Post-quantum cryptography (PQC) solutions | F5

Protect sensitive data from harvest now, decrypt later (HNDL) attacks and meet looming compliance deadlines with NIST-standardized PQC—deployed across any environment without touching backend code.
Attackers are stealing encrypted data today to crack open later, while emerging compliance mandates require organizations to phase out legacy encryption and support quantum-safe algorithms. Upgrading enterprise crypto takes years—waiting only guarantees rushed migrations and broken apps. The F5 Application Delivery and Security Platform (ADSP) terminates hybrid PQC at your perimeter, giving you the crypto-agility to swap ciphers and stay compliant without touching application code.
Addresses harvest now, decrypt later attacks with end-to-end PQC for clients and servers.
Reduces legal, financial, and reputational risk, augmenting legacy ciphers with NIST-approved quantum-resistant encryption.
Centralizes encryption management and enforces quantum-safe security across hybrid, multicloud, and legacy environments.
Achieves PQC readiness without costly re-architecture or application disruption.
If your financial records, proprietary IP, or customer data must remain confidential for years, classical encryption is already a liability. Adversaries are actively harvesting traffic today to decrypt later. Waiting leaves your teams scrambling as compliance rules mandate quantum-safe encryption for data in transit, and risks dropped connections as web browsers and cloud platforms enforce post-quantum defaults.
F5 terminates quantum-safe encryption at your perimeter using NIST-ratified standards. You neutralize HNDL attacks, satisfy compliance milestones, and preserve seamless connectivity—without touching application code.
Provides client and server quantum-resilience with NIST-standard algorithms.
Easily enables quantum-safe security for APIs and microservices.
Centralizes quantum-safe encryption management, making it easier to adopt.
Extends PQC to VPNs across the enterprise and hybrid infrastructure.
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Post-quantum readiness isn't a one-time upgrade. As algorithms evolve and compliance mandates shift, hardcoding ciphers into individual applications guarantees recurring technical debt and developer overhead.
F5 decouples cryptography from application workloads. By managing cipher negotiation and certificates at the delivery tier, teams can test, swap, and enforce emerging cryptographic standards across all environments through centralized policy—not code rewrites.
Provides client and server quantum-resilience with NIST-standard algorithms.
Easily enables quantum-safe security for APIs and microservices.
Centralizes quantum-safe encryption management, making it easier to adopt.
If your financial records, proprietary IP, or customer data must remain confidential for years, classical encryption is already a liability. Adversaries are actively harvesting traffic today to decrypt later. Waiting leaves your teams scrambling as compliance rules mandate quantum-safe encryption for data in transit, and risks dropped connections as web browsers and cloud platforms enforce post-quantum defaults.
F5 terminates quantum-safe encryption at your perimeter using NIST-ratified standards. You neutralize HNDL attacks, satisfy compliance milestones, and preserve seamless connectivity—without touching application code.
Provides client and server quantum-resilience with NIST-standard algorithms.
Easily enables quantum-safe security for APIs and microservices.
Centralizes quantum-safe encryption management, making it easier to adopt.
Extends PQC to VPNs across the enterprise and hybrid infrastructure.
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Post-quantum readiness isn't a one-time upgrade. As algorithms evolve and compliance mandates shift, hardcoding ciphers into individual applications guarantees recurring technical debt and developer overhead.
F5 decouples cryptography from application workloads. By managing cipher negotiation and certificates at the delivery tier, teams can test, swap, and enforce emerging cryptographic standards across all environments through centralized policy—not code rewrites.
Provides client and server quantum-resilience with NIST-standard algorithms.
Easily enables quantum-safe security for APIs and microservices.
Centralizes quantum-safe encryption management, making it easier to adopt.
Explore F5 Labs’ 2026 PQC report: adoption trends, CDN dependence, TLS technical debt, certificate risks, and steps toward quantum resilience.
By joining NIST’s “Migration to PQC” project consortium, F5 is helping to shape practical guidance for a quantum‑safe world.
Quantum computers exploit quantum mechanics principles like superposition and entanglement to perform calculations that would take classical computers millennia.
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[@portabletext/react] Unknown block type "span", specify a component for it in the `components.types` prop
[@portabletext/react] Unknown block type "span", specify a component for it in the `components.types` prop
[@portabletext/react] Unknown block type "span", specify a component for it in the `components.types` prop
[@portabletext/react] Unknown block type "span", specify a component for it in the `components.types` prop
[@portabletext/react] Unknown block type "span", specify a component for it in the `components.types` prop