$244.2B Cybersecurity Spend Fuels Quantum-Safe Migration

Global spending on information security is accelerating rapidly, with a projected $244.2 billion allocated for 2024, a 13.3% increase marking the fastest growth in five years, as organizations increasingly prioritize cryptographic modernization in the face of emerging quantum computing threats. The Global Risk Institute now estimates the probability of a cryptographically relevant quantum computer appearing within the next decade at 28% to 49%, the highest in the report’s seven-year history, driving a shift from awareness to active remediation. Quantum Secure Encryption has responded by releasing QPA v2, an enterprise platform designed to identify an organization’s quantum encryption vulnerabilities and map a path toward solutions. “Organizations are now moving from understanding quantum risk to actively planning for it,” said Ted Carefoot, CEO of QSE. “QPA v2 is designed to support that transition by providing a structured, repeatable framework.”

$244.2 Billion Cybersecurity Spend Drives Cryptographic Modernization

Global investment in information security is forecast to reach $244.2 billion in 2024, a surge representing a 13.3% increase and the fastest acceleration observed in five years. This substantial financial commitment underscores a critical shift towards cryptographic modernization within the cybersecurity sector. This escalating expenditure addresses not only bolstering defenses against conventional threats, but also proactively addressing the emerging risk posed by quantum computing, which has the potential to render many current encryption methods obsolete. Governmental prioritization further solidifies this change; the Trump administration’s March Cyber Strategy explicitly designated post-quantum cryptography as a core federal priority, alongside zero trust architecture and AI-driven defense, mandating procurement of these technologies across federal agencies rather than simply planning for them.

Several companies are already positioned to capitalize on this growing demand, with Quantum Secure Encryption Corp., Cloudflare, IonQ, BTQ Technologies, and Cisco Systems all actively developing and deploying solutions within the quantum security landscape. A recent Gigamon Hybrid Cloud Security Survey revealed that 87% of security leaders now consider harvest-now-decrypt-later quantum attacks a top concern, driving a demonstrable shift in enterprise budgets from awareness to active procurement of quantum-resistant technologies. This heightened probability is fueling demand for platforms capable of assessing and mitigating quantum vulnerabilities, as evidenced by the release of QPA v2 by Quantum Secure Encryption. The platform is specifically designed to identify an organization’s encryption weaknesses in the face of quantum computing and map a remediation plan. This pilot will utilize QPA to identify vulnerable systems and initiate upgrade planning, with further conversations with additional municipalities already underway.

Simultaneously, the company has broadened its commercial footprint, growing from four to thirteen operational markets worldwide since November, and forging eleven value-added distributor partnerships with two more anticipated shortly. QSE’s commitment to the sector is further demonstrated by its membership in CADSI, opening pathways into Canadian defense and public-sector procurement, and its broader product suite encompassing quantum-resilient key infrastructure, the QAuth identity platform, and encrypted storage solutions.

Quantum Secure Encryption’s QPA v2 Platform for Risk Assessment

This financial commitment reflects a growing recognition that current encryption standards are vulnerable to future quantum-powered attacks, prompting organizations to proactively assess and mitigate potential risks. While awareness of the quantum threat has been building, the focus is now demonstrably shifting toward practical implementation of defensive strategies. This increased likelihood is driving demand for platforms capable of not only identifying vulnerabilities but also charting a course for remediation. QPA v2 distinguishes itself by moving beyond simple risk assessment and offering a structured framework for action. The platform guides teams through governance, budgetary considerations, and migration timelines using what QSE describes as a “step-by-step planning wizard.” AI-powered modules evaluate an organization’s existing encryption preparedness, while inventory tools scan hardware and software to identify components requiring replacement. A centralized dashboard provides leadership with a real-time overview of risk levels and progress across the entire organization.

The company reports ongoing conversations with additional municipalities, signaling a broadening interest in proactive quantum security measures. Joining the Canadian Association of Defence and Security Industries (CADSI) opens new avenues for procurement within Canadian defense and public sectors, demonstrating a strategic push for broader market penetration.

Cloudflare Integrates Post-Quantum Security into SASE Platform

Cloudflare’s recent integration of post-quantum cryptography into its Secure Access Service Edge (SASE) platform marks a significant step in proactively addressing the evolving threat landscape presented by quantum computing, a move occurring alongside a substantial surge in global cybersecurity investment. Cloudflare’s approach differs from simply identifying vulnerabilities; the company is embedding protection directly into its network infrastructure. The updated platform now includes post-quantum support for wide-area networking use cases through Cloudflare IPsec and the Cloudflare One Appliance, completing full coverage across Zero Trust access and WAN-as-a-Service. This integration addresses the increasingly discussed “harvest now, decrypt later” attack vector, where malicious actors collect encrypted data with the intention of decrypting it once quantum computers become powerful enough to break current encryption algorithms.

Cloudflare’s solution aims to neutralize this threat by making post-quantum security the default, eliminating the need for costly and complex hardware upgrades or configurations for its customers. “Securing the Internet against future threats shouldn’t be a complex burden, or a reason to fragment the web,” said Matthew Prince, CEO and co-founder of Cloudflare. “Since November, we’ve been doing the heavy lifting to bake post-quantum standards directly into the fabric of our network. By bringing this protection to our entire SASE platform, we’re making post-quantum security the default—no hardware upgrades, no complex configurations, and no added cost. We’re ensuring that the secure connections our customers rely on today stay secure for the long haul.” The availability of this quantum-safe SASE platform, offered at no additional cost to existing customers, signals a strategic move to democratize access to post-quantum security.

While other companies, such as Quantum Secure Encryption with its QPA v2 platform, are focusing on assessment and remediation planning, Cloudflare is taking a preventative approach by integrating the security directly into its core service offerings. This proactive stance is particularly notable given the National Institute of Standards and Technology’s deadline requiring cryptographic algorithm upgrades by the end of the decade, a timeline that is rapidly approaching and demanding immediate action from organizations across all sectors.

IonQ & ARLIS Develop Zero Trust for Quantum Systems

The escalating threat to data security posed by the anticipated arrival of cryptographically relevant quantum computers is driving a fundamental shift in how organizations approach cybersecurity, moving beyond simple risk assessment to proactive, architectural redesign. This isn’t merely about replacing algorithms; it’s about reimagining security protocols entirely, and a key component of that reimagining is the implementation of Zero Trust architectures, even for the nascent field of quantum computing itself. IonQ, a leading quantum computing firm, is collaborating with the Air Force Research Laboratory (ARLIS) on a program called SEQCURE, sponsored by the Secretary of the Air Force’s Concepts, Development, and Management Office, to develop a Zero Trust Architecture framework specifically for mission-critical quantum systems. This partnership recognizes that traditional perimeter-based security models are inadequate for protecting the uniquely vulnerable infrastructure underpinning quantum technology.

The initiative applies NIST standard SP800-207, aiming to transition quantum security from static defenses to continuous verification across all layers, hardware, software, data, and cloud environments. The resulting architecture standards are intended to provide a blueprint for trusted integration across federal agencies, ensuring a secure foundation for future quantum deployments. “As quantum systems transition into the bedrock of national infrastructure, the shift from legacy perimeter security to a Zero Trust Architecture is a strategic imperative,” said Niccolo de Masi, Chairman and CEO of IonQ. This isn’t simply about adding another layer of security; it’s about fundamentally changing the way trust is established and maintained within a quantum ecosystem. Continuous verification, a core tenet of Zero Trust, means that every component, every access request, and every data transfer is rigorously authenticated before being granted permission. This collaboration builds upon IonQ’s existing federal contracts with DARPA and the U.S. Air Force Research Lab, demonstrating a growing recognition of the company’s role in securing the future of quantum technology. IonQ is focused on expanding its integrated quantum platform across computing, networking, sensing, and, crucially, security. By integrating NIST-defined continuous verification across each of these pillars, the company aims to deliver not just powerful quantum systems, but demonstrably trusted quantum systems. The project’s success will be measured not only by the technical sophistication of the resulting architecture, but also by its ability to instill confidence in the long-term security of quantum infrastructure, paving the way for widespread adoption and deployment.