Hybrid TLS/mTLS architecture
NET · DATA PROTECTION SOLUTION PROFILE
QuantumSafe TLS/mTLS & VPN
Solution architecture
Design controlled hybrid key-establishment pilots for APIs, service meshes and protected network links.
CUSTOMER PROBLEM
Design controlled hybrid key-establishment pilots for APIs, service meshes and protected network links.
APIs, service meshes and VPNs need controlled hybrid key-establishment pilots with downgrade protection, performance evidence and rollback—not a blanket compatibility claim.
Solution architecture
- Portfolio class
- Data protection solution profile
- Public profile
- 2026.07
- Version rule
- Confirmed in quotation / release record
PRODUCT-SPECIFIC IMPLEMENTATION FLOW
How QuantumSafe TLS/mTLS & VPN operates from input to evidence.
API gateways, reverse proxies, Java/.NET/OpenSSL clients, VPN gateways and service meshes. Packet traces, cipher/profile matrix, latency/size benchmark and rollback criteria.
Gateway negotiates classical and PQC inputs
API gateway and service-mesh profiles
Peers authenticate certificates and policy
IPsec/IKE and VPN transition patterns
Session keys are derived and installed
Certificate and cipher/profile governance
Traffic flows with downgrade controls
Downgrade, fallback and failure policy
Telemetry records handshake and failure
Handshake size, latency and MTU testing
NAMED COMPONENTS AND RESPONSIBILITIES
What QuantumSafe TLS/mTLS & VPN contains and what each component does.
The descriptions below state concrete technical behaviour rather than generic support language.
Hybrid TLS/mTLS architecture
Defines hybrid TLS or mTLS handshake profiles, certificate requirements, key-establishment composition and the endpoints allowed to negotiate them.
API gateway and service-mesh profiles
Maps profiles to API gateways, reverse proxies and service meshes with explicit TLS termination, re-encryption and identity boundaries.
IPsec/IKE and VPN transition patterns
Designs IPsec/IKE and remote-access VPN transitions using approved pre-shared, certificate or hybrid key-establishment patterns.
Certificate and cipher/profile governance
Controls certificate, cipher, named-group and provider selection so unsupported peers cannot silently choose an unintended weaker profile.
Downgrade, fallback and failure policy
Specifies downgrade detection, fallback eligibility, fail-open/fail-closed behavior, alerting and rollback for mixed estates.
Handshake size, latency and MTU testing
Measures handshake bytes, CPU, latency, connection rate and MTU fragmentation against the exact client, gateway and network path.
- Hybrid handshake architecture
- Fallback and downgrade policy
- Network-performance model
API gateways, reverse proxies, Java/.NET/OpenSSL clients, VPN gateways and service meshes.
Embedded application integration
Client, format or application components protect data before it reaches shared infrastructure.
Gateway and protected backend
Gateways enforce identity and policy while key use or decryption occurs only inside the approved backend boundary.
Phased enterprise rollout
One data class and transaction path is proven first, then expanded through compatibility and performance gates.
- Packet traces, cipher/profile matrix, latency/size benchmark and rollback criteria.
- Version and configuration manifest for: API gateways, reverse proxies, Java/.NET/OpenSSL clients, VPN gateways and service meshes.
- Negative, failure and recovery tests for “Traffic flows with downgrade controls” and “Telemetry records handshake and failure”.
- Signed acceptance record, accountable owner, published limitations and next review date.
STANDARDS & PROFILES
- TLS / mTLS
- IPsec / IKE
- Hybrid key-establishment profiles
- X.509 / PKIX
PRODUCT-SPECIFIC BOUNDARIES
Conditions that must remain true for QuantumSafe TLS/mTLS & VPN.
These points come from the product profile, not from a shared disclaimer.
NEXT STEP
Review the solution architecture: QuantumSafe TLS/mTLS & VPN
Confirm trust boundaries, interfaces, threat model and productization path.