Disseminated on Behalf of: QSE - Quantum Secure Encryption Corp.
- QSE has moved beyond R&D. Publicly disclosed deployments include a renewed agreement with India’s Muthoot Group covering approximately 14,000 user licenses, plus a three-year security agreement supporting three Brazilian government clients across roughly 4,500 licenses.
- The company’s plug-and-play platform installs at the kernel level on top of existing encryption. That eliminates the multi-year migration work that competing post-quantum approaches typically require.
- Backed by a $3 million private placement that closed in November 2025, CyberSecure Canada Level 1 and Level 2 certifications, and CADSI and MISA (Municipal Information Systems Association) membership, QSE is positioned to convert near-term government and enterprise demand into recurring revenue across FY2026.
Quantum computing has advanced faster than most cybersecurity roadmaps assumed.
In the past year, breakthroughs in quantum error correction have compressed the threat timeline. Independent expert surveys now put the probability of a cryptographically relevant quantum computer emerging within ten years at 28–49%. That is the highest estimate in seven years of tracking. Sensitive data being harvested today, from financial records to defence communications, can be stored and decrypted later, once quantum capability becomes commercially accessible.
Regulators have responded. The U.S. NSA’s CNSA 2.0 framework now requires all new national security system acquisitions to be quantum-safe compliant by January 2027, with full migration by 2032. The European Commission has set an end-of-2026 deadline for member states to begin their post-quantum transition. High-risk use cases must be transitioned no later than 2030.
That is where QSE - Quantum Secure Encryption Corp. (CSE: QSE | OTCQB: QSEGF | FSE: VN80) now finds itself.
The Vancouver-based company, formerly Scope Technologies Corp., provides a full-stack post-quantum security platform. It combines quantum random number generation, encrypted decentralized storage, identity and access management, and a Quantum Preparedness Assessment (QPA) that maps an organization’s exposure before any product is deployed.
“First and foremost, we provide end-to-end post-quantum security protection today and tomorrow,” said CEO Ted Carefoot. “There are gaps in current systems’ defences that quantum computing can expose. We provide a resolution by generating an algorithmic rhythm that is quantum random—completely random and non-deterministic.”
Why now is different
The shift Carefoot describes is not theoretical. Quantum hardware developers, including D-Wave and Quantinuum, already offer cloud-based access to quantum systems on a commercial basis. Emerging players such as Vancouver-based Photonic Inc. are advancing toward commercial-scale deployment. Researchers have begun demonstrating cryptographic attacks on rented machines.
That has changed the conversation in boardrooms.
“Although many organizations think they are safe at the moment, information today can be stolen and then decrypted once quantum capability arrives,” Carefoot said. “That is what we already know about how vulnerable organizations that handle sensitive data can be.”
Regulation has compressed the timeline further. With CNSA 2.0 deadlines in 2027 and EU roadmap submissions due by the end of 2026, the window for post-quantum vendors to be commercially ready is closing fast. Most are not. QSE argues it is.
The plug-and-play moat
QSE’s central technical claim is straightforward: its solution sits on top of existing encryption rather than replacing it.
That matters because conventional post-quantum migration is multi-year work. Cloud Security Alliance guidance puts realistic enterprise timelines at five to seven years for smaller organizations and over a decade for large ones. The National Institute of Standards and Technology (NIST) itself estimates that a fully resourced federal agency migration takes three to five years.
QSE’s solution applies at the kernel level. Install it once, and the protection extends through the system. No tokens change. No defence systems get ripped out.
“Our solution is plug-and-play, which means they change none of their defence systems,” Carefoot said. “Whether they have AES or RSA in place, it is irrelevant. They apply us right on top. No rip and replace.”
The technical foundation is what QSE calls true quantum random generation, with both a photon and diode-based solution, tested against NIST, STS, and Dieharder statistical standards. The company says its approach is differentiated by being entropy-based rather than algorithmic, applied at the kernel rather than per-component.
Carefoot says the company is also pursuing patents aggressively. He describes a sector that has expanded from a handful of direct competitors to a crowded global field in roughly a year. Defending the underlying IP, he argues, is part of the investment case.
Commercial validation, not proof-of-concept
The clearest break QSE makes from many of its peers is that it is commercially viable and already selling.
In early February, the company announced two material customer wins in quick succession. On February 3, QSE disclosed a three-year agreement supporting three Brazilian government end-clients, beginning with approximately 4,500 user licenses in Year 1. The deal established QSE’s commercial entry into South America. Two days later, the company announced the renewal of its enterprise agreement with India’s Muthoot Group, covering approximately 14,000 user licenses across one of the country’s largest financial services organizations.
“We are well past R&D,” Carefoot said. “Our technology has been adopted and proven in commercial environments. We are not just a proof-of-concept company. We are commercially viable, and we are scaling.”
For retail investors, that distinction matters. The post-quantum security space has been crowded with companies pitching theoretical solutions. QSE has paying customers using its platform in financial services, government, and infrastructure environments today.
The CyberSecure Canada Level 1 and Level 2 certifications announced in late 2025 sharpened that positioning further. Level 2 in particular clears QSE for engagement on cybersecurity projects up to Secret-level sensitivity in Canadian public-sector contracting. Membership in the Canadian Association of Defence and Security Industries (CADSI) and the Municipal Information Systems Association (MISA) have further opened government procurement doors that were closed before.
“It has opened a huge amount of doors,” Carefoot said. “Before, it was primarily large enterprise we could engage. Now it is the public sector as well.”
A partner-led international footprint
Rather than building country-by-country sales operations, QSE has chosen a partner-led model. The company works through value-added distributors and resellers that already hold the regulatory certifications and government relationships needed in each market.
The footprint is already global. QSE maintains personnel and operating teams across multiple countries in North America and the Asia-Pacific region. In Malaysia and Singapore, the company operates through value-added distributor Enzo Plus Asia. Indonesia is covered by a strategic reseller and integration partnership with Porta Nusa. Brazil entered the footprint directly through the three-year government agreement.
“Scaling this way is much more cost-effective and far more optimized,” Carefoot said. “We can enter a region almost immediately by leaning on a partner that already has the certifications and pipelines. But we are selective. They need to be regulated up to SOC 2, with established enterprise and government client bases.”
The Asia-Pacific weighting is deliberate. Post-quantum readiness is being treated as a near-term priority across the region, and partner ecosystems there have moved more aggressively than in some Western markets.
Funded for the conversion year
In January, QSE announced it had joined CADSI and MISA and formalized a FY2026 commercialization track. The track is designed specifically to convert near-term government and defence demand into recurring revenue.
The company is backed by a $3 million non-brokered private placement closed in November 2025, with proceeds allocated to QSE platform expansion and general working capital. Management has positioned the financing as carrying execution through 2026 against the regulatory window.
Babak Pedram, who manages the company’s investor relations, framed the broader thesis simply.
“There is a real problem here, and we are coming in with a solution that works,” Pedram said. “We are not in R&D. We have a product, we are selling it, we have customers, we have validation in the market. This year is about scaling the business—signing bigger contracts and delivering on what we are good at.”
For investors, the milestones are straightforward. Continued public-sector contract conversion. Expansion of the partner network into new regions. Revenue growth that reflects the move from early commercial deployment to broader enterprise adoption.
In a sector where most companies are still pitching theoretical protection against a future threat, QSE is offering something narrower and, arguably, more investable. A solution that is already deployed across financial services and government, certified for defence-sector engagement, and architected to scale without forcing customers to rebuild what they already have.
That combination is rare. And the deadline driving it is no longer hypothetical.
About QSE - Quantum Secure Encryption Corp.
QSE - Quantum Secure Encryption Corp. (CSE: QSE | OTCQB: QSEGF | FSE: VN80) is a Canadian technology company specializing in post-quantum data security, encryption, and secure data infrastructure. Built around quantum-delivered entropy and zero-knowledge architecture, QSE’s solutions help protect sensitive data from current cyber threats and future quantum-enabled attacks. QSE serves organizations across commercial, enterprise, and public-sector environments requiring long-term data confidentiality and resilience.
Learn more at qse.group
