Quantum vulnerability mapping
- QStrike
- ✓
- Pentest
- —
- Scanner
- —
Comparison
QStrike vs Penetration Testing
Penetration tests find classical vulnerabilities. QStrike maps every quantum-vulnerable asset and produces the remediation path that makes PQR possible.
The Quantum Gap in Traditional Security Testing
Penetration testing is a mature discipline. Skilled testers probe your network, applications, and people for classical weaknesses — SQL injection, privilege escalation, misconfigured services, social engineering. A good pentest is essential for validating your defenses against today's threat actors.
But no penetration tester inventories your quantum-vulnerable cryptographic assets. No pentest report maps which RSA keys, ECDH exchanges, and ECDSA signatures across your infrastructure will break under Shor's algorithm. No pentest framework uses provider-aligned validation workflows. The entire quantum threat surface is invisible to traditional security testing.
This is not a failure of penetration testing — it was never designed to assess quantum risk. The problem is that organizations assume a clean pentest report means comprehensive security coverage when an entire class of existential cryptographic risk remains unexamined.
Feature Comparison
Provider-aligned forward-threat validation
- QStrike
- ✓
- Pentest
- —
- Scanner
- —
Classical vulnerability detection
- QStrike
- —
- Pentest
- ✓
- Scanner
- ✓
Network / web app exploitation
- QStrike
- —
- Pentest
- ✓
- Scanner
- Partial
Cryptographic asset inventory
- QStrike
- ✓
- Pentest
- —
- Scanner
- —
Enterprise-evidence quantum risk report
- QStrike
- ✓
- Pentest
- —
- Scanner
- —
PQC remediation roadmap
- QStrike
- ✓
- Pentest
- —
- Scanner
- —
CNSA 2.0 / FIPS 203–205 compliance mapping
- QStrike
- ✓
- Pentest
- —
- Scanner
- —
Harvest Now, Decrypt Later risk assessment
- QStrike
- ✓
- Pentest
- —
- Scanner
- —
Continuous 90–120 day engagement
- QStrike
- ✓
- Pentest
- —
- Scanner
- —
$2M Challenge terms
- QStrike
- ✓
- Pentest
- —
- Scanner
- —
| Capability | QStrike | Traditional Pentest | Automated Scanner |
|---|---|---|---|
| Quantum vulnerability mapping | ✓ | — | — |
| Provider-aligned forward-threat validation | ✓ | — | — |
| Classical vulnerability detection | — | ✓ | ✓ |
| Network / web app exploitation | — | ✓ | Partial |
| Cryptographic asset inventory | ✓ | — | — |
| Enterprise-evidence quantum risk report | ✓ | — | — |
| PQC remediation roadmap | ✓ | — | — |
| CNSA 2.0 / FIPS 203–205 compliance mapping | ✓ | — | — |
| Harvest Now, Decrypt Later risk assessment | ✓ | — | — |
| Continuous 90–120 day engagement | ✓ | — | — |
| $2M Challenge terms | ✓ | — | — |
What QStrike Maps
QStrike is not a scanner that produces a list of findings. It is a 90–120 day forward-threat demonstration engagement that validates high-priority cryptographic exposure across your infrastructure and produces the remediation path to PQR.
Approved-Scope Cryptographic Inventory
RSA, ECDH, ECDSA, and other quantum-vulnerable protocols in the approved engagement boundary — mapped, cataloged, and risk-scored within that scope.
Provider-Aligned Validation
Validation workflows across supported platform profiles. Not theoretical risk models — governed evidence and adversary review against your cryptographic implementations.
HNDL Exposure Assessment
Identifies which data flows are vulnerable to Harvest Now, Decrypt Later attacks based on data sensitivity, retention requirements, and adversary capability timelines.
PQC Remediation Roadmap
A prioritized, actionable migration plan mapping each vulnerable asset to its NIST-standardized replacement — aligned with CNSA 2.0 timelines and your operational constraints.
QStrike is the validation layer between measurement and migration execution. Without its map, there is no remediation plan. Without a remediation plan, there is no path to post-quantum readiness.
When to Use Each
Use penetration testing when: You need to validate your defenses against classical attack vectors — network exploitation, web application vulnerabilities, privilege escalation, and social engineering. Pentests remain essential for classical security posture.
Use QStrike when: You need to map your quantum risk exposure — which cryptographic assets are vulnerable, what your HNDL exposure looks like, and what the path to PQR requires. QStrike produces the map that makes migration possible.
Use both when: You want complete security coverage across classical and quantum threat dimensions. A clean pentest plus a QStrike remediation roadmap means your organization is defended today and has a concrete plan for the quantum transition.
The Full Path to PQR
QStrike does not operate in isolation. It is the critical middle step in a complete quantum security program:
1
Labs
Scores PQC implementations against published evidence across 10 dimensions so you can inspect which replacements carry disclosed proof.
2
QScout
Use QScout assessment intake or book a scoped assessment — delivery timing is set during operator scoping.
3
QStrike
Maps every vulnerability and draws the remediation path over 90–120 days of forward-threat demonstration.
4
QSolve
CISO-led migration team walks the path to PQR by January 1, 2029.
Frequently Asked Questions
Can a traditional penetration test find quantum vulnerabilities?+
No. Penetration tests evaluate classical attack vectors — network exploitation, web application flaws, privilege escalation, and social engineering. They do not assess whether your cryptographic algorithms are vulnerable to quantum computing attacks, inventory quantum-vulnerable keys and certificates, or run provider-aligned forward-threat validation.
What does QStrike test that penetration testers cannot?+
QStrike validates the exploitability and operational significance of high-priority cryptographic exposure using provider-aligned validation workflows across supported platform profiles. It helps confirm which findings merit escalation, where Harvest Now Decrypt Later risk is most urgent, and what evidence should move into migration governance.
How long does a QStrike engagement take vs a penetration test?+
Traditional penetration tests typically run 2–4 weeks and produce a single snapshot. QStrike runs 90–120 days of continuous forward-threat demonstration, mapping quantum-vulnerable assets in the operator-approved engagement scope over time. The extended engagement window catches assets that short-duration tests miss — seasonal systems, disaster recovery infrastructure, and partner integrations.
See What Penetration Tests Miss
QStrike validates the exploitability and operational significance of high-priority cryptographic exposure across your infrastructure through provider-aligned validation. Start with a QScout assessment intake to see your exposure.