Investors
Recent Company Announcements
EigenQ and Silicon Valley Acquisition Corp. Advance Proposed Business Combination Transaction through Confidential Submission of Registration Statement on Form S-4
August 19, 2026
EigenQ, Inc. ("EigenQ" or the "Company"), a quantum technology company, and Silicon Valley Acquisition Corp. (Nasdaq: SVAQ) ("SVAQ"), a publicly traded special purpose acquisition company, today announced the confidential submission of a draft registration statement on Form S-4 (the "Draft Registration Statement") for review by the U.S. Securities and Exchange Commission ("SEC") relating to EigenQ's and SVAQ's previously announced proposed business combination transaction (the "Business Combination") to take EigenQ public.
EigenQ Appoints Mark Pecen as Vice Chairman and Promotes Alexander Truskovsky to Chief Information Security Officer
July 28, 2026
EigenQ, Inc. announces the appointment of Mark Pecen as Vice Chairman and the promotion of Alexander Truskovsky to Chief Information Security Officer (CISO). The appointments further strengthen EigenQ's executive leadership team as the Company expands commercial operations and prepares for its planned public listing.
EigenQ Announces Post-Quantum Security Integration for Intel Xeon Systems
July 6, 2026
EigenQ, Inc. today announced new platform capabilities designed to help organizations prepare deployed Intel Xeon processor-based infrastructures for CNSA 2.0-aligned post-quantum migration requirements.
EigenQ And Silicon Valley Acquisition Corp. Announce Definitive Business Combination Agreement to Create a Publicly Traded Quantum Technology Company
June 17, 2026
EigenQ Inc. (“EigenQ” or the “Company”), a quantum technology company, and Silicon Valley Acquisition Corp. (NASDAQ: SVAQ) (“SVAQ”), a publicly traded blank check company, announced today that they have entered into a definitive Business Combination Agreement (“Business Combination Agreement”) that is expected to result in EigenQ becoming a publicly traded company.
EigenQ announces collaboration with TD SYNNEX to Advance Post-Quantum Security Readiness for AMD EPYC™ CPU-based Server Environments
Columbia, Maryland - June 15, 2026
EigenQ, Inc. today announced a collaboration with TD SYNNEX (NYSE: SNX) intended to help public-sector, defense, critical infrastructure and enterprise customers assess and prepare AMD EPYC™ processor-based server environments for the post-quantum security transition.
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EigenQ and WNC Announce Strategic Collaboration to Deliver FIPS-Certified Quantum-Safe Hardware at HPE Discover 2025
Las Vegas, Nevada - July 15, 2025
EigenQ Inc., the first company to ship Enterprise and Military level FIPS 203/204-certified post-quantum security systems, and WNC Corporation (WNC), a global leader in advanced enterprise, service provider, automotive, and IoT product development and manufacturing, today announced a collaboration to accelerate volume production and go-to-market for quantum-safe servers, appliances, and edge devices.
Why Now
A Global Security Transition is Underway
Advances in quantum computing, combined with emerging regulatory frameworks and new cryptographic standards, are driving one of the most significant infrastructure transitions in modern computing.
Organizations are beginning the migration to post-quantum security today, not because they want to, but because they must.
Standardization
Post-quantum standards are now established.
Migration
Government migration programs are underway.
Adaptation
Enterprise procurement requirements are evolving.
Security
Long-lived data faces future decryption risks.
Why This Matters
Security is Becoming Infrastructure
For decades, cybersecurity has primarily been implemented through software.
The post-quantum era introduces a different challenge:
Trust must be embedded into infrastructure itself.
This creates a new category positioned at the intersection of:
Hardware
Firmware
Cryptography
Enterprise Infrastructure
Why Hardware Matters
Software Alone Cannot Establish Infrastructure Trust
Post-quantum cryptography solves only part of the problem. Systems still require:
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Trusted entropy
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Trusted identity
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Trusted execution
Without a hardware root of trust, security remains vulnerable regardless of the cryptographic algorithm being used.
Quantum Entropy
Hardware-generated cryptographic randomness.
Trusted Identity
Device identity, attestation, and authentication.
Trusted Execution
Protected execution environments for critical operations.
Post-Quantum Cryptography
Integration of next-generation cryptographic standards.
Commercial and Marketing Strategy
Built to Scale Through OEM Ecosystems
Rather than replacing existing infrastructure, EigenQ integrates directly into established hardware and software environments.
Go-To-Market Approach
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OEM integration
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Infrastructure partnerships
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Enterprise deployments
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Channel ecosystems
This model enables scalable adoption through existing procurement and deployment channels.
Cybersecurity
The migration to post-quantum security.
Quantum Technologies
The emergence of quantum-enabled infrastructure.
Enterprise Infrastructure
The modernization of global computing systems.