Compliance that survives the quantum computer

The cryptography protecting the bank today silently expires

A fault-tolerant quantum computer will break RSA-2048, ECDSA and ECDH (Shor's algorithm). The adversary is already recording encrypted TLS traffic today to decrypt it tomorrow — "Store Now, Decrypt Later". Financial and defense records must be kept for 10+ years: whatever you encrypt now with classical cryptography is exposed before it expires.

The standard is closed. The migration window is open.

The post-quantum cryptography (PQC) standard is no longer theoretical. NIST finalized FIPS 203, 204 and 205 in 2024, and the regulators — DORA, EBA, NIST SP 800-208, CNSS Policy 15 / CNSA 2.0 and the DoD RMF — now expect cybersecurity teams to demonstrate quantum readiness, not just talk about it. artificial intelligence accelerates the adversary's side too: AI-assisted cryptanalysis and automated exploitation shrink the window in which classical cryptography remains safe. The organizations that start their cryptographic inventory and PQC migration now are the ones that stay compliant when hybrid TLS 1.3 (X25519+ML-KEM) becomes the browser default.

QROS: one platform, the full cryptographic compliance chain

From risk detection to auditable evidence, without switching tools. Nine integrated modules with real cybersecurity tools and remote execution via Ansible — the client only uses the online platform. An artificial intelligence remediation agent closes the loop from finding to fix, and every artifact is anchored to quantum-safe cryptography so the evidence itself survives the post-quantum transition.

Quantum readiness assessment with prioritized scoring

Every scan finding gets resolved by an AI agent

CIS / NIST-STIG / PCI-DSS audits with real Ansible roles

Hardening is where cybersecurity compliance becomes concrete. QROS runs the real ansible-lockdown galaxy roles and OpenSCAP profiles — not toy templates — over SSH against your fleet, with section selection so you audit only what the regulator asks this quarter. Hundreds of controls per OS, persistent evidence, and a score the auditor can read.

Firewall: Cloudflare-style IPS + IDS + Monitoring deployed by Ansible

The perimeter is the first line of cybersecurity defense and a PCI-DSS requirement. QROS deploys a Cloudflare-style WAF, an IDS feeder and a monitoring stack — all via Ansible, all with the same auditable evidence as the rest of the platform. The WAF blocks what the IDS detects, and monitoring taps traffic at the firewall itself, so no agents are installed on servers running third-party services.

Post-quantum PKI: CA, hierarchy, CRL and NIST-finalized certificates

The quantum migration lives or dies in your PKI. QROS issues ML-DSA, SLH-DSA, Falcon and hybrid classical+PQC certificates (FIPS 204/205/206) via an on-host oqs-provider, builds a CA + CRL hierarchy, and verifies the full chain — including revocation — in real time. Issue PQC certificates today so there is zero re-architecture when the regulator mandates it.

W3C Verifiable Credentials signed with your PKI

Issue credentials — KYC/AML, access, employee clearance, accreditations — signed with your certificate (classical or post-quantum) and verify them publicly via a shared link. The private key never leaves the browser. This is AI-ready digital identity: reusable, cryptographically verifiable credentials that an artificial intelligence workflow or a regulator can check without contacting your backend.

Document cryptography: .qros envelopes, signatures and OTP

Records must stay verifiable for 10+ years — long enough that they will be re-verified post-quantum. QROS hybrid .qros envelopes wrap files in a classical + PQC key with a detached signature and SHA-256 fingerprint, plus a cert-bound OTP. Own auditable format, transport-independent: the integrity of transactions, KYC and classified documentation survives the transition.

Port + CVE scanner (NVD): from banner to CVE in one job

Port mapping, banner grabbing and NVD lookup per host/port — IPs, domains or expanded CIDR ranges. Global CVSS×10 scoring and a multi-host executive summary for fleet inventory; every CVE is one click from the AI remediation agent. This is continuous cybersecurity hygiene aligned with NIS2/DORA ICT-asset inventory obligations.

Assisted risk system with economic impact (FAIR)

The crisis cabinet decides in money, not in traffic lights. QROS guides you from departments → systems → keys → scenarios and quantifies each in €/year (ALE = LEF × LM), with a threat & control catalog suggested from NIST 800-30 and what-if remediation simulation. This is the economic spine of DORA/EBA ICT-risk reporting.

Risk methodologies we comply with — from FAIR to the military RMF

QROS is not a proprietary scoring invention. Every risk number is traceable to an internationally recognized cybersecurity methodology, so the evidence holds up in front of a DORA, EBA or DoD RMF auditor. artificial intelligence assists the analyst; the methodology — not the model — owns the conclusion.

Automatic reports and evidence ready for auditors

The regulator and the auditor get the paper, not the word. QROS generates LaTeX/PDF executive and technical reports automatically, with per-control evidence packages (Ansible log, scan result, certs, .qros signatures) and a signed, immutable chain of custody — classically or post-quantum signed, verifiable years later.

How QROS covers the banking and defense regulatory framework

One platform, every framework. Each row below maps a regulatory requirement to the QROS module that satisfies it and the evidence artifact it produces — from DORA and EBA ICT risk to the DoD RMF, PCI-DSS v4.0 and NIST SP 800-208 PQC migration. The same evidence and scoring serve the banking supervisor and the defense accreditor.

Online platform, self-hostable, no external SaaS

The client uses the online platform; deployment, operation and patching are our responsibility. No data leaves the client's perimeter. A FastAPI API fronts a Redis + RQ job queue that drives the real cybersecurity tools (testssl.sh, oqs-provider, ansible-lockdown, OpenSCAP) and the artificial intelligence remediation agent — all reached over SSH/WinRM against the on-prem or cloud fleet.

Designed never to touch your secrets

Trust is engineered, not promised. Private keys for certificates and signatures are generated and kept in the browser; the server only sees public material and the result. Any action that mutates a host requires an explicit confirm=true and a valid operator SSH key. Standard, audited tools throughout — no opaque homegrown cryptography.

Measurable benefit, not a promise

From unquantified risk to €X/yr and 88/100 in a single quarter: inventory + ALE-prioritized remediation + PCI hardening + a pilot PQC PKI, with evidence ready for the ICT risk committee and the crisis cabinet. artificial intelligence compresses the finding-to-fix loop; quantum-safe issuance today removes the re-architecture bill tomorrow.