Deployment fit
Choose the application or network segment. Confirm supported targets, access, data handling and the people responsible for setup and operation.
Discover cryptographic dependencies, prioritize exposure and coordinate approved changes across the systems your business relies on.
QuantaView is a cryptographic inventory and PQC remediation platform: a live Cryptography Bill of Materials (CBOM) of every algorithm, key and certificate in use, quantum-risk scoring, and post-quantum remediation that is one-click, human-approved and fully reversible.
Inventory · Approved changes · Evidence
ILLUSTRATIVE DISCOVERY SCOPE
Build visibility into cryptography across applications, vendor-connected services and supported infrastructure. Use a shared inventory to coordinate security and operations.
Discuss your environmentIdentify observed protocols, certificates and algorithms across the evaluation scope.
Review supported changes with service owners and apply them within approved windows.
Export inventory and remediation records to support security and audit review.
Passive observation supports discovery on operational networks without installing an endpoint agent on each device. Scope the traffic and protocols visible to the observer.
Discuss your environmentUse an approved network observation point and document coverage.
Separate discovery from any remediation decision. Plant change-control processes remain central.
Bring observed cryptographic findings into the inventory for review and prioritization.
Evaluate cryptographic discovery across supported enterprise systems and observed clinical-network traffic. Coordinate any proposed changes with IT, security and clinical engineering.
Discuss your environmentUse passive observation where endpoint installation is unsuitable.
Document cryptographic dependencies and vendor constraints before selecting a migration path.
Define approved scope, change windows and service validation with system owners.
Build anti-reverse-engineering requirements into the device design. For manufacturers of implantable healthcare devices and other embedded systems, start with the firmware, keys and device secrets that need protection.
Discuss device protectionEvaluate software-based protection within your device architecture. Scope supported targets and integration with the manufacturer’s engineering team during design and development.
Define which assets need protection from unauthorized extraction or analysis, and the threats the evaluation must address.
Review processing, memory and power constraints alongside authorized servicing, updates and recovery.
Set evidence requirements with product, security and quality teams. For medical devices, evaluate within the manufacturer’s safety and regulatory processes.
Choose the application or network segment. Confirm supported targets, access, data handling and the people responsible for setup and operation.
Define the coverage to assess and any supported change to test. Agree on approvals, success checks, rollback and stop conditions before installation.
Agree on the inventory and change evidence your team will review. Use the results and unresolved limits to decide whether to stop, extend or expand.
Choose one network segment or application. Agree on discovery coverage, whether to test a supported change and the evidence your team needs to evaluate the result.