Certificate and Key Management for Government Agencies and Public Sector Organizations
Automate federal PKI certificate operations, enforce SSH key governance across classified and unclassified networks, and secure software releases for citizen-facing applications. Built for FedRAMP, FISMA, NIST 800-53, and CISA BOD 23-01 compliance.
Why Government Agencies Struggle with Certificate and Key Management
Federal PKI certificate management spans multiple CAs and trust hierarchies
Federal agencies operate within the Federal PKI trust framework, managing certificates issued by multiple Certificate Authorities across the Federal Bridge CA, Common Policy CA, and agency-specific CAs. Tracking certificate inventory, cross-certificate relationships, and trust chain validity across these hierarchies using manual processes creates gaps that FISMA auditors consistently flag.
FISMA continuous monitoring requires real-time cryptographic asset visibility
NIST SP 800-137 and FISMA mandate continuous monitoring of information system security controls, including cryptographic key management. Most agencies lack automated discovery of certificates and SSH keys across their Authority to Operate (ATO) boundaries, making it impossible to demonstrate continuous compliance during FISMA assessments and OMB reporting cycles.
Classified network key governance operates under strict compartmentalization
Agencies managing SIPRNet, JWICS, or other classified network environments must enforce key governance under CNSSI 1253 and ICD 503 controls. SSH keys and certificates on classified systems require documented custody chains, split-knowledge procedures, and air-gapped rotation workflows that cannot rely on cloud-based management tools.
CISA BOD 23-01 demands comprehensive asset visibility including cryptographic material
CISA's Binding Operational Directive 23-01 requires federal civilian agencies to maintain comprehensive asset visibility, including network-accessible assets and their associated cryptographic configurations. Agencies that cannot enumerate their certificate and key inventory across all FCEB systems face compliance deadlines with no automated tooling to meet them.
Citizen-facing portal security depends on uninterrupted TLS certificate operations
Government portals handling tax filings, benefits enrollment, healthcare access, and permit applications serve millions of citizens. Certificate expiry on these portals causes service outages that erode public trust and trigger congressional inquiries. With hundreds of certificates across .gov domains, CDNs, and API gateways, manual renewal processes cannot scale.
How QCecuring Solves Certificate and Key Challenges in Government
Automated certificate discovery across federal PKI trust hierarchies
Continuously discover and inventory certificates across Federal Bridge CA, Common Policy CA, and agency-specific CAs. Map trust chain relationships, track cross-certificate dependencies, and automate renewal workflows to eliminate expiry-driven outages on citizen-facing portals and internal systems.
SSL/TLS Certificate Lifecycle ManagementFISMA-aligned certificate governance with continuous monitoring
Enforce certificate policies covering FIPS 140-2/140-3 validated cryptographic modules, approved algorithms per NIST SP 800-131A, and validity period constraints. Generate FISMA-ready audit reports mapping certificate inventory and lifecycle events to NIST 800-53 SC (System and Communications Protection) control families.
SSL/TLS Certificate Lifecycle ManagementSSH key discovery and rotation for government networks
Discover all SSH keys across unclassified and sensitive-but-unclassified (SBU) networks. Enforce automated rotation schedules aligned with NIST 800-53 IA-5 (Authenticator Management) controls, remove orphaned keys from departed personnel and contractors, and map key-to-user relationships for FISMA access control evidence.
SSH Key Lifecycle ManagementPrivileged access governance for government IT operations
Implement just-in-time SSH access for system administrators, database operators, and contractor support teams accessing government systems. Enforce approval workflows aligned with NIST 800-53 AC-6 (Least Privilege) and maintain session audit trails for IG investigations and FISMA reporting.
SSH Key Lifecycle ManagementCode signing for government software releases and firmware updates
Sign agency-developed applications, firmware updates, and configuration packages with centrally managed signing keys stored in FIPS 140-2 validated HSMs. Enforce signing policies that prevent unauthorized code from reaching production systems, and maintain tamper-evident audit trails for software supply chain assurance per EO 14028.
Code SigningUse Cases in Government and Public Sector
Federal civilian agency certificate consolidation
A large FCEB agency managing 5,000+ certificates across 200 .gov domains and internal systems consolidates certificate visibility into a single dashboard. Automated discovery identifies 800 certificates unknown to the IT team, and renewal automation eliminates the quarterly certificate-related outages that previously affected citizen services.
FISMA continuous monitoring for cryptographic controls
A defense agency implements continuous monitoring of SSH keys and certificates across its ATO boundary. Automated key discovery identifies 30,000 SSH keys, maps them to authorized users, and remediates 8,000 orphaned keys from former contractors. FISMA audit findings related to IA-5 and SC-12 controls are closed within one assessment cycle.
Citizen portal TLS automation
A state government agency automates TLS certificate management across its benefits enrollment, tax filing, and licensing portals. Certificate renewals that previously required coordinated maintenance windows are automated with zero-downtime deployment, and CISA vulnerability scan findings related to certificate configuration are resolved proactively.
Government software supply chain signing
A federal agency implements code signing across its CI/CD pipeline for internally developed applications, aligning with EO 14028 software supply chain security requirements. Every build artifact is signed with FIPS-validated keys, and the security team can verify the signing chain for any deployed package during incident response.
Explore QCecuring's Core Platforms
SSL/TLS Certificate Lifecycle Management
Automate certificate discovery, renewal, and governance across federal PKI hierarchies, .gov domains, and citizen-facing portals.
Learn moreSSH Key Lifecycle Management
Discover, rotate, and govern SSH keys across government networks with FISMA-aligned access controls and audit trails.
Learn moreCode Signing
Secure government software releases and firmware updates with FIPS-validated signing keys and EO 14028-aligned workflows.
Learn moreGovernment Certificate and Key Management FAQ
Which NIST 800-53 controls does QCecuring help address? +
QCecuring supports NIST 800-53 control families including SC-12 (Cryptographic Key Establishment and Management), SC-17 (Public Key Infrastructure Certificates), IA-5 (Authenticator Management for SSH keys), AC-6 (Least Privilege for SSH access), and AU-2/AU-3 (Audit Events and Content for lifecycle event logging). The platform generates audit evidence mapped to these control families for FISMA assessments.
Does QCecuring support FedRAMP-authorized deployment models? +
QCecuring supports on-premises deployment within agency network boundaries for environments that require FedRAMP High or DoD IL4/IL5 controls. The platform operates entirely within the agency's authorization boundary with no outbound data transmission. For FedRAMP Moderate environments, QCecuring can also operate in hybrid configurations with agency-controlled cloud infrastructure.
How does QCecuring handle FIPS 140-2 and FIPS 140-3 requirements? +
QCecuring integrates with FIPS 140-2 and FIPS 140-3 validated Hardware Security Modules (HSMs) for cryptographic key storage and operations. The platform enforces policies that restrict certificate issuance and key generation to FIPS-validated modules, and audit reports document which cryptographic operations used validated versus non-validated modules.
Can QCecuring manage certificates across multiple agency networks? +
QCecuring discovers and manages certificates across multiple network segments including unclassified, SBU, and DMZ environments. The platform supports agent-based scanning for isolated network segments and agentless discovery for connected environments. Certificate inventory is consolidated in a single dashboard with network segment tags and ATO boundary mapping.
How does QCecuring support CISA BOD 23-01 asset visibility requirements? +
QCecuring provides automated discovery of certificates and SSH keys across all network-accessible assets within FCEB agency environments. The platform maintains a continuously updated inventory of cryptographic assets with metadata including issuer, expiry, key strength, algorithm, and associated host. This inventory feeds directly into CDM dashboards and CISA reporting requirements.
Does QCecuring support air-gapped or disconnected network environments? +
QCecuring's on-premises deployment model supports air-gapped environments with no external network connectivity. Certificate and key management operations, including discovery, rotation, and audit logging, operate entirely within the isolated network. Data export for compliance reporting uses approved cross-domain transfer procedures defined by the agency's security architecture.
How does QCecuring align with Executive Order 14028 software supply chain requirements? +
QCecuring's code signing platform supports EO 14028 requirements by providing centralized signing key management, enforcing signing policies across CI/CD pipelines, and maintaining a tamper-evident audit trail of all signed artifacts. The platform integrates with agency build systems to ensure every software release is cryptographically signed before deployment, supporting SBOM attestation workflows.
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