PART I — QUANTUM RISK, EARLY WARNINGS: WHAT 2023 ALREADY TOLD US
For years, quantum computing was framed as a future breakthrough—powerful, but distant enough to defer concern.
That assumption deserves closer scrutiny.
As early as 2023, the outlines of a significant vulnerability were already visible. Not in abstract theory, but in credible reporting and analysis pointing to a shift in how sensitive data could be targeted, collected, and ultimately exploited.
At the center of that shift was a concept known as “store now, decrypt later”—sometimes more bluntly described as “steal now, decrypt later.”
THE CORE IDEA: A DELAYED BREACH
The premise is straightforward, but its implications are not.
Adversaries collect encrypted data today—not because they can read it, but because they expect to read it in the future.
In April 2023, I examined this issue in a post titled “So, What Is ‘Store Now, Decrypt Later (SNDL)’ and Why Should You Care?” . There, I noted:
“Adversaries of all types are currently—meaning right now!—stealing IP that is protected by encryption.”
At first glance, that may seem counterintuitive. Why steal data that cannot be accessed?
The answer lies in timing.
Once quantum computing reaches sufficient capability, much of today’s encryption may no longer provide meaningful protection. Data that is secure today could become accessible—potentially all at once—at a later date.
In that sense, the breach does not occur when the data is decrypted.
It occurs when the data is taken.
WHO WAS SOUNDING THE ALARM
These concerns were not speculative.
Even in 2023, respected institutions and publications were raising early warnings about the implications of quantum computing for data security.
The focus was not on immediate access—but on future advantage.
SOURCES & SIGNALS: EARLY WARNINGS (2023–2025)
These concerns were not speculative. As early as 2023, credible institutions and publications were identifying the long-term risks quantum computing poses to modern encryption.
- IP Probe (April 2023): “So, What Is ‘Store Now, Decrypt Later (SNDL)’ and Why Should You Care?” — Early analysis highlighting the risk that adversaries are already collecting encrypted intellectual property for future decryption.
- The Economist (cited in 2023): Reporting emphasized that quantum computing poses a direct threat to encryption systems securing global communications, with implications for long-term data confidentiality.
- IP Probe (January 2025): “Chinese Spies Vigorously Chase U.S. Quantum Computing Technology” — Drawing on analysis published in Foreign Affairs, noting that national security experts increasingly assume adversaries are already conducting “store now, decrypt later” collection operations.
- IP Probe (February 2025): “Store (Steal) Now—Decrypt Later” — Examination of real-world cyber intrusions through the SNDL lens, highlighting the likelihood that encrypted data is being collected for future exploitation.
Assessment: The progression from early warning (2023) to strategic assumption (2025) reflects a clear shift in how quantum risk is understood within both cybersecurity and national security communities.
EMERGING CONSENSUS: 2026 AND THE PUSH FOR QUANTUM SECURITY
By 2026, the concerns raised in earlier years have begun to converge into a broader, coordinated effort to address quantum-era risks.
Initiatives such as “2026: The Year of Quantum Security” reflect a growing recognition across industry, academia, and government that the transition to quantum-resistant systems is no longer optional—it is time-sensitive.
The initiative highlights a broader ecosystem of response, including links to government-led efforts such as those of the National Institute of Standards and Technology (NIST), which has been advancing post-quantum cryptographic standards designed to withstand future quantum attacks.
What began as a technical warning has now become an operational priority.
THE INTELLECTUAL PROPERTY DIMENSION
- trade secrets
- proprietary research
- confidential communications
But “store now, decrypt later” challenges that assumption at its foundation.
If encrypted intellectual property is already being collected, then the risk is no longer hypothetical. The exposure may exist now, even if the consequences are deferred.
The compromise of sensitive information may not be visible until years after it occurs.
THE MISCONCEPTION THAT DELAYED ACTION
- By the time quantum decryption is operational, the data has already been collected
- By then, the opportunity to protect it has already passed
This is what distinguishes the quantum threat from more familiar cybersecurity risks.
It operates across time.
FINAL THOUGHT (PART I)
Looking back, the early warnings were not hidden. They were documented, sourced, and grounded in credible analysis.
What was missing was not information—but urgency. That is now changing.
In the next post, I’ll examine how this issue evolved from early warning to strategic assumption—and how “store now, decrypt later” became embedded in operational thinking.
IP PROBE TAKEAWAY
The breach may already have occurred—its consequences simply haven’t arrived yet.
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