The quantum threat is real
are you ready to migrate?

Outdated algorithms often hide deep in your stack. SCANOSS makes them visible.

0 %

of tech professionals are concerned ^[1]

0 M

is the global average cost of a data breach. ^[2]

0 %

of organizations have a quantum roadmap. ^[3]

Most organisations are running outdated or export-sensitive encryption

SCANOSS detects hidden cryptographic functions and helps you build CBOMs to prepare for post-quantum compliance.

You can’t migrate what you haven’t identified.

The coming wave

Detect hidden crypto

Identify cryptographic functions, libraries, and wrappers buried in your code even if inherited or undeclared.

Build CBOMs

Generate Cryptographic BOMs with full metadata to support audits and migration plans.

Flag risky algorithms

Surface weak, deprecated, or non-compliant encryption before it becomes a liability.

Track crypto agility

Monitor encryption usage and remediation progress across teams and projects.

If you don’t know what encryption your software uses, you’re already behind. SCANOSS gives you the clarity and visibility to act now.

Quantum readiness timeline

Governments have set deadlines, standards are finalised, and export controls are already in place. Yet most organisations still rely on undocumented encryption like RSA‑1024 and SHA‑1, lack CBOMs, have no migration plan, and remain vulnerable as quantum-capable adversaries begin harvesting encrypted data today.

Year
2024
2025
2026
2027 – 2029
2030

Milestone	What it means	Where SCANOSS helps
NIST publishes final PQC algorithms.	Planning begins for migration.	Detect use of outdated algorithms (SHA-1, RSA-1024).
Vendors release PQ-safe crypto libraries.	Teams must assess upgrade feasibility.	Generate CBOMs and prioritise replacement efforts.
Compliance plans expected in regulated sectors.	Inventory and risk disclosure become mandatory.	Provide crypto usage reports and audit trails.
Broad migration to post-quantum cryptography.	Security and regulatory pressure intensifies.	Monitor algorithm usage and track remediation progress.
Quantum-safe encryption required in critical sectors.	Failure to adapt may lead to non-compliance or contract loss.	Use SCANOSS CBOMs to prove readiness.

Year	Milestone	What It Means	Where SCANOSS Helps
2024	NIST publishes final PQC algorithms.	Planning begins for migration.	Detect use of outdated algorithms (SHA-1, RSA-1024).
2025	Vendors release PQ-safe crypto libraries.	Teams must assess upgrade feasibility.	Generate CBOMs and prioritise replacement efforts.
2026	Compliance plans expected in regulated sectors.	Inventory and risk disclosure become mandatory.	Provide crypto usage reports and audit trails.
2027 – 2029	Broad migration to post-quantum cryptography.	Security and regulatory pressure intensifies.	Monitor algorithm usage and track remediation progress.
2030	Quantum-safe encryption required in critical sectors.	Failure to adapt may lead to non-compliance or contract loss.	Use SCANOSS CBOMs to prove readiness.

How it works

Integrate in your workflow

SCANOSS is engineered for straightforward integration into any development environment.

Scan source code

Encrytpion Dataset

Get crypto insights instantly

SCANOSS enriches scan results with: algorithm name, strength and compliance status.

Track your crypto agility over time

Use your CBOM as a living baseline to monitor encryption usage, guide upgrades, and demonstrate readiness.

Start mapping your risks now

[1] The Quantum Insider, 2025
[2] IBM Security, Cost of a Data Breach Report, 2024

The quantum threat is real are you ready to migrate?