Private Infrastructure
Mission impact
Unmanaged infrastructure accumulates risk invisibly — deferred patches, untested recovery procedures, capacity consuming budget without scrutiny, and blind spots that surface only during an incident. By designing, hardening, operating, and instrumenting sovereign environments as one coherent practice, we convert that latent risk into a managed, auditable posture your organization actually owns — so mission systems run on infrastructure no vendor decision can revoke, and your technical personnel spend their time on capability delivery rather than on keeping infrastructure alive.
Infrastructure You Control Outright
Some workloads cannot live on infrastructure someone else administers — because the data is sensitive, the mission cannot tolerate an external dependency, or the contract says so. Wilkes & Liberty designs, deploys, and continuously operates sovereign infrastructure environments built around the requirements of defense contractors, government organizations, and enterprises that hold themselves to the same standard: environments your organization controls outright, with no operational dependency on third-party cloud management platforms. We carry the work from initial architecture through sustained 24/7 operations — and we run our own production estate on exactly this architecture, so every practice we deliver is one we depend on daily.
What We Build
- Sovereign environment architecture — on-premises, self-hosted, hybrid, and air-gap-capable topologies in which public ingress is isolated to hardened reverse proxies and internal systems expose no public ports at all.
- Zero-trust network fabric — encrypted mesh networking with granular access-control enforcement, split DNS that keeps internal service names unresolvable from outside the boundary, and administrative surfaces reachable only over the private mesh. Our Zero-Trust Architecture capability covers this discipline in depth.
- Infrastructure-as-Code — every host, service, DNS record, and access policy defined in version-controlled Terraform and Ansible, peer-reviewed and reproducible, so an environment can be rebuilt from source rather than reconstructed from memory.
- Self-hosted identity — single sign-on and access control on customer-controlled OIDC infrastructure, with per-environment clients, least-privilege role design, and no external identity-provider dependency.
- Reversible delivery — container-based service orchestration with tag-driven deployments, pre-deployment database snapshots, and atomic rollback to a known-good state. The pipeline discipline behind it is our DevSecOps practice.
Hardened to Standards You Can Cite
Every environment we build or take over is hardened against published baselines — CIS benchmarks and STIG-referenced configurations applied through the same version-controlled automation that defines the rest of the environment, so hardening is a property of the code rather than a checklist run once before delivery. Access design follows the least-privilege discipline of NIST SP 800-171, the network fabric aligns with the zero-trust tenets of NIST SP 800-207, and environments handling controlled unclassified information are architected for the safeguarding requirements of CUI under 32 CFR Part 2002. Because the configuration is the documentation, assessors review the repository instead of reconstructing the environment by interview — which shortens assessment timelines and keeps the security posture from drifting after the assessors leave.
Disconnected by Design
Air-gapped and partially connected operation is a design requirement here, not an accommodation. Identity, deployment, monitoring, and recovery all function without reaching anything outside the boundary: updates and images move through controlled transfer procedures, telemetry lands in storage you own, and restore paths assume no external service will answer. An environment engineered this way treats degraded connectivity as a normal operating condition — and an environment that operates disconnected is, by construction, one that nobody outside your authority can switch off. For organizations that want this discipline delivered as an integrated product rather than a bespoke build, our Keystone Sovereign Infrastructure Platform packages the same architecture.
Managed Operations
Not every environment is built from scratch — many are inherited, expanded organically, or provisioned under a prior contract, and now need sustained operational coverage an in-house team cannot fully provide. We take over the day-to-day work running infrastructure demands: capacity planning and resource right-sizing, patching and vulnerability remediation on defined cycles, cost and resource optimization, environment lifecycle management across development, staging, and production, and incident response with documented escalation and resolution procedures. Every operational action is governed by change discipline — reviewed, recorded, and reversible.
Leaving the Hyperscaler on Your Terms
For organizations moving workloads off public cloud providers — driven by cost, data residency, or operational control — we provide structured repatriation to on-premises or self-hosted infrastructure. Dependency mapping establishes what actually runs and what it touches, workload sequencing orders the moves so nothing critical is stranded mid-migration, and cutover planning preserves service continuity through the transition. The destination environment is defined in code before the first workload moves, so what you land on is documented, reproducible, and yours.
Recovery Engineered Around the Restore
A backup architecture that has never been tested against a real restore is a confidence interval with unknown failure modes. We engineer recovery around the restore scenario, not the backup process: encrypted, tiered backups with key material held in customer-controlled storage, off-region replication so a site-level failure does not eliminate the recovery path, restore drills executed and documented on a defined schedule against explicit recovery-time and recovery-point objectives, and rollback automation integrated into the deployment pipeline so operators can return to a known-good state in minutes. Recovery becomes a defined operational procedure rather than an emergency improvisation.
Visibility That Survives the Incident
Infrastructure that runs without instrumentation fails without warning. We design full-stack observability — Prometheus metrics, Grafana dashboards, Alertmanager routing with defined escalation paths, blackbox probing that validates availability from an external user's perspective, and independent uptime watchdogs that retain visibility even when the internal monitoring stack is degraded. Deployment-event annotations correlate behavior changes with the releases that caused them, compressing diagnosis from hours to minutes. Alerting is treated as an engineering discipline: every alert has a defined condition, severity, routing path, and response procedure — and all telemetry remains in customer-controlled storage.
Infrastructure Your Team Can Inherit
Every engagement produces an environment your organization can operate without us. The runbooks are written for your operators, the architecture decisions are documented with their rationale, and the Infrastructure-as-Code repository is the environment — the same ownership principle that governs our software development practice. Contact us to scope the environment you need, or the one you need taken over.
Key capabilities
Infrastructure-as-Code design and automated deployment
Infrastructure-as-Code design and automated deployment. Eliminates manual provisioning and ensures environments are reproducible and auditable.Mission benefit: Eliminates manual provisioning and ensures environments are reproducible and auditableSecure network architecture and segmentation
Secure network architecture and segmentation. Enforces least-privilege at the network layer from initial build, not as a retrofit.Mission benefit: Enforces least-privilege at the network layer from initial build, not as a retrofitSovereign environment design with full operational control
Sovereign environment design with full operational control. Eliminates dependency on hyperscaler SLAs and gives the organization direct control over its infrastructure.Mission benefit: Eliminates dependency on hyperscaler SLAs and gives the organization direct control over its infrastructure24/7 managed operations and incident response
24/7 managed operations and incident response. Frees internal teams to focus on mission while WL maintains infrastructure health around the clock.Mission benefit: Frees internal teams to focus on mission while WL maintains infrastructure health around the clockCompliance-aligned configuration management
Compliance-aligned configuration management. Maintains documentation and configuration evidence for FedRAMP, FISMA, and agency ATO processes.Mission benefit: Maintains documentation and configuration evidence for FedRAMP, FISMA, and agency ATO processes
Sovereignty features
Authority runs from the hardware up: compute, network fabric, identity, key material, and telemetry all answer to your organization, with no external control plane, licensing server, or management SaaS in the critical path — nothing outside your boundary can disable, degrade, or observe the environment. The patterns are open and exportable: standard protocols, version-controlled Infrastructure-as-Code, and runbooks written for your operators rather than proprietary tooling, so the environment survives any vendor exit — including ours. Sovereignty that depends on a provider's continued goodwill is a service agreement; this is ownership.
Defense & government relevance
Engineered for air-gapped, disconnected, and partially connected operation: identity, deployment, backup, and monitoring function with no commercial cloud dependency, and all telemetry remains in customer-controlled infrastructure. Hardening applies CIS benchmarks and STIG-referenced configurations through version-controlled automation; access design follows NIST SP 800-171 least privilege, and the network fabric aligns with NIST SP 800-207 zero-trust tenets. Environments handling CUI are architected for the safeguarding requirements of 32 CFR Part 2002, with encryption keyed to customer-held material and restore and response procedures documented as runbooks operators can execute under any network condition — supporting ATO continuity with assessment evidence drawn directly from the configuration repository.