A Framework Can Tell You What to Do. It Cannot Tell You What You Have.
POST-QUANTUM READINESS / THE ADVISORY MODEL
KPMG’s new seven-step Q-PREP plan is a strong map for post-quantum readiness. Like every advisory framework, several of its steps depend on measurement evidence that the framework itself does not produce. That gap is where Qtonic Quantum complements them, not competes.
Qtonic Quantum Research Team | June 9, 2026
In June 2026, KPMG published Q-PREP, a seven-step framework for guiding an organization to post-quantum cryptography readiness [1]. It is a good framework. It moves past general warnings to a defined sequence, from objectives aligned with business goals, through a full inventory of cryptographic assets, risk prioritization and data governance, algorithm evaluation, a transition plan, implementation and validation, and finally continuous monitoring. KPMG’s US quantum lead has likened the migration to retuning every key, algorithm, and certificate across a vast IT estate without missing a note.
The metaphor is apt, and it points at the problem the framework cannot solve on its own. A score tells the orchestra what to play. It does not tell the conductor whether each instrument is in tune. For three of Q-PREP’s seven steps, knowing what to do is the easy part. The hard part is measuring what is actually there, and proving whether the fix works.
A plan is not the same as the capability to execute it. The framework identifies where measurement is required. The framework itself is not the measurement evidence. That division of labor is the whole point of this piece.
What the Framework Gets Right
Start with credit where it is due. Q-PREP is one of several strong frameworks the major accounting and advisory firms have published, and the structure is sound. It begins where readiness should begin, with objectives tied to business risk rather than technology for its own sake. It treats cryptographic inventory as an early cornerstone rather than an afterthought, which matches national guidance that names inventory as the foundational first step [3]. It insists that knowing what is vulnerable is not enough without governance to prioritize remediation. And it ends not at deployment but at continuous monitoring, which is the correct posture for a threat whose standards and timelines keep moving [2].
None of that is in dispute. Advisory firms are very good at this work. They own the board relationship, the program governance, the change management, and the regulatory translation. Those are real disciplines, and they are not what Qtonic Quantum does. The question is what happens at the steps where the framework asks for something the framework itself does not measure.
Where Frameworks Meet Their Limits
Three of the seven steps are measurement problems wearing the clothes of strategy steps.
Step two, the inventory. KPMG itself flags this as the step where legacy and decentralized systems hide the true extent of cryptographic exposure. You cannot migrate what you cannot find, and most organizations cannot produce a complete, current map of where RSA and elliptic-curve cryptography live across their estate. Drawing that map is not only a consulting deliverable. It is also a discovery technology problem.
Step four, evaluating quantum-resistant algorithms. A framework can say “choose vetted implementations.” It cannot, by itself, tell you which post-quantum implementations actually perform under real conditions. That requires independent testing of the implementations on the market, scored against a published method, by someone with no stake in which one wins.
Step six, validating remediation. “Validate effectiveness” is easy to write and hard to prove. Proving it means generating primary evidence rather than asserting that a control works. The cleanest evidence is a re-scan. Run discovery again and confirm that the vulnerable cryptography the inventory found is actually gone, rather than accepting a project status report on faith.
One more step is worth naming. Step three, prioritizing risk, is less a measurement gap than a place where measurement sharpens judgment. Hardware-grounded evidence about whether quantum-risk assumptions hold under controlled workloads informs how an organization ranks what to fix first. That evidence supports the risk decision. It does not, on its own, prove that a later remediation worked.
These are not weaknesses in KPMG’s plan. They are the parts of any plan that need an instrument, not just a score. This is analysis of how advisory frameworks and independent measurement layers divide the work, rather than a claim about any one firm’s internal capabilities.
The Measurement Layer
This is where Qtonic Quantum fits, and it fits underneath the framework rather than in front of it. The governing model is simple to state. Find what you have. Prove what is at risk. Fix through evidence-led sequencing, and validate that the risk is gone.
Find. The inventory step needs a map that can survive an audit. QScout produces one, mapping cryptographic assets across the assessed scope of an engagement and generating a Cryptographic Bill of Materials in CycloneDX format, with compliance mapping across the 15 frameworks it covers [4]. It is built precisely for the step KPMG identifies as especially difficult.
Prove. The risk step needs evidence rather than assertion. QStrike runs defined cryptographic workloads on real quantum hardware across supported platform profiles, where availability, scope, and approved test design allow [5]. What that produces is hardware-grounded evidence about the quantum threat itself, under a controlled test design. It is not a claim that production systems can be broken today, and it is a different proof category from confirming that a deployed fix works.
Fix. The remediation steps need a plan sequenced to the deadlines that actually apply, and a way to confirm the plan worked. QSolve supports that plan with evidence-based migration sequencing, vendor-neutral and CISO-led, aligned to CNSA 2.0 and NSM-10, drawing the order from the measured exposure QScout found and the risk QStrike validated [6]. It recommends only implementations the Qtonic Quantum Laboratory has scored, on a published ten-dimension rubric with no pay-to-play, so the fix follows the evidence record rather than vendor positioning [4]. When the work is done, a QScout re-scan confirms the vulnerable cryptography is gone, and QScout Pulse keeps the inventory measured continuously as standards and infrastructure change [4].
These are three different kinds of proof, and conflating them is a common mistake. What cryptography exists is an inventory question, answered by discovery. Whether quantum-risk assumptions hold under controlled workloads is a hardware-grounded evidence question, answered by testing on real machines where scope, availability, and approved design allow. Whether a post-quantum implementation performs is a scoring question, answered by independent measurement.
In an advisory engagement, the firm still owns the strategy, the governance, and the change program. Qtonic Quantum supplies the measured evidence beneath it. The advisor conducts. Qtonic Quantum tunes the instruments and confirms they are in tune.
Why QScout Is Not Just Another Inventory Tool
QScout is not positioned as a replacement for PKI, HSM, KMS, certificate lifecycle, or vulnerability management platforms. Those tools matter, and they usually begin from their own product lane. QScout begins from the buyer’s harder question. What quantum-relevant exposure exists, how much cryptographic debt does it create, what obligation does it map to, and what evidence can leadership act on?
That is why the difference matters. QScout combines public-surface discovery, deeper scoped assessment, HNDL scoring, Crypto Debt, PQC readiness, CycloneDX 1.7 CBOM output, JSON and SARIF exports, compliance mapping, an executive narrative, and a path into QStrike when stronger validation is required. The point is not that every adjacent platform is weak. The point is that most were not designed to be the independent measurement layer beneath a post-quantum readiness program.
Based on Qtonic Quantum’s published market comparison, QScout is not framed as a general-purpose replacement for PKI, HSM, KMS, certificate-lifecycle, vulnerability-management, or platform-security tools. It is strongest in a narrower and more important category: quantum risk and vulnerability intelligence. Its advantage is the combination of public-surface discovery, deeper scoped assessment, HNDL scoring, Crypto Debt, PQC readiness, CycloneDX 1.7 CBOM output, JSON and SARIF exports, compliance mapping, executive narrative, QStrike handoff, and continuous measurement through QScout Pulse. That is the factual basis for calling QScout the independent measurement layer post-quantum frameworks need [7].
Operationally, that category shows up in how QScout is packaged. QScout Free runs 24 public-surface modules behind business-email verification, enough for a first-mile executive snapshot without an install or a contract. The scoped assessment runs 71 modules across four levels, deep enough for procurement, audit, and remediation planning. Findings map to 15 framework families for board, audit, procurement, and regulator-facing conversations, and they leave as a governed evidence package rather than a dashboard claim [4]. That is what it means to say QScout is the measurement layer these frameworks need. It is not a better inventory tool. It is a different category, quantum risk and vulnerability intelligence that turns exposure into board-ready evidence.
Why an Independent Layer, Specifically
The case for Qtonic Quantum complementing these firms does not rest on the discovery technology alone. It rests on independence, which happens to be the founding currency of the accounting profession.
An auditor’s value comes from objectivity. The same logic applies to cryptographic readiness. A measurement is most trustworthy when it comes from a party that does not also sell the thing being measured. Qtonic Quantum takes no funding from the vendors whose implementations it scores, and it earns nothing as a paid distribution or referral partner, so its recommendation follows the measurement rather than a commission. Its Laboratory scores post-quantum implementations on a published rubric and posts the results to a public registry, with no pay-to-play, so an advisor can cite the findings without inheriting a conflict [4]. That same independent scoring is what makes QSolve’s migration plan credible, because QSolve recommends only what the Laboratory has scored, not what a vendor is selling. Disciplined measurement, and the vendor-neutral migration support built on it, is Qtonic Quantum’s lane.
That independence pays off in five practical ways. The Cryptographic Bill of Materials is an audit-supporting artifact, machine-readable and defensible, which is exactly what an attestation or a regulatory exam expects. The hardware evidence turns an advisory assertion into measured evidence, which reduces the risk of overclaiming what has actually been verified. The platform scales across a firm’s entire client base, producing comparable outputs from one engagement to the next, rather than a bespoke reinvention each time. The continuous model, delivered through QScout Pulse, converts a one-off report into a recurring, measurable service, which is where the seventh step usually dies in practice. And the whole layer maps to the same regimes the firm’s clients answer to, the NIST standards, CNSA 2.0, and NSM-10 [2].
The advisory firm keeps what it is best at. The deep, narrow, independent measurement work sits with a specialist built for it.
This material is for informational purposes only and does not constitute legal, regulatory, compliance, or professional advice, and it does not establish any professional relationship. Qtonic Quantum Corp is not responsible for decisions made in reliance on this material without an authorized engagement. References to KPMG and its Q-PREP framework are based on publicly available information and are used for analysis and commentary. They do not imply any partnership, endorsement, or affiliation between Qtonic Quantum Corp and KPMG. Product capabilities are described as of the date of publication and apply within the authorized scope of an engagement. Forward-looking statements about quantum computing and regulatory timelines are subject to change.
[1] KPMG US, “Q-PREP,” a seven-step post-quantum readiness framework, 2026. Primary document at kpmg.com. Coverage via Quantum Zeitgeist, June 5, 2026. Step descriptions paraphrase KPMG’s published sequence.
[2] NIST finalized FIPS 203, FIPS 204, and FIPS 205 in August 2024. CNSA 2.0 applies to National Security Systems, with phased adoption targets running through 2035. Separately, NSM-10 (2022) and OMB M-23-02 direct federal civilian agencies to maintain annual cryptographic inventories and to mitigate quantum risk to the extent feasible by 2035. The two are distinct regimes.
[3] CISA, NSA, and NIST, “Quantum-Readiness: Migration to Post-Quantum Cryptography,” August 21, 2023, which frames cryptographic inventory as the foundational early step. cisa.gov
[4] QScout Free runs 24 public-surface modules behind business-email verification. The scoped assessment runs 71 modules across four governed tiers, Surface, Silver, Gold, and Pulse, where Pulse provides continuous monitoring. It produces CycloneDX 1.7 Cryptographic Bill of Materials output and maps findings to 15 compliance frameworks, per Qtonic Quantum product documentation. The Qtonic Quantum Laboratory independently scores post-quantum implementations on a published ten-dimension rubric, posted to a public registry, with no pay-to-play.
[5] QStrike supported platform coverage across quantum-hardware modalities is documented in Qtonic Quantum’s internal Quantum Cloud Services assessment, available for verification under NDA on request. Coverage in any given engagement is subject to platform availability, engagement scope, and approved test design.
[6] QSolve is Qtonic Quantum’s vendor-neutral, CISO-led post-quantum migration governance. It sequences migration from measured exposure and validated risk, recommends only implementations the Qtonic Quantum Laboratory has scored across ten dimensions, and directs vendor execution rather than selling product, per Qtonic Quantum product documentation.
[7] Qtonic Quantum, QScout market comparison, qtonicquantum.com/qscout-vs-market. Adjacent-tool comparison data last verified May 5, 2026; refresh in progress. The category-specific positioning above reflects QScout’s published capability set rather than a general “best on market” claim across all adjacent product categories.
Qtonic Quantum Corp is a leading quantum risk and vulnerability intelligence firm. Its platforms and advisory services help enterprises and government agencies reach post-quantum readiness and sustain it continuously, as standards, threats, and infrastructure evolve. Qtonic Quantum is vendor-neutral by design, scoring and recommending what works rather than what a vendor sells. Headquartered in Miami, with operations in Be’er Sheva, Israel. Find. Prove. Fix. qtonicquantum.com