Defense

Simulation, automation, and security — for modern mission systems.

Modern defense systems are increasingly distributed, software-defined, and mission-critical — demanding new approaches to integration, security, and test validation. At DIDO Solutions, we build platforms that help defense teams move faster and reduce risk across the entire lifecycle of complex systems. From secure Infrastructure-as-Code pipelines that accelerate ATO and harden deployments, to distributed digital twin environments for real-time testing and simulation, our solutions are designed to meet the technical and operational challenges of today’s multi-domain battlespace.

Crucible

Crucible is our secure Infrastructure-as-Code (IaC) pipeline platform designed to streamline DevSecOps workflows and accelerate Authority to Operate (ATO) processes. Built for compliance-heavy environments, Crucible automates the enforcement of DISA STIGs, aligns with FEDRAMP controls, and generates hardened, repeatable deployment pipelines. Defense teams use Crucible to reduce risk, cut lead times, and ensure infrastructure integrity across classified and unclassified environments all while supporting rapid iteration, CI/CD, and zero-trust mandates.

Crucible Use Cases

Distributed Testing Environment as a Service (DIDO-TE)

DIDO‑TE (Distributed Testing Environment as a Service) enables the creation of realistic, secure, distributed test environments — fast. Built to support interoperability testing, vendor integration, federated test marketplaces, and bad‑actor simulation, DIDO‑TE gives defense programs the power to validate complex systems before field deployment.

Defense systems span everything from microcontrollers to supercomputers, often across decades of development and global geographies. These architectures demand strict separation of classified data, long-term coordination, and secure integration across “need-to-know” boundaries — especially in mission-critical environments.

Traditional integration and testing approaches are costly, slow, and prone to blame when systems fail to interoperate. With DIDO‑TE, teams can spin up virtualized nodes and networks that act as digital twins of real-world systems enabling parallelized testing, accelerated timelines, and reduced risk across distributed platforms.

DIDO-TE Use Cases

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