Development / Secure Cloud

GovCloud Secure Infrastructure Development

We architect and operate sovereign cloud environments on Azure Government and AWS GovCloud — hardened from the ground up for defense and federal clients. Secure-by-design platform engineering across FedRAMP, DoD Impact Level, and zero-trust frameworks.

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The Challenge

Defense and federal organizations face infrastructure requirements that commercial cloud architectures were never designed to satisfy. Meeting these demands requires a disciplined, compliance-first engineering culture — not a bolt-on security layer applied after deployment.

What We Build

Secure, sovereign infrastructure spanning the full lifecycle — from initial threat modeling through day-two operations and continuous compliance monitoring.

Azure Gov / AWS GovCloud Architectures

Landing zone design, hub-and-spoke networking, policy-as-code guardrails, and identity federation aligned to FedRAMP Moderate/High and DoD IL4/IL5 control baselines.

Kubernetes Defense-Grade Clusters

CIS-hardened Kubernetes clusters with runtime security (Falco), mutual TLS (Istio/Cilium), OPA Gatekeeper policy enforcement, and automated CIS Benchmark compliance scanning.

CI/CD with Supply-Chain Attestation

End-to-end pipeline hardening: signed commits, SBOM generation (Syft/Grype), SLSA provenance, container signing (Cosign/Sigstore), and gated promotion through immutable artifact registries.

Zero-Trust Identity

Keycloak and Microsoft Entra ID federation, CAC/PIV authentication, device posture checks, and policy-based conditional access across hybrid cloud and on-premise environments.

Air-Gapped & Disconnected Deployments

Fully offline infrastructure: private OCI registries, on-premise Helm/Terraform module caches, local Vault instances, and automated offline update pipelines for edge and classified enclave deployments.

IaC with Terraform & GitOps

Modular Terraform libraries for Azure Gov and AWS GovCloud, Ansible OS hardening runbooks, and GitOps continuous delivery via ArgoCD and FluxCD with full drift detection and remediation.

ISO 27001 Certified Delivery

Secure-by-design is not a marketing claim for Corvus — it is an independently audited operating posture. Our ISO 27001:2022 certification covers the information security management system (ISMS) under which all cloud infrastructure engagements are planned, executed, and maintained.

ISO 27001:2022 Certified

The same architectures that run our products run yours

Corvus platform products — including Corvus Head, Corvus Sense, and Corvus Quantum — are hosted on the same GovCloud-ready, zero-trust reference architectures we build for clients. When we design your sovereign cloud environment, we are applying the same controls we stake our own operational continuity on. Our ISO 27001:2022 certification provides an independently verified record of that discipline, covering risk management, access control, incident response, and supplier security across all engagements.

Technology Stack

A curated, defense-proven toolchain spanning sovereign cloud platforms, container orchestration, secrets management, zero-trust networking, and runtime security.

Azure Government AWS GovCloud Kubernetes Docker Terraform Ansible Vault Keycloak Entra ID ArgoCD FluxCD Cilium Istio Falco OPA Gatekeeper

Why Corvus

ISO 27001:2022 Certified

Independently audited secure-by-design discipline applied to every engagement — from architecture review through operational handover.

Defense-Proven Track Record

Two-time NATO Hackathon winner. Systems operational with Ukraine's Ministry of Defense. Member of the Brave1 defense-tech cluster.

Compliance-First Engineering

Controls are documented at the point of build, not retrofitted. We deliver infrastructure that shortens the path to FedRAMP authorization and DoD ATO.

Book a Consultation or email contact@corvusintell.com
Our Approach
01
Threat Model + Compliance Gap Analysis

We map your data classification, threat actors, and compliance obligations (FedRAMP, DoD IL, NIST) to identify architectural gaps and prioritize controls before a line of IaC is written.

02
Reference Architecture + IaC Scaffolding

We deliver a documented reference architecture, fully modular Terraform/Ansible libraries, and a hardened baseline cluster configuration — all version-controlled and ready for your team to extend.

03
Continuous Compliance + Incident Readiness

Post-deployment we configure automated compliance scanning, alerting pipelines, and tabletop incident-response playbooks so your platform remains authorization-ready under continuous assessment.

Frequently Asked Questions

What is GovCloud secure infrastructure development?

GovCloud secure infrastructure development is the practice of designing, building, and operating cloud environments on sovereign government-only regions — primarily Azure Government and AWS GovCloud — to meet strict data-residency, compliance, and security requirements. It covers architecture design, zero-trust identity, hardened Kubernetes clusters, CI/CD pipelines with supply-chain attestation, and ongoing compliance monitoring for frameworks such as FedRAMP, DoD IL4/IL5, and NIST SP 800-53.

Do you support DoD Impact Levels (IL4, IL5, IL6)?

Yes. We design architectures aligned to DoD Impact Level 4 and IL5 control baselines, including data categorization, boundary protection, continuous monitoring, and personnel security controls. For IL6 (classified) requirements we engage on a case-by-case basis and can advise on on-premise or private-cloud paths that satisfy those controls.

Can you build for air-gapped / disconnected environments?

Yes. We have hands-on experience delivering fully disconnected and semi-connected deployments: private container registries, offline Helm and Terraform module caches, local identity providers (Keycloak), and automated compliance scanning that operates without internet egress. Our patterns support both fully air-gapped edge nodes and hybrid hub-and-spoke topologies where a classification boundary separates the management plane from workloads.

What IaC tools do you use?

Our primary infrastructure-as-code toolchain is Terraform for provisioning cloud resources and Ansible for configuration management and OS hardening. For GitOps continuous delivery we use ArgoCD and FluxCD depending on team preference and cluster topology. All IaC is stored in version-controlled repositories with branch-protection policies, SAST scanning, and signed commits as part of our supply-chain security posture.

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