Fortinet (FTNT) Status update summary

Quantum threat landscape and urgency

• Quantum computing is projected to break current cryptographic standards by 2034, with threats already emerging through 'harvest now, decrypt later' attacks targeting encrypted data for future decryption.

• Sensitive sectors like finance, healthcare, utilities, and government are at heightened risk, as attackers can intercept and store encrypted data now for later exploitation.

• Regulatory frameworks are evolving, but there is a gap between compliance requirements and quantum-specific readiness, pushing organizations to act proactively.

Post-quantum cryptography adoption and solutions

• FortiOS supports NIST-approved post-quantum cryptography (PQC), quantum key distribution (QKD), and hybrid algorithm stacking, enabling seamless transition to quantum-safe encryption.

• PQC integration is native and can be enabled with minimal performance impact, leveraging Fortinet's NP7 processor for efficient cryptographic operations.

• Organizations can adopt quantum-safe VPNs, remote access, and decryption capabilities without hardware overhaul, supporting phased migration from classical to quantum-safe systems.

Implementation challenges and migration strategies

• Legacy infrastructure, lack of quantum expertise, and budget constraints are major hurdles for organizations aiming for quantum readiness.

• Fortinet's hybrid migration allows existing VPNs to be upgraded to PQC with a simple configuration change, reducing training and operational overhead.

• Crypto-agility features enable mixing and matching of PQC algorithms, supporting gradual adoption and interoperability with classical systems.