Your Encryption Will Not Survive the Quantum Era
Detect, analyze, and eliminate cryptographic risk across your entire organization before it becomes a liability. Quantum computing threats are advancing faster than most security teams realize.
The Quantum Threat
The clock is running— and most organizations don't know it
Modern encryption protects your systems today. But the quantum threat is not theoretical—it is a timed vulnerability with real geopolitical and regulatory consequences.
of enterprise systems still run RSA or ECC encryption
of public APIs lack enforced TLS 1.3 or higher
average cost of a data breach in 2024 (IBM Security Report)
typical timeline to migrate enterprise cryptographic infrastructure
"Harvest Now, Decrypt Later" Is Already Happening
Nation-state actors are actively collecting encrypted data today, storing it for decryption once a cryptographically relevant quantum computer becomes available. Your data breached today is at risk tomorrow.
No Visibility Into Cryptographic Exposure
Most security teams have no centralized inventory of which algorithms, key lengths, and protocols are in use across their infrastructure, APIs, and third-party integrations.
RSA and ECC Will Be Broken by Shor's Algorithm
Shor's algorithm running on a sufficiently powerful quantum computer will factor large integers in polynomial time, rendering RSA, ECC, and DH-based systems cryptographically irrelevant.
Migration Windows Are Already Closing
NIST finalized post-quantum cryptographic standards in 2024. Regulatory and compliance pressure is accelerating. Organizations that delay risk being non-compliant and fundamentally vulnerable simultaneously.
The Platform
One platform. Complete cryptographic control.
Aegis Quantum gives security teams the visibility, intelligence, and automation needed to discover cryptographic debt, quantify risk, and execute a NIST-aligned migration to post-quantum cryptography.
Enterprise-Wide Crypto Discovery Engine
Automatically scan and inventory every cryptographic asset across cloud infrastructure, APIs, applications, containers, and network endpoints—without agents.
Quantum Risk Scoring System
Each asset receives a deterministic quantum risk score based on algorithm strength, key length, protocol version, and NIST PQC migration urgency weighting.
Encryption Posture Dashboard
Real-time unified view of your organization's cryptographic health. Track exposure trends, drill into findings, and benchmark against industry peers.
Automated Remediation Recommendations
Prioritized, context-aware remediation guidance mapped to your specific stack. Step-by-step upgrade paths for each finding with estimated migration effort.
Post-Quantum Migration Planner
Structured migration roadmap aligned with NIST FIPS 203, 204, and 205 standards. Phased execution plan with dependency mapping and rollback checkpoints.
How It Works
Operational in hours, protected for decades
From first connection to complete cryptographic inventory in under 24 hours. No professional services engagement required.
Connect Your Systems
Integrate with cloud providers (AWS, Azure, GCP), APIs, CI/CD pipelines, on-prem infrastructure, and containerized workloads in minutes. No agents required.
- AWS · Azure · GCP connectors
- REST API / GraphQL scanners
- Kubernetes & Docker support
- On-premise gateway option
Automated Crypto Scan
The Aegis scanner engine enumerates cryptographic assets, detects algorithm usage, key sizes, protocol versions, and certificate chains across your entire environment.
- TLS/SSL inspection
- Certificate inventory
- Cipher suite fingerprinting
- Key length analysis
Risk Score + Remediation Plan
Receive a quantum risk score for every asset and an actionable, prioritized remediation roadmap aligned with NIST post-quantum standards.
- Quantum risk score (0–100)
- NIST PQC alignment report
- Phased migration roadmap
- Executive summary export
Data Flow Architecture
Data Connectors
Agentless · Secure
Crypto Scanner
Algorithm · Key · Protocol
Risk Engine
Scoring · NIST PQC
Dashboard
Reports · Roadmap
Platform Features
Everything you need to eliminate cryptographic debt
Cryptographic Asset Discovery
Core EngineAutomated, continuous enumeration of all cryptographic assets across your entire environment. Includes certificates, keys, algorithm usage, and protocol configurations.
Quantum Vulnerability Detection
Identify assets at risk from Shor's and Grover's algorithms. Flag RSA, ECC, DH, and DSA implementations that will be broken by quantum computers.
TLS & Cipher Suite Analysis
Deep inspection of TLS versions, cipher suite strength, forward secrecy, and certificate chain integrity across all endpoints.
Risk Scoring & Benchmarking
Deterministic 0–100 quantum risk scores with peer benchmarking against industry verticals and NIST migration urgency weighting.
Compliance Mapping
Automated mapping to NIST FIPS 203/204/205, CISA PQC guidance, and emerging regulatory frameworks in the EU, US, and APAC.
Automated Migration Recommendations
Context-aware upgrade paths from legacy algorithms to CRYSTALS-Kyber, CRYSTALS-Dilithium, and SPHINCS+, with effort estimates.
API & Cloud Integration Layer
Native connectors for AWS KMS, Azure Key Vault, GCP Cloud KMS, HashiCorp Vault, and REST APIs. Webhook delivery for SIEM and SOAR platforms.
Sample Risk Report
What your assessment looks like
A representative output from the Aegis Quantum scanner. Real assessments include hundreds of findings across all connected systems.
Findings (5)
api.payments.internal:443
Quantum vulnerable — Shor's algorithm breaks in polynomial time
legacy-portal.corp.net:443
Deprecated protocol — POODLE/BEAST attack surface, no PFS
auth-service:8443 (3 endpoints)
Weak symmetric cipher — SWEET32 birthday attack risk
user-api.internal (key exchange)
Quantum vulnerable — requires migration to ML-KEM (Kyber)
cdn-edge.corp.net — expires 2026-11-14
Collision-vulnerable hash function — certificate chain integrity risk
Quantum Risk Score
Based on 5 findings · 3 systems scanned
Score Breakdown
System Architecture
Built for enterprise scale and security
A layered security architecture designed for zero data exfiltration, agentless deployment, and enterprise compliance requirements.
Data Connectors
Cloud · APIs · Applications · Infrastructure
Crypto Scanner Engine
Algorithm Detection · Certificate Analysis · Protocol Inspection
Risk Scoring Layer
Quantum Vulnerability Assessment · CVSS Mapping
Policy & Compliance Engine
NIST FIPS 203/204/205 · CISA PQC · Regional Mandates
Reporting & Dashboard Layer
Executive Reports · Developer Playbooks · SIEM Integration
Use Cases
Built for every team facing quantum risk
Aegis Quantum serves enterprise security across every function and vertical—from hands-on security engineers to CISO-level risk executives.
Centralize cryptographic risk intelligence
Replace manual spreadsheet-based crypto inventories with a continuously updated, automated system that flags new vulnerabilities in real time.
Audit cloud-native crypto at scale
Scan KMS key configurations, TLS termination settings, and API gateway cipher suites across multi-cloud and hybrid environments.
Meet NIST PQC and regulatory requirements
Produce audit-ready reports aligned with NIST FIPS 203/204/205, CISA PQC guidance, and sector-specific mandates without manual data collection.
Shift cryptographic security left
Integrate Aegis Quantum into CI/CD pipelines. Flag weak cryptography during code review and block deployments that introduce quantum-vulnerable algorithms.
Protect critical national infrastructure
On-premise deployment option with air-gapped support. Aligned with NSA CNSA 2.0 Suite requirements and NIST PQC migration timelines for federal agencies.
Secure long-lived financial data
Protect transaction records, customer data, and inter-bank communications against harvest-now-decrypt-later attacks with a structured PQC migration roadmap.
Understand the Risk
The quantum threat is not theoretical
The urgency is real. The timeline is measurable. The risk is accumulating in your systems right now.
Shor's Algorithm Is Real and Advancing
Peter Shor's algorithm can factor large integers in polynomial time on a quantum computer. RSA-2048, ECC, and Diffie-Hellman are mathematically broken the moment a cryptographically relevant quantum computer (CRQC) exists. IBM, Google, and nation-states are investing billions to reach this threshold.
"Harvest Now, Decrypt Later" Attacks Are Underway
Sophisticated threat actors are capturing encrypted data today and storing it for future decryption. Classified documents, patient records, and financial transactions intercepted now will be readable once quantum computing matures. The threat window is already open.
NIST Finalized PQC Standards — Compliance Pressure Is Real
NIST finalized FIPS 203 (ML-KEM/Kyber), FIPS 204 (ML-DSA/Dilithium), and FIPS 205 (SLH-DSA/SPHINCS+) in August 2024. US federal agencies have mandated migration timelines. The EU and APAC regulators are following. Non-compliance risk is accumulating.
Cryptographic Migration Takes Years
Enterprise cryptographic infrastructure is deeply embedded. Certificate rotations, API contract changes, HSM upgrades, and third-party dependency migrations take 5–7 years on average. Organizations that start today will finish on time. Those that wait may not.
Quantum Computing Timeline
Organizations need 5–7 years for full cryptographic migration. If your CRQC horizon is 2027–2030, the migration window is already closing. Start your assessment today.
Don't wait for quantum disruption to expose your systems
Every day without a cryptographic risk assessment is a day your organization accumulates invisible quantum debt. The organizations that act now will have the time to migrate safely. Those that wait may not.
No commitment required · Assessment results in 24–48 hours · SOC 2 Type II certified