QuantumSafe Discovery Studio
Discover cryptographic exposure from packet captures, certificates, software dependencies and declared CBOM data—then turn findings into an owned migration backlog.
QUANTUMSAFE PRODUCTS
The portfolio connects cryptographic visibility, protected keys, application providers, trust services, data protection, verification and continuous operation. Product status is explicit so that architecture, sales and procurement teams do not confuse validation, availability, pilot and roadmap.
PRODUCT READINESS
The website is information-complete without overstating commercial maturity.
FLAGSHIP PRODUCT SUITE
The portfolio now mirrors the complete customer journeys expected from specialist quantum-cybersecurity products while retaining Mobile-ID naming, evidence and trust-service strengths.
Discover cryptographic exposure from packet captures, certificates, software dependencies and declared CBOM data—then turn findings into an owned migration backlog.
Augment existing PDF, CMS, XML and software artifacts with versioned quantum-safe evidence while preserving the original business object and verification history.
Present QKD-derived keys through governed enterprise interfaces, synchronize approved key material with HSM/KMS controls and support PPK-based protected tunnels.
Build and execute small quantum circuits in the browser, inspect amplitudes and probabilities, and connect quantum-computing concepts to PQC migration decisions.
Protect selected fields, files, messages and API payloads before they cross shared infrastructure, using versioned hybrid/PQC envelope profiles and protected backend key services.
Support auditors in validating wallet formats, challenge signatures, activity evidence, counterparty exposure and proof-of-control records across approved blockchain connectors.
Model the impact of post-quantum signatures on wallets, transactions, smart contracts, consensus interfaces and verification costs before committing to a chain migration design.
Design, issue, validate and migrate classical, hybrid and PQC certificate profiles across CA, RA, VA, TSA, HSM and relying-party ecosystems.
Passkey-native multi-CA signing with signature activation, protected HSM/QSCD execution and an integrated ASiC Signer & Evidence Packager module.
PRODUCT FAMILIES
Each family page links to concrete modules with their own maturity, evidence and interfaces.
Discovery, CBOM, risk and control plane
02FIPS hardware, HSM/QSCD, KMS and lifecycle
03Windows, PKCS#11, Java, .NET, OpenSSL and mobile
04CA, remote signing, TSA/LTA and code signing
05Documents, browser/API, TLS/VPN, email and storage
06Verification, interoperability, benchmark and evidence
07Discover, design, pilot, migrate, validate and operate
08Role-based learning, publications and ecosystem
PORTFOLIO CLASSIFICATION
Flagship product profiles provide commercial and technical entry points. ASiC signing and evidence packaging is governed as an integrated Trusted SIC module, not a separate top-level product.
Filter by maturity
PRODUCT PILLAR
Build cryptographic visibility, prioritize quantum risk and govern migration with evidence.
Locate vulnerable public-key cryptography across certificates, traffic, code, devices and trust services.
Key outcomes
Maintain a versioned cryptographic bill of materials for systems, applications and suppliers.
Key outcomes
Rank migration work by data lifetime, signature lifetime, business value, exposure and dependency complexity.
Key outcomes
Govern algorithm policy, migration waves, product versions, exceptions and evidence from one operating model.
Key outcomes
PRODUCT PILLAR
Protect keys in validated hardware and governed enterprise key-management architectures.
Portable hardware cryptographic module recorded by NIST CMVP Certificate #5331 at FIPS 140-3 Overall Level 3.
Key outcomes
Design and integrate protected key custody for CA, TSA, remote signing, code signing and enterprise services.
Key outcomes
Coordinate key generation, wrapping, rotation, versioning, tenant isolation and policy enforcement.
Key outcomes
Assess partner-based integration of quantum key distribution or quantum random sources where the use case justifies it.
Key outcomes
PRODUCT PILLAR
Expose controlled cryptographic capabilities to Windows, Java, native, web and mobile applications.
Integrate classical, hybrid and approved project-specific PQC profiles into Windows applications through CNG/KSP.
Key outcomes
Provide governed slot, object, key-generation and signature operations for native and enterprise middleware.
Key outcomes
Support Java 21 application integration for keys, signatures, CMS and trust-service workflows.
Key outcomes
Enable C# applications to create, verify and exchange classical, hybrid or project-approved PQC artifacts.
Key outcomes
Planned provider surface for Linux, CLI, CMS and controlled TLS interoperability testing.
Key outcomes
Plan native Apple and mobile integration without overstating platform or release readiness.
Key outcomes
PRODUCT PILLAR
Transform CA, RA, VA, TSA, signing and evidence services as one governed trust lifecycle.
Design and pilot classical, hybrid and target-state certificate services across Root CA, Issuing CA, RA and validation.
Key outcomes
Preserve trusted time, validation material and renewal evidence across algorithm and certificate lifecycles.
Key outcomes
Protect software, container and device release chains with governed signing and long-lived verification.
Key outcomes
Passkey-native multi-CA signing, signature activation, protected HSM/QSCD execution and correlated evidence.
Key outcomes
PRODUCT PILLAR
Protect authenticity, integrity and long-lived confidentiality across documents, APIs, networks and archives.
Create and verify governed classical, hybrid and project-approved PQC document evidence.
Key outcomes
Design controlled hybrid key-establishment pilots for APIs, service meshes and protected network links.
Key outcomes
Protect selected sensitive payloads from browser or client to an approved backend cryptographic boundary.
Key outcomes
Plan long-lived confidentiality for email, files, databases, object storage, backups and archives.
Key outcomes
PRODUCT PILLAR
Prove what works, for which version, under which scope—and keep that evidence current.
Inspect certificates, signatures, timestamps, chains, status evidence and algorithm identifiers.
Key outcomes
Test exact product, firmware, OS, middleware, application and relying-party combinations before rollout.
Key outcomes
Measure latency, throughput, object size, memory and network impact for classical, hybrid and PQC profiles.
Key outcomes
Preserve approved test artifacts, claims, versions, reports and control evidence for audit and procurement.
Key outcomes
Operate standards watch, lifecycle reviews, exception handling, evidence refresh and migration backlog governance.
Key outcomes
PRODUCT PILLAR
Equip executives, architects and developers with the knowledge and test assets required for responsible adoption.
Role-based learning for executive decisions, architecture, implementation and operational governance.
Key outcomes
Publish responsible technical work on hybrid signatures, providers, PKI profiles, evidence preservation and hardware trust.
Key outcomes
Classify every relationship as validation, tested compatibility, integration, research or commercial collaboration.
Key outcomes
STATUS GOVERNANCE
Status describes commercial and technical readiness; it is not a substitute for algorithm or module validation. Exact product, firmware, provider, operating-system and application combinations remain subject to an approved release or project matrix.
Validated by an identified external program within a precise scope.
Commercial or professional service capability available under an approved scope.
Controlled project use requiring version, evidence and acceptance gates.
Defined solution architecture; productization and release evidence are not yet complete.
Approved or proposed development direction; no production commitment is implied.
Exploratory or partner-dependent capability, not a standard commercial product.