WHY NOW
Protect long-lived data before quantum risk becomes an emergency
NIST says future quantum computers may break public-key systems such as RSA and elliptic-curve cryptography. Your data may need years of protection, and migration takes time. Start with one critical workflow now.
What this means for your business
Waiting can turn a planned security upgrade into a rushed business risk
Your data, identities, contracts, and devices may need protection for years. NIST says future quantum computers could break widely used public-key systems such as RSA and elliptic-curve cryptography. Start now because discovery, testing, procurement, and migration take time.
Act before it is late
Choose your first move before quantum risk becomes urgent
Pick the route that matches the decision you already own. Each path shows what to protect, what evidence to gather, and the next action Quantropi can help you scope.
Stolen Today, Opened Later
Identify encrypted information attackers could capture now and exploit later. Prioritize data that must stay confidential beyond the life of today's cryptography.
See the decision pathAI Is Compressing Attack Timelines
See where AI can increase attack speed and scale. Strengthen today's controls while you prepare separately for quantum-era cryptographic risk.
See the decision pathWhy Data Persists
Find sensitive copies in archives, backups, partner systems, and captured traffic. Prioritize the information that stays valuable longest.
See the decision pathQuantum Migration Clock
Compare data lifetime with inventory, procurement, testing, and rollout time. Set when your migration work must begin.
See the decision pathWhat Leaders Should Do First
Give leaders one owned decision: the critical asset, accountable owner, evidence required, controlled scope, and next review point.
See the decision pathReadiness Checklist
Check whether you know which cryptography you use, what depends on it, who owns migration, and where a controlled first move can start.
See the decision pathWhat your buying team will ask
Questions security leaders ask before starting
Clear answers first. Technical depth follows only when it changes the decision.
Why should quantum-readiness work start before the threat date is certain?
Your data, identities, contracts, and devices may need protection for years. NIST says future quantum computers could break widely used public-key systems such as RSA and elliptic-curve cryptography. Start now because discovery, testing, procurement, and migration take time.
Which encryption is most exposed to future quantum computers?
NIST identifies widely used public-key methods such as RSA and elliptic-curve cryptography as vulnerable to sufficiently capable quantum computers. Symmetric encryption is affected differently, so migration priorities must follow the actual cryptography and data lifetime in each system.
Do we need to replace everything now?
No. Start with a cryptographic inventory and the data, identities, signatures, devices, and connections that must remain trusted longest. Then test a controlled migration path with clear compatibility, evidence, stop conditions, and rollback.
How can Quantropi help us start?
Quantropi can help scope one critical workflow, identify the protection decision and evidence gaps, and evaluate an appropriate readiness or compatibility path. Product fit depends on the system, cryptography, operating boundary, and approved evidence.
Choose a controlled next step
Turn quantum uncertainty into a controlled first move
Bring one business-critical data flow, identity, device, or connection. Leave with priorities, evidence gaps, and a practical next decision.