Quantum XChange
The Great Crypto Migration: Preparing Your Organization for a Multiyear Post-Quantum Cryptography Transition
Your encryption will break. With 'Harvest Now, Decrypt Later' attacks happening today and quantum computers advancing, this is the largest cryptographic migration in history. Learn more about quantum-resilient defenses and avoiding costly failures.
Quantum XChange
Quantum-Ready Security: A Phased Path Toward Key Distribution Resilience
Your encryption will break. This SANS product review shows how Phio TX achieved zero-downtime algorithm swaps in real-world testing. Discover the out-of-band key delivery architecture that works with your existing gear to become quantum-resilient.
SafeLogic
The PQC Advantage: How Tech Vendors Can Lead the Post-quantum Future
Quantum computing is forcing a shift in how products are built, evaluated, and trusted. The PQC Advantage shows tech vendors how post-quantum cryptography is becoming a competitive requirement, and how product teams can lead the transition. Download the eBook to understand the questions your customers will ask and how to stay ahead.
SafeLogic
The Definitive Guide to FIPS 140-3 Validation and Certification
In this comprehensive guide, SafeLogic’s cryptography experts walk you through everything you need to know—from the history and benefits of FIPS 140-3 to the challenges and transition from FIPS 140-2. Whether you’re new to FIPS or need to update from FIPS 140-2, this guide is your essential resource for success.
Cloudflare
Future-proof Against Emerging Quantum Threats
Cloudflare is a pioneer in PQC, focusing on research, development, and standardization efforts since 2017. Currently, more than one-third of human-generated traffic on our network is protected with post-quantum cryptography. This proactive approach addresses future security concerns, as Cloudflare's quantum-safe Zero Trust Network Access (ZTNA) solutions are specifically engineered to safeguard data transmitted across the public Internet against potential threats from quantum computing advancements that could compromise traditional cryptography. Learn more about how our PQC preparedness ensures government agencies can depend on Cloudflare to transition Internet connections to post-quantum cryptography, eliminating the need to upgrade each corporate application or system individually.
Cloudflare
PQC at Internet Scale - Industry Spotlight from NextGov's Quantum Summit
Government needs PQC solutions that work at Internet scale, supporting legacy and modern systems that protect and support their citizens. In this session, we explore ways to advance post-quantum protection today, without waiting for specialized quantum hardware or compromising on security. We'll share real-world deployment statistics and discuss our vision for making PQC accessible across the entire internet, not just for specialized systems.
Thales TCT
Protect LLMs with CipherTrust Transparent Encryption
The exponential growth of data in digital environments has brought about an urgent need for robust protection strategies, particularly regarding sensitive Large Language Models (LLM) use cases. Download this white paper to learn how to protect private data in LLM use cases.
Thales TCT
Quantum-Resistant Code Signing Secured by Hardware Security Modules
Stateful hash-based signature (HBS) schemes are digital signature schemes believed to be resistant to the quantum threat. HBS schemes can be deployed today enable the transition to quantum-resistant software and firmware signing. Download this white paper to learn more.
Qanapi
Beyond QKD: How Decentralized Key Management Overcomes the Five Limitations the NSA Identified with Quantum Key Distribution
Qanapi's DKMS delivers quantum-resistant, API-driven key management aligned with 2026 NDS and Q-BID requirements that enable zero-trust, data-centric security and information dominance in contested environments.
Qanapi
Meeting 2026 National Defense Strategy & DoW's Quantum and Battlefield Information Dominance (Q-BID) Critical Technology Area Requirements
Qanapi's DKMS uses patent-pending Verifiable Concealed Shares to achieve QKD's security goals without its NSA-identified limitations by delivering scalable, quantum-resistant key distribution for contested environments