Build a lasting personal brand

SuzieQ Holdings to Present at Disruptive Growth & Life Sciences Conference

By Burstable Editorial Team
SuzieQ Holdings Inc., a post-quantum technology company, will present at the Moody Capital Solutions 2026 Disruptive Growth & Life Sciences Conference, highlighting its role in the post-quantum era.
SuzieQ Holdings to Present at Disruptive Growth & Life Sciences Conference

SuzieQ Holdings Inc., a company focused on the “measurement and sovereignty layer” for the post-quantum era, announced its participation in the Moody Capital Solutions 2026 Disruptive Growth & Life Sciences Conference. The event is scheduled for September 9–10, 2026, at The Westin New York Grand Central in New York City. Chairman and CEO Bradley Leinhardt is set to deliver a presentation on September 10 at 11 a.m. ET, and will also hold one-on-one meetings with investors.

The conference, organized by Moody Capital Solutions, is designed to showcase disruptive growth opportunities in technology and life sciences. SuzieQ’s involvement underscores the growing importance of post-quantum cryptography (PQC) as organizations worldwide prepare for the eventual arrival of quantum computers, which could render current encryption methods obsolete. SuzieQ positions itself as a key player in this transition, offering what it describes as the measurement and sovereignty layer for the post-quantum era. This layer is intended to provide the infrastructure needed to ensure secure, verifiable, and sovereign operations in a world where quantum computing is prevalent.

Bradley Leinhardt, who leads the company, brings experience from large-scale PQC deployments, and the leadership team includes world-class U.S. physicists and engineers from top aerospace-scale projects. This expertise is critical as governments and enterprises seek to protect sensitive data against future quantum threats. The company’s focus on sovereignty is particularly relevant for national security and critical infrastructure, where trust and control over data are paramount.

The announcement comes at a time when the U.S. government and industry are increasingly prioritizing post-quantum readiness. The National Institute of Standards and Technology (NIST) has already selected several PQC algorithms for standardization, and organizations are being urged to begin migration planning. SuzieQ’s presentation at the conference will likely address how its technology fits into this landscape, offering a pathway for organizations to secure their systems against quantum-era risks.

The conference provides a platform for SuzieQ to engage with investors and industry leaders, potentially accelerating adoption of its solutions. For attendees, the presentation offers insights into a niche but critical segment of the cybersecurity market. As quantum computing advances, the demand for PQC solutions is expected to surge, making companies like SuzieQ relevant to both public and private sectors.

SuzieQ Holdings is part of a broader ecosystem of companies addressing the quantum threat. The company’s participation in this conference highlights the increasing commercial viability of post-quantum technologies. It also signals to the investment community that PQC is moving from research to implementation, with companies like SuzieQ leading the charge.

For more information about SuzieQ Holdings, visit suzieq.ai. The full press release is available at https://ibn.fm/gC9Pc.

Burstable Editorial Team

Burstable Editorial Team

@burstable

Burstable News™ is a hosted solution designed to help businesses build an audience and enhance their AIO and SEO press release strategies by automatically providing fresh, unique, and brand-aligned business news content. It eliminates the overhead of engineering, maintenance, and content creation, offering an easy, no-developer-needed implementation that works on any website. The service focuses on boosting site authority with vertically-aligned stories that are guaranteed unique and compliant with Google's E-E-A-T guidelines to keep your site dynamic and engaging.