Protect critical data from quantum risk
Attackers can collect encrypted information now and keep it for years. Quantropi helps you identify what must remain trusted into the quantum era—and choose one practical protection move before migration becomes urgent.
A present-day theft. A long-term protection decision.
In 2025, the UK Legal Aid Agency said attackers accessed and downloaded personal data from applications dating back to 2007 and took online services offline. Information collected years earlier still carried present-day human and service risk.
Data collected years ago can still cause harm when stolen today. AI can help attackers work faster and at scale. Future quantum computers may weaken some public-key encryption. Protect long-lived data and start migration planning now.
Why this decision cannot wait
Compare how long the data remains valuable, how long copies can stay exposed, and how long your organization needs to migrate safely. If data life is longer than protection life, waiting increases the decision pressure.
Copies remain in archives, backups, partner systems, devices, and captured traffic long after the first transaction.
Selected public-key protections may weaken as quantum capability advances. Treat this as a migration risk, not a predicted breach date.
Inventory, compatibility, procurement, testing, rollout, monitoring, and rollback require time and accountable owners.
Protect what matters first
Prioritize the workflow with the clearest exposure, longest protection need, accountable owner, and safest evaluation boundary.
Protect valuable traffic crossing compatible site, branch, cloud, or partner connections.
See the decision pathPreserve device identity, trusted firmware, boot, update, and lifecycle decisions.
See the decision pathMap long-lived records, intellectual property, communications, and regulated information.
See the decision pathAssess handshakes, service identity, certificates, APIs, workloads, and shared controls.
See the decision pathPrioritize management, interconnect, edge, and long-life infrastructure trust paths.
See the decision pathVerify entropy source, health tests, delivery, monitoring, redundancy, and lifecycle controls.
See the decision pathFind your industry
Every sector has different long-lived data, trust paths, operational constraints, and business consequences. Choose your industry to see what could remain exposed, what must keep working, and where to start.
Protect citizen records, agency identities, and essential public services while cryptography changes safely.
See the decision pathPreserve mission data, trusted communications, signed software, and fielded systems across long program lives.
See the decision pathProtect customer identity, transactions, signing keys, and partner connections without interrupting trust.
See the decision pathProtect long-lived patient information, clinical communications, connected devices, and continuity of care.
See the decision pathSecure backbone, management, peering, customer, and device-trust paths while preserving network availability.
See the decision pathMap tenant data, service identities, APIs, keys, and shared controls for a crypto-agile migration.
See the decision pathProtect identity, boot, firmware, updates, and key handling across long device lifecycles.
See the decision pathReduce exposure across IT, OT, vendor access, remote control, and firmware without creating operational risk.
See the decision pathMake the first move manageable
VPN traffic can be captured today and kept for later. Start with a compatible connection, verify protection and rollback, then make a controlled deployment decision.
Select one valuable traffic path with known owners, peers, protocols, versions, and operational change windows.
Verify key-establishment behavior, supported products, configuration, monitoring, negotiation, failover, and downgrade controls.
Agree the evidence, test environment, success measures, stop conditions, rollback, residual risk, and documented output.
How Quantropi addresses the risk
Start with the protection outcome. Then verify each capability's function, environment, integration, limitation, evidence, and current availability.
Evaluate the platform through the critical asset, system boundary, integrations, operations, limitations, and evidence relevant to your use case.
Understand the roleConfirm supported key-establishment, signature, identity, algorithm, environment, resource, and commercial-status evidence before use.
Understand the roleReview the security construction, key model, supported platforms, operating boundary, quantum-readiness role, and measured evidence for the workload.
Understand the roleVerify entropy-source design, health testing, delivery, redundancy, monitoring, deployment options, lifecycle, and applicable validation status.
Understand the roleStart with your responsibility
Choose the asset or responsibility you own. Each path shows where exposure enters, which Quantropi capability may fit, what evidence to require, and the decision you can make next.
Decide what to protect first, what evidence to require, and how to scope a readiness review.
See what to do nextFind the VPN traffic and connections that offer a practical, measurable first move.
See what to do nextPlan identity, trusted boot, firmware, updates, and protection across the device lifetime.
See what to do nextMap the services, certificates, APIs, workloads, and shared controls that need attention.
See what to do nextConnect long-lived information to continuity, trust, ownership, and an executive first action.
See what to do nextReview architecture, APIs, supported environments, evidence, and controlled evaluation criteria.
See what to do nextEvidence for a confident buying decision
Before a pilot, your team should be able to see where each capability fits, what it supports, what conditions affect performance, and what evidence backs the claim.
See which data flow, identity, device, or connection is protected; which threat is addressed; and which risks remain.
Confirm supported platforms, protocols, APIs, versions, deployment needs, monitoring, lifecycle, and rollback.
Review architecture, test conditions, performance results, standards alignment, validation, and current availability.
Quantum and AI risk, explained simply
Understand what AI changes today, what quantum computing may change tomorrow, and how Quantropi can help you take a practical first step.
Attackers can keep encrypted information for years. If future quantum computers weaken some public-key protections, information that still has business, personal, or national value could be exposed later. Protect long-lived data before that migration becomes urgent.
AI is not the same as quantum computing. It can, however, make selected attack tasks faster and easier to scale, including research, deception, coding, and analysis. Organizations need stronger controls now while they prepare separately for quantum-era cryptographic risk.
Current encryption can still be appropriate today, but some information must remain protected for much longer than the systems securing it. A controlled upgrade plan helps you discover long-lived data, remove weak dependencies, build crypto-agility, and avoid a rushed future replacement.
No one can predict the exact date when quantum computers could threaten today's public-key encryption. But long-lived data is already being created, copied, and stored. Discovery, testing, procurement, and rollout also take time. Quantropi can help you scope a controlled readiness path before change becomes urgent.
It helps protect the cryptographic trust used for data, identities, connections, software, and devices against future quantum-capable attacks. It does not replace access control, monitoring, backups, fraud prevention, or good security operations.
Quantropi provides capabilities for quantum-readiness planning, post-quantum identity and trust, high-speed data protection, strong key generation, secure connections, and device trust. The right starting point depends on your data, environment, compatibility, and required evidence.
Choose one valuable data flow, VPN connection, application, or device class. Confirm its protection life, exposure path, owners, compatibility, success measures, and rollback—then make a bounded readiness decision with evidence.
Choose a controlled next step
See which Quantropi claims have approved, dated, scoped evidence—and which still require validation—before you begin an evaluation.
