New Release — World Quantum Day 2026: Trusted Systems in an Autonomous, Post-Quantum World — Special Brief 002. Read the brief →
Independent Research Institute
American • Quantum • Cyber • AI

Preparing Leaders for the Next Era of Secure Computing

Trusted education and governance frameworks for cybersecurity, artificial intelligence, and quantum technologies — built for government and institutional leaders.

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10+
Research briefs
4
Focus areas
2026
Threat report
Featured — Special Brief 002
Trusted Systems in an Autonomous, Post-Quantum World

Why encryption alone will not protect your organization. Three converging forces are reshaping risk simultaneously: adversary data collection, regulatory mandates, and advancing quantum computing.

Read the executive brief →
SecureFi Institute Special Brief 002 · April 2026
Priority frameworks

Two Critical Frameworks for Leadership Readiness

The quantum threat is not a future event. Harvest Now, Decrypt Later and Trusted Systems define where organizations must act now.

Harvest Now, Decrypt Later

Your Encrypted Data May Already Be in Adversary Hands

Well-resourced adversaries are collecting encrypted data today with the expectation it can be decrypted when quantum computing matures. This brief outlines the exposure window, where organizations are vulnerable, and why action cannot wait.

Executive Brief Deep Dive Research 011 →
Harvest Now Workshop →
Trusted Systems Framework

Encryption Alone Will Not Protect Your Organization

A nine-pillar system-level model for establishing and maintaining trust across modern environments — covering Origin, Integrity, Identity, Autonomy Governance, Temporal Awareness, and Adaptability. Trust must emerge from every layer simultaneously.

Executive Brief Full Research Brief →
Trusted Systems Workshop →
What we cover

Focus Areas

Helping government and institutional leaders understand, evaluate, and responsibly deploy the technologies reshaping national infrastructure.

Post-Quantum Cryptography

Preparing organizations for the transition to quantum-resistant encryption and long-term cryptographic resilience.

AI and Cybersecurity

Understanding how artificial intelligence is transforming both cyber defense and cyber offense across national systems.

Hybrid Computing Infrastructure

Exploring the integration of high performance computing, cloud platforms, AI, and quantum systems.

Leadership and Governance

Equipping leaders with the awareness and frameworks needed to responsibly deploy emerging technologies.

Current briefings

Threat Assessment and Readiness

The global threat environment has already shifted. These briefings explain why the risk is real and why action must begin now.

Course

2026 Threat Assessment for Leaders

The current threat environment has already shifted. This structured course provides leaders with a clear understanding of how cyber, AI, and geopolitical competition are converging to create immediate enterprise-wide risk.

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Executive Brief 002

Nation-State Cyber Threats: Why the Risk Is Real and Growing

Nation-state cyber activity is persistent, coordinated, and increasingly disruptive. This brief explains why organizations are directly exposed and how cyber has become a domain of modern competition.

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Deep Dive 001

Preparedness in an Era of Cyber, AI, Quantum, and Infrastructure Risk

Understanding the threat is only the first step. This deep dive outlines what preparedness looks like in practice, including cyber resilience, post-quantum readiness, and AI governance.

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Research series

Research Briefs & Articles

16 briefs, reports, essays, and courses covering the full spectrum of emerging computing security — from quantum cryptography to national cyber power.

New · Special Brief 002

Trusted Systems in an Autonomous, Post-Quantum World

Why encryption alone will not protect your organization. A nine-pillar framework for establishing and maintaining trust across modern environments.

Read the brief
Also Featured
Harvest Now, Decrypt Later
Read executive brief →
001

Harvest Now, Decrypt Later: Understanding the Emerging Quantum Risk

Adversaries are collecting encrypted data today with the expectation it can be decrypted later. Why action must begin now.

Executive Brief
002

Trusted Systems in an Autonomous, Post-Quantum World

A leadership summary introducing the nine-pillar Trusted Systems Framework. Why encryption alone will not protect your organization.

Special Brief
003

Why Post-Quantum Cryptography Matters Now — Brief 007

Preparing leadership and systems for the quantum-safe transition. Covers NIST standards, the harvest now threat, migration complexity, and the governance challenge.

Research Brief
004

AI and Cybersecurity Are Converging

AI-driven threat detection, automated vulnerability discovery, and evolving cyber operations reshaping the security landscape.

Article
005

Hybrid HPC and Quantum Infrastructure

How classical high performance computing, AI systems, and quantum processors may integrate in future hybrid architectures.

Article
006

Cybersecurity as an Instrument of National Power

How governments increasingly view cybersecurity and infrastructure protection as components of economic resilience.

Article
007

Preparing Organizations for Quantum Security

Practical steps organizations can take to begin preparing for future cryptographic transitions.

Article
008

The Quantum Security Gap

The gap between technological awareness and institutional readiness across modern digital infrastructure.

Article
009

Nation-State Cyber Threats: Why the Risk Is Real

Persistent, coordinated, and increasingly disruptive nation-state cyber activity and what it means for your organization.

Executive Brief
010

Harvest Now, Decrypt Later — Deep Dive Research Paper

Full technical and strategic analysis of the Harvest Now, Decrypt Later threat model, adversary collection programs, cryptographic degradation timelines, and organizational transition frameworks.

Deep Dive
011

Why Post-Quantum Cryptography Matters Now — Research Brief RB-001

The foundational research brief on post-quantum cryptography: the quantum threat to RSA and elliptic curve systems, harvest now / decrypt later risk, NIST standards, and how organizations should begin preparing.

Research Brief
012

Shared Advanced Computing for the Federal Government — Special Brief SB-001

A collaborative framework for federal quantum, AI, and high-performance computing experimentation. Proposes shared test environments to reduce duplication, improve procurement decisions, and accelerate cross-agency innovation.

Special Brief
013

The Emerging Quantum Security Landscape — Strategic Report SR-01

A synthesis of six SecureFi Institute research briefs examining the convergence of AI, cybersecurity, HPC, and quantum information science. Covers the future operating environment, cryptographic risk, and strategic implications for leaders.

Strategic Report
014

Governance and Workforce Readiness as the Primary Risk Surface in Cyber and AI

The primary risk in cyber and AI increasingly resides in governance gaps and workforce readiness, not in tools or systems. This essay argues that leadership awareness is essential for maintaining accountability as technologies accelerate decision-making.

Essay
015

Post-Quantum Readiness Is a Leadership Problem, Not a Cryptography Problem

The most consequential challenges of post-quantum transition are institutional, not cryptographic. This essay argues that governance gaps, diffused responsibility, and delayed planning are the real barriers organizations must address now.

Essay
016

Preparing Leaders and Institutions for Cyber, AI, and Quantum Risk

The flagship SecureFi Institute policy essay. Governance, workforce readiness, and institutional risk in an era of converging technologies. Explores why technology-first responses fall short and why readiness is fundamentally a leadership responsibility.

Policy Essay
Workshops, Courses & Training

Workshops, Courses & Certificate Training

Designed for federal leaders, defense organizations, critical infrastructure operators, and enterprise executives responsible for risk, technology, and mission readiness.

Online Courses
Free Course — YouTube

Introduction to Quantum for Government & National Security

A foundational course for government leaders, national security professionals, and institutional decision-makers. Covers the basics of quantum computing, the post-quantum threat landscape, and what organizations must understand now.

Course — Threat Assessment

2026 Threat Assessment for Leaders

A structured course on the converging forces reshaping the threat environment: nation-state cyber activity, AI-accelerated attacks, and the advancing quantum timeline. Built for leaders who need strategic clarity, not technical depth.

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Workshops — Instructor-Led
Workshop — Harvest Now, Decrypt Later

Harvest Now, Decrypt Later Leadership Workshop

An executive workshop for leaders who need to understand the Harvest Now, Decrypt Later threat model, assess their organization’s exposure, and build a structured plan for transition to post-quantum cryptographic standards.

Inquire about this workshop → Take the Certification Test
Workshop — Trusted Systems

Trusted Systems Framework Leadership Workshop

A practical workshop introducing the nine-pillar Trusted Systems Framework. Leaders learn to assess trust across interconnected systems — from hardware provenance and identity governance to AI autonomy controls and cryptographic adaptability.

Inquire about this workshop → Take the Certification Test

Certificate Program

Earn a SecureFi Institute certificate of completion by reviewing research briefs, completing a knowledge check, and demonstrating understanding of key quantum readiness concepts.

1
Review Materials
Access research briefs and executive briefings
2
Complete Knowledge Check
Demonstrate understanding of key concepts
3
Receive Certificate
SecureFi Institute certificate of completion
Available Now
Introduction to Quantum for Government and National Security
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Our team

Institute Leadership

Experienced leaders from government, national security, technology, and advisory backgrounds.

David Haberland

David Haberland

Founder & Executive Chairman

More than twenty-five years of leadership experience across advanced engineering, federal consulting, and governance strategy. Guides the Institute’s mission to strengthen institutional readiness across cybersecurity, AI, and quantum technologies.

Full bio at davidhaberland.com →
Lorelei Haberland

Lorelei Haberland

Chief Financial Officer

Deep experience in organizational leadership and financial systems design. Holds a master’s degree in organizational leadership and applies a leadership-centric approach to financial operations supporting clarity, efficiency, and scalability.

Independent Advisory Board
Steve Partello

Steve Partello, J.D.

Independent Advisor — Federal Contracting & Industrial Security

Founder and Principal of Partello Consulting LLC. More than twenty-five years of senior leadership across L3Harris, Draper Laboratory, BAE Systems, and others. Expert in federal contracting, NISPOM security standards, and classified program compliance. J.D., Massachusetts School of Law.

Full bio →
Jacquay Henderson

Jacquay Henderson

Independent Advisor — Technology Strategy & National Security

Founder and CEO, Square Peg Technologies. Expertise in data analytics, machine learning, AI, post-quantum cryptography, and technology design. Serves clients across national security, law enforcement, and corporate sectors. Member, DoD Space Enterprise Consortium.

Full bio →
Strategic Initiative

A Federal Quantum & Advanced Computing Test Environment

Federal agencies are investing heavily in quantum computing, AI infrastructure, and high-performance computing — often independently, and often before having the ability to evaluate, test, or experiment with these systems in a shared environment.

SecureFi Institute's long-term vision is to help establish a collaborative federal advanced computing test environment — a pre-deployment innovation platform where government agencies, researchers, and program teams can experiment with quantum, HPC, and AI systems before committing to mission-specific infrastructure investments.

The goal is to reduce duplication, accelerate cross-agency innovation, improve procurement decisions, and ensure that large-scale federal computing investments are guided by shared knowledge and real-world experimentation — not isolated pilot programs.

Read the Framework Brief → Executive Overview Partner with us →
Why This Matters

Advanced computing systems can cost tens to hundreds of millions of dollars. Shared experimentation environments allow agencies to evaluate technologies, develop applications, and share lessons learned before committing to mission-specific infrastructure.

The Model
✓Federal Collaboration Environment (CUI-controlled)
✓Partner & Contractor Environment (controlled access)
✓Underlying Hybrid Compute: HPC, AI, and Quantum
✓PQC testing, simulation, and secure development
We Are Seeking Partners

SecureFi Institute is actively exploring federal sponsorship opportunities — including with the Department of Energy and federal research programs — to make this shared environment a reality for government agencies.

Inquire about partnership →
About the Institute

SecureFi Institute exists to help leaders govern what they cannot afford to misunderstand.

Advanced computing technologies are reshaping national infrastructure faster than institutions are prepared to govern them. SecureFi Institute was established to help leaders understand the strategic, security, and governance implications of artificial intelligence, cybersecurity, high performance computing, and quantum technologies.

The Institute operates as an independent initiative of OnShoreWave LLC focused on applied leadership awareness in emerging computing environments.

Meet the full team & advisory board → Download Executive Overview
1
Policy-aligned and government-focused
Research and training designed for public sector application and mission environments.
2
Non-vendor, neutral institutional approach
Independent of commercial influence. Governance exists to protect mission alignment.
3
Long-horizon strategic readiness
Focused on decisions that matter over a 5–15 year technology transition cycle.
4
Leadership-centered, not tool-centered
The quantum era will be defined by the quality of leadership and governance that guides it.
Get in touch

Workshops, Briefings & Questions

For executive briefings, Harvest Now and Trusted Systems workshops, training engagements, and advisory discussions. SecureFi Institute serves government institutions, defense organizations, and critical infrastructure operators.

SecureFiInstitute@gmail.com OnShoreWave.com
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