QSE Expands Global Footprint to 13 Countries and Highlights Continued Commercial Growth

Executive Summary

• QSE expanded its global footprint to 13 countries, up from four, and grew its value‑added distributor network to eleven partners.
• New platform enhancements were added to the Quantum Preparedness Assessment (QPA) tool and the QAuth identity platform, improving automated cryptographic dependency analysis and quantum‑resistant key generation.
• Memberships in CADSI and MISA position QSE for increased participation in Canadian public‑sector and defence cybersecurity tenders.

Key Details

• Geographic Expansion: Operational presence now covers 13 countries (previously four) as of November 2025.
• Channel Growth: Value‑added distributors increased to eleven worldwide; two additional distributor agreements are expected to close shortly.
• Government Procurement Positioning: Joined the Canadian Association of Defence and Security Industries (CADSI) and Municipal Information Systems Association (MISA), opening pathways to public‑sector and defence tenders related to post‑quantum cryptography.
• Platform Development – QPA: Added automation for software, cryptographic, and hardware bills of materials (SBOM/CBOM/HBOM) to help enterprises map cryptographic dependencies and plan migrations.
• Platform Development – QAuth: Integrated proprietary quantum‑resistant entropy layer into the identity/authentication platform, enhancing key generation and overall cryptographic resilience.
• Commercial Activity: Continued revenue generation from enterprise deployments, channel partnerships, and renewal activity; early 2026 shows sustained international customer engagement.

Notable Quotes

“Over the past several months we have focused on building the foundations required for global adoption of post‑quantum security solutions,” said Ted Carefoot, CEO of QSE. “Our expansion into additional markets, growth of our channel ecosystem, and continued development of our platform capabilities position us to support organizations as they begin preparing for the long‑term transition to post‑quantum cryptographic standards.”