Keys and identities, locked down
Guard the keys.
Control who gets in.
Zupitrix designs encryption at rest, in transit, and in use — then builds identity and access controls that enforce least privilege, zero standing access, and full audit trails so only the right humans and services can touch sensitive data.
Encryption layers
At rest, in transit, in use — every data state covered
At Rest
AES-256 for disks, databases, backups, and object stores — with customer-managed keys and envelope encryption.
- AES-256-GCM
- Envelope encryption
- Customer-managed keys
In Transit
TLS 1.3, mTLS for service-to-service, certificate automation, and protocol hardening across every network path.
- TLS 1.3
- mTLS
- Certificate pinning
In Use
Confidential computing enclaves, tokenization, and format-preserving encryption for processing sensitive data.
- Confidential compute
- Tokenization
- FPE
Key lifecycle
Generate → Store → Use → Rotate → Retire
- Generate
Hardware-backed random generation in HSM or cloud KMS — never software-only for production keys.
- Store
Key material stays in the HSM/KMS boundary. Applications receive data keys wrapped by master keys.
- Use
Strict access policies control which services and roles can encrypt or decrypt with each key.
- Rotate
Automated rotation on schedule or on-demand — old versions retained for decryption, new versions for encryption.
- Retire
Scheduled destruction with crypto-shredding confirmation and audit evidence for compliance.
Identity & access
SSO, MFA, roles, and least privilege — the identity lattice
Single Sign-On
One identity plane — SAML, OIDC, and SCIM federation across cloud, SaaS, and legacy applications.
Multi-Factor Auth
Phishing-resistant MFA — FIDO2 keys, passkeys, and risk-adaptive step-up for sensitive operations.
Role-Based Access
Named roles with least-privilege scope — no shared admin accounts, no flat permission groups.
Access Reviews
Quarterly recertification campaigns with manager attestation and automated de-provisioning of stale access.
Secrets management
Every secret vaulted, rotated, and leased
API keys & tokens
Vault-issued, lease-bound, and rotated automatically — never stored in code or config files.
TLS certificates
Automated issuance and renewal via ACME — expiry alerts and revocation workflows built in.
Database credentials
Dynamic secrets generated per session with short TTLs — no shared password spreadsheets.
SSH keys
Certificate-based SSH with signed short-lived keys — no static keys on jump hosts.
Encryption keys
Managed in KMS/HSM with strict IAM policies — applications never see raw key material.
Zero standing privilege
No persistent access — request, approve, use, revoke
Request access
User or service requests elevated privileges through a self-service portal with business justification.
Approve & scope
Manager or policy engine approves with time-bound scope — minimum privilege for the task at hand.
Grant just-in-time
Access provisioned automatically with a countdown timer — no manual steps, no forgotten accounts.
Auto-revoke
Access removed when the window expires. Full audit trail of who accessed what and when.
Compliance
Crypto and identity controls mapped to your frameworks
| Framework | Area | What we deliver |
|---|---|---|
| FIPS 140-2/3 | Cryptographic modules | Hardware-validated crypto modules for key generation, storage, and operations. |
| PCI DSS | Key management | Cardholder data encryption with split-knowledge, dual-control key custodians. |
| HIPAA | PHI encryption | Encryption of protected health information at rest and in transit with access audit logs. |
| SOC 2 | Access controls | Logical access, MFA enforcement, access reviews, and least-privilege evidence for auditors. |
| ISO 27001 | A.10 Cryptography | Crypto policy, key management procedures, and controls mapped to Annex A requirements. |
Outcomes
Architecture deliverables that hold under audit
Crypto architecture documented
Key hierarchies, rotation schedules, and encryption coverage maps — ready for audit.
Identity plane unified
SSO + MFA across the estate with zero standing privilege and automated access reviews.
Secrets vault operational
Dynamic credentials, automated rotation, and lease-based access — no more shared passwords.
Compliance controls mapped
Evidence packs tied to FIPS, PCI, HIPAA, and SOC 2 requirements with control owners assigned.
FAQ
Questions about encryption & IAM
Stack & tooling
Technologies we put to work
A practical stack for keys, secrets, certificates, and identity — designed for automation and audits.
Centralize secrets, dynamic credentials, and internal PKI with audit logs.
Vault-compatible open source option for secrets workflows and policy.
Federated identity, adaptive MFA, and lifecycle automation.
OIDC/SAML federation and centralized session control.
Customer identity, MFA, and token security for product surfaces.
Envelope encryption with rotation and HSM-backed key material.
Keys, secrets, and certs with RBAC and managed identities.
Automated public TLS issuance and renewal for internet-facing services.
Zupitrix role
Keys, identities, and audits — engineered as a single system
Zupitrix treats cryptography and IAM as one control plane: key lifecycle, certificate automation, identity federation, and just-in-time access all mapped to business risk and compliance. The result is a security design that is operable day-to-day — not just “secure on paper.”
- Design key hierarchies and rotation policies aligned to FIPS/PCI/SOC 2 expectations
- Implement SSO/MFA + SCIM provisioning with least privilege and periodic access review
- Operationalize secrets and PKI: dynamic creds, short-lived certs, and revocation workflows
- Deliver auditor-friendly evidence: logging, control mapping, and runbooks your team can maintain
Keep exploring
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