Cryptographic Infrastructure
Enterprise encryption and tokenization architecture, cryptographic inventories, key lifecycle governance, and practical crypto-agility planning.
Learn moreGC SOLUTIONS CAPABILITIES
GC Solutions approaches enterprise cryptography and tokenization as a connected system of business requirements, technology, ownership, evidence, integration, and change.
Enterprise encryption and tokenization architecture, cryptographic inventories, key lifecycle governance, and practical crypto-agility planning.
Learn moreTrust architecture, certificate lifecycle management, machine identity, and enterprise PKI strategy.
Learn moreHSM and KMS architecture, key custody, secure ceremonies, rotation, access control, and lifecycle operations.
Learn moreCryptographic discovery, dependency mapping, vendor readiness, hybrid approaches, and migration planning for evolving standards.
Learn moreCryptographic and tokenization controls for payment systems, financial technology platforms, and other regulated environments.
Learn moreClear evidence, ownership, procedures, and control alignment for PCI-DSS, NIST, and enterprise security reviews.
Learn moreResilient communications architecture and operational thinking for mission-critical connectivity.
Learn moreSecurity architecture connected to governance, organizational risk, vendor decisions, and business objectives.
Learn moreDEEPER VIEW
ARCHITECTURE
Enterprise encryption and tokenization architecture, cryptographic inventories, key lifecycle governance, and practical crypto-agility planning. GC Solutions focuses the work on what exists, who is accountable, which controls matter, and what a supportable target state requires.
TRUST
Trust architecture, certificate lifecycle management, machine identity, and enterprise PKI strategy. GC Solutions focuses the work on what exists, who is accountable, which controls matter, and what a supportable target state requires.
CUSTODY
HSM and KMS architecture, key custody, secure ceremonies, rotation, access control, and lifecycle operations. GC Solutions focuses the work on what exists, who is accountable, which controls matter, and what a supportable target state requires.
AGILITY
Cryptographic discovery, dependency mapping, vendor readiness, hybrid approaches, and migration planning for evolving standards. GC Solutions focuses the work on what exists, who is accountable, which controls matter, and what a supportable target state requires.
ASSURANCE
Cryptographic and tokenization controls for payment systems, financial technology platforms, and other regulated environments. GC Solutions focuses the work on what exists, who is accountable, which controls matter, and what a supportable target state requires.
EVIDENCE
Clear evidence, ownership, procedures, and control alignment for PCI-DSS, NIST, and enterprise security reviews. GC Solutions focuses the work on what exists, who is accountable, which controls matter, and what a supportable target state requires.
CONTINUITY
Resilient communications architecture and operational thinking for mission-critical connectivity. GC Solutions focuses the work on what exists, who is accountable, which controls matter, and what a supportable target state requires.
ALIGNMENT
Security architecture connected to governance, organizational risk, vendor decisions, and business objectives. GC Solutions focuses the work on what exists, who is accountable, which controls matter, and what a supportable target state requires.
ADVISORY SERVICES
Clarify the systems, trust boundaries, algorithms, and governance behind enterprise cryptographic services.
Define certificate ownership, lifecycle controls, machine identity priorities, and modernization paths.
Evaluate custody models, access controls, integration patterns, lifecycle operations, and technology fit.
Design implementation roadmaps for vault or vaultless tokenization, HSM/KMS-backed key protection, detokenization authorization, application and API integration, migration, testing, operational handoff, and PCI-DSS scope-reduction planning.
Identify dependencies and decision points that affect an organization’s ability to change algorithms or providers.
Translate cryptographic control expectations into evidence, procedures, and architecture decisions.
Build a practical path from cryptographic inventory to prioritized migration planning.
Compare capabilities, integration constraints, governance implications, and operational fit.
Connect technical design to risk, resilience, compliance, and business requirements.
Improve control clarity, ownership, documentation, and evidence readiness before formal review.
Turn complex infrastructure choices into structured executive decisions and actionable plans.
OPERATING FRAMEWORK
Know the assets, algorithms, keys, certificates, and dependencies in scope.
Evaluate exposure, ownership, lifecycle controls, and operational constraints.
Define trust boundaries, custody models, controls, and integration patterns.
Translate architecture into secure, supportable operating practices.
Maintain ownership, evidence, policy alignment, and accountable decisions.
Adapt algorithms, platforms, and practices without losing control of the system.