Defense & Intelligence
Mission Systems, Sovereign by Design
Mission impact
Defense and intelligence missions cannot trade capability for exposure — modern software, data, and AI must operate on classified networks, in air-gapped enclaves, and at the disconnected edge, without dependence on outside vendors. By delivering sovereign platforms that build, deploy, and operate entirely inside the security boundary, we give mission owners capability at operational pace rather than authorization pace. AI is adopted with attribution and audit rather than blind trust, and the mission retains control and resilience in contested, denied, and disconnected environments.
Defense and intelligence programs stall on the same wall commercial pilots never have to cross: classified networks, air-gapped enclaves, disconnected edge operations, and authorization timelines that outpace the mission's actual clock. Wilkes & Liberty is a company of forward-deployed engineers for that environment — we build and operate inside your security boundary, deliver capability at mission pace rather than vendor pace, and leave behind sovereign infrastructure the mission owns outright, not a subscription with someone else's off-switch.
The failure mode we close
Commercial SaaS toolchains assume connectivity, shared infrastructure, and data that can leave the enterprise — assumptions that break the moment a system has to run on a classified network, in an air-gapped enclave, or forward at the disconnected edge. Meanwhile AI and autonomy are advancing faster than the governance built to control them, and sensitive data cannot be exposed to third-party models or platforms without accepting exactly the exposure the mission exists to prevent. Programs that wait for a commercial product to catch up to these constraints wait indefinitely; the alternative is building the sovereign version directly.
What we deliver
- Sovereign platforms, built and operated inside the boundary — Private Infrastructure engineering delivers on-premises, air-gap-capable environments the mission controls outright, with no operational dependency on a third-party cloud management plane.
- Governed AI over sensitive data — AI Governance & MCP Integration puts field-level redaction, tamper-evident audit, and allow/deny policy between AI systems and classified or otherwise sensitive records, so AI adoption doesn't become an ungoverned exposure.
- Zero trust across every pillar — Zero-Trust Architecture treats every device, credential, and AI agent as an untrusted principal by default and enforces it in code, not policy documents.
- A compliance posture an assessor can evaluate — Compliance & Security Governance converts NIST 800-171, CMMC, and CUI-handling requirements into System Security Plans, POA&Ms, and incident-response procedures your team can maintain after we leave.
Built for classified and disconnected operations
Air-gapped and partially connected operation is a design requirement here, not an accommodation retrofitted later. Identity, deployment, monitoring, and recovery all function without reaching anything outside the boundary — updates move through controlled transfer procedures, telemetry lands in storage the mission owns, and restore paths assume no external service will answer. That discipline holds whether the environment is a fixed classified network or a forward, degraded-connectivity operation.
Engagement path
Start with the AI & Sovereignty Readiness Assessment to map data exposure, AI governance gaps, and compliance posture against your actual environment. Ready to move on a specific system? Open a ticket — structured intake (problem, systems, constraints, desired outcome) lands in our private queue and triages into assessment, implementation, or managed ops.
Sovereignty features
Every system we deliver operates inside your accreditation boundary: compute, network fabric, identity, and telemetry all answer to your authority, with no external control plane, licensing server, or management SaaS in the critical path. The same workflows run fully air-gapped where the mission requires it, and key material, audit logs, and recovery data stay under credentials you issue and can revoke in one motion. Sovereignty that depends on a vendor's continued goodwill is a service agreement; this is operational ownership.
Defense & government relevance
Engineered for classified, air-gapped, and disconnected operation: identity, deployment, monitoring, and recovery function with no commercial cloud dependency, and all telemetry remains in mission-controlled infrastructure. Access design follows least-privilege principles under NIST SP 800-171, and the network fabric aligns to zero-trust tenets under NIST SP 800-207. Compliance artifacts — System Security Plans, POA&Ms, CUI handling procedures under 32 CFR Part 2002 — are authored in the format assessors and program offices evaluate, mapped to CMMC Level 2/3 readiness and ATO support. Governed AI access enforces server-authoritative authorization and tamper-evident audit rather than model-level restraint, with all AI infrastructure operable fully air-gapped where the mission requires it.