Your Data Is Being Stolen Now
Harvest Now, Decrypt Later is not a future threat. Nation-state adversaries are actively capturing encrypted enterprise data today, storing it in quantum-ready vaults, waiting for Q-Day to decrypt everything. Your legal and regulatory liability starts once the data is stolen or the hack has occurred — not when you discover it, not when you receive your ransom demand, and not in 2029 when all your competitors are lining up and paying top dollar to acquire a solution for HNDL, which is what PQC+ addresses. Which means your financial and criminal liability follows you into your retirement.
The Verdict Is In from the World's Tech Leaders
Is it Wise to Dismiss these HNDL and Quantum Experts?
Google's Willow chip completed a benchmark calculation in under five minutes that would take a leading supercomputer an estimated 10 septillion years, vastly exceeding the age of the universe.RBC Thought Leadership, December 2024
As we advance quantum capabilities, we must accelerate the transition to post-quantum cryptography to ensure the world's data remains secure against future threats.Official Statement on Quantum Advancement, February 2025
Quantum computing is a double-edged sword. It will solve the world's hardest problems, but it also renders RSA and ECC obsolete. Our security posture must evolve faster than the hardware.Microsoft Security Blog, February 2025
To simulate a single caffeine molecule, you'd need a classical computer the size of the earth. With quantum, you can do it on a machine the size of a refrigerator.Fortune Magazine, 2023
The transition to quantum-safe cryptography is the largest and most complex migration in the history of computing. We are moving from a world where math was our shield to one where we need new math.MIT Technology Review, October 2024
The threat to our national security from quantum computing is real. Every organization must start the inventory of their vulnerable public-key systems today.White House Cyber Policy Briefing, 2024
Encrypted data remains at risk because of the 'harvest now, decrypt later' threat... starting the transition to post-quantum cryptography now is critical to preventing these future breaches.Transition to PQC Standards (IR 8547), November 2024
Quantum computing will weaken asymmetric cryptography by 2029. Organizations must begin strategic planning now.CSO Online, May 2025
The 'Store Now, Decrypt Later' attack is the most pressing cybersecurity threat of our time. Nations and hackers are already vacuuming up RSA-encrypted data waiting for Q-day to unlock it.World Economic Forum, January 2025
We're talking about a speedup of 100 million times over a classical processor. That's the difference between doing a calculation in a second versus it taking years.MIT Technology Review, 2017
I prefer security to not be contingent on progress being slow.arXiv preprint, May 2025
Google's Willow chip completed a benchmark calculation in under five minutes that would take a leading supercomputer an estimated 10 septillion years, vastly exceeding the age of the universe.RBC Thought Leadership, December 2024
As we advance quantum capabilities, we must accelerate the transition to post-quantum cryptography to ensure the world's data remains secure against future threats.Official Statement on Quantum Advancement, February 2025
Quantum computing is a double-edged sword. It will solve the world's hardest problems, but it also renders RSA and ECC obsolete. Our security posture must evolve faster than the hardware.Microsoft Security Blog, February 2025
To simulate a single caffeine molecule, you'd need a classical computer the size of the earth. With quantum, you can do it on a machine the size of a refrigerator.Fortune Magazine, 2023
The transition to quantum-safe cryptography is the largest and most complex migration in the history of computing. We are moving from a world where math was our shield to one where we need new math.MIT Technology Review, October 2024
The threat to our national security from quantum computing is real. Every organization must start the inventory of their vulnerable public-key systems today.White House Cyber Policy Briefing, 2024
Encrypted data remains at risk because of the 'harvest now, decrypt later' threat... starting the transition to post-quantum cryptography now is critical to preventing these future breaches.Transition to PQC Standards (IR 8547), November 2024
Quantum computing will weaken asymmetric cryptography by 2029. Organizations must begin strategic planning now.CSO Online, May 2025
The 'Store Now, Decrypt Later' attack is the most pressing cybersecurity threat of our time. Nations and hackers are already vacuuming up RSA-encrypted data waiting for Q-day to unlock it.World Economic Forum, January 2025
We're talking about a speedup of 100 million times over a classical processor. That's the difference between doing a calculation in a second versus it taking years.MIT Technology Review, 2017
I prefer security to not be contingent on progress being slow.arXiv preprint, May 2025
This Is Not a Theoretical Risk.
The Federal Reserve Has Quantified It.
A January 2026 report from the Citi Institute titled “Quantum Threat: The Trillion-Dollar Security Race Is On”estimates that a single-day quantum attack on a top-five U.S. bank's Fedwire access could cost the U.S. economy between $2.0 and $3.3 trillion — a 10% to 17% GDP decline. The Federal Reserve's own research paper (FEDS 2025-093) frames the HNDL threat as “present, active, and in some circumstances unavoidable.”
↓ Download US Federal Reserve 22-page White Paperprojected single-day quantum attack cost on a top-five U.S. bank's Fedwire access
Citi Institute, January 2026
projected U.S. GDP decline from the same scenario
Citi Institute
of the global economy currently relies on public-key cryptography that will break by 2029
Google, IBM, Microsoft consensus
The 2029 date is not one person's guess. It is the convergence of five independent evidence streams: hardware acceleration (Neven's Law and the Willow chip's December 2024 below-threshold demonstration), algorithmic optimization (a 99.9% reduction in qubits required to break RSA-2048 in a single decade), expert consensus (Google, IBM, Microsoft, Gartner, NSA, NIST, CISA, the Federal Reserve, the World Economic Forum), regulatory urgency (NSA mandates quantum-safe acquisitions by January 2027; EU mandates critical infrastructure transition by 2030), and the simple fact that the world's best-funded technology companies are now organized to deliver the remaining engineering scale.
“I prefer security to not be contingent on progress being slow.”
Moore's Law (Classical) vs. Neven's Law (Quantum)
The Dynamic Graph Below Shows the Math of Why a Quantum Computer is Incomprehensibly More Powerful than the World's Most Powerful Super Computer.
Neven's Law is named after Dr. Hartmut Neven · Founder and Head of Google's Quantum AI Lab · Winner of the Physics World Breakthrough of the Year (2024) · TIME 100 Most Influential People in AI (2025)
Moore's Law:
CPU power doubles every ~18 months (exponential)
Neven's Law:
Quantum power grows doubly exponential — each step squares the previous
Doubles every 18 months
2 → 4 → 8 → 16…
Doubly exponential growth
4 → 16 → 256 → 65K…
Protecting Data Will Protect Your Career
Here’s Why:
Regulatory Liability: starts when your data is stolen — not when it is decrypted.
DOJ C-suite Penalties: can be up to $1 million per violation and 20 years in prison if your data or client/patient data ends up in China, Russia, or Iran.
▶Regulatory & HNDL Compliance across 50 States in 90 Days· 4:59→Concurrent Liability: for all 50 states and federal regulations at the same time.
Personal Liability: 75% of states have enacted criminal penalties for C-suite executives.
Foreign Threats: China, Russia, and Iran are stealing data worth over $500 billion in US IP annually, preparing for Q-Day in 2029.
▶China Steals $500+ Billion in US IP annually says FBI & NSA· ~8 min→Q-Day: when IBM, Google, and Microsoft predict quantum computers will break current encryption.
▶Your Q-Day & C-Suite Regulatory Compliance Problem· ~8 min→Harvest Now, Decrypt Later (HNDL): is the largest theft in history. China, Russia, and Iran are stealing encrypted data, storing it, and waiting for a quantum computer to break the encryption.
↓HNDL Executive Primer — The Executive Roadmap to Quantum Readiness· PDF→▶HNDL — Harvest Now, Decrypt Later· ~8 min→DOJ Conviction Rates: rates for “non-compliance” are over 90%.
D&O Insurance Clawback: insurers will reclaim legal costs upon a regulatory conviction or plea deal.
▶If Guilty or a Plea Deal, D&O Insurance Does Not Pay· ~8 min→Defense Burden: a defense can personally cost defendants millions of dollars by the end of the case.
We developed PQC+ as a dual-purpose software platform: proactive regulatory compliance across all 50 states simultaneously, and the only post-quantum cryptography solution that fully installs in 90 days.
By shifting breach classifications away from willful violations, PQC+ establishes the essential “good faith” defense that regulators demand. Our certified solution integrates seamlessly within 90 days without requiring any existing infrastructure to be replaced.
Implementing PQC+ renders stolen data mathematically useless, securing your organization’s future and mitigating personal liability ahead of the 2029 Q-Day deadline.
CTO CISO Primer on HNDL and PQC
HNDL — Harvest Now, Decrypt Later
FAQ — 30 Initial Questions re HNDL Solutions and PQC+™
Critical roadmap for CTOs and CISOs addressing the quantum computing threat, executive liability, and actionable PQC+™ implementation.
HNDL Executive Primer — The Executive Roadmap to Quantum Readiness
A visual executive roadmap covering the HNDL risk cycle, the data lifespan mismatch, and the 3-step response: cryptographic inventory, data triage by shelf life, and vendor audits.
The HNDL (Harvest Now, Decrypt Later) Threat has 3 Steps
Harvest
Adversaries tap internet infrastructure — undersea cables, ISP backbone, cloud provider peering points — and capture encrypted enterprise communications at scale. This is technically straightforward and already happening.
Store
Captured ciphertext is stored in massive data warehouses. Storage is cheap — capturing 100TB of enterprise traffic costs less than $1M per year to store indefinitely. The adversary is patient.
Decrypt
When a sufficiently powerful quantum computer exists (~2029), Shor's algorithm breaks RSA/ECC in hours. The adversary then decrypts years of captured communications, gaining access to everything protected by classical encryption.
Confirmed HNDL Threat Actors
People's Republic of China (PRC)
The NSA and FBI have publicly confirmed China steals more IP from the USA than the rest of the world combined. Estimates before HNDL placed it in a range from $250 billion to $650 billion annually. China is conducting a massive HNDL collection campaign against US government, defense, and critical infrastructure networks. China has infiltrated over 200 US utility companies.
Russia (GRU / SVR)
Russian intelligence services have long-standing collection programs targeting US political, financial, and energy sector encrypted communications.
North Korea (Lazarus Group)
North Korea focuses on financial data, cryptocurrency, and nuclear defense information for long-term HNDL exploitation.
Iran (IRGC Cyber)
Iranian actors target energy sector, financial institutions, and government contractors — sectors with long-lived sensitive data.
Sources: NSA, CISA, FBI Joint Advisories; ODNI Annual Threat Assessment; Congressional testimony.
8 Ways Data is at Risk
HNDL primarily targets data that will retain value for 5–10+ years. Adversaries are not targeting last week's emails — they're targeting your long-lived intellectual property, strategic plans, and regulated records that will still matter in 2029 and beyond.
- Trade secrets and IP with multi-year value
- Patient health records (HIPAA-covered)
- Financial transactions and account data
- Government contract data and clearance info
- M&A discussions and strategic communications
- Cryptographic keys and identity credentials
- Personnel and HR records
- Long-term contracts and legal communications
How PQC+™ Stops HNDL
Forward Secrecy + PQC Keys
PQC+™ uses ML-KEM (FIPS 203) for key encapsulation, ensuring that even if long-term keys are compromised in the future, individual session keys cannot be reconstructed.
Hybrid Transition Mode
Operates simultaneously with classical encryption during migration — any traffic protected today gets PQC protection even before full infrastructure migration.
Zero Trust Architecture
PQC+™ enforces cryptographic authentication at every session, ensuring that data captured by adversaries cannot be decrypted even with quantum computers.
Instant Deployment
PQC+™ deploys as a cryptographic layer without replacing existing infrastructure. Migration time is measured in days, not years.