Curated frameworks, publications, guidance, and standards relevant to DoWIN-aligned DevSecOps, RMF authorization, and DoW capability delivery. These are the authoritative sources that inform how ClearSpring and the Capability Factory are built and operated.
The DoW's overarching strategy for implementing zero trust architecture across all DoW information systems and networks. Defines the seven pillars and target-level activities.
NIST SP 800-37 Rev. 2 — the foundational framework for managing security and privacy risk across federal information systems. Defines the six-step RMF lifecycle used across DoW.
Defines the enterprise cybersecurity architecture for DoW information systems. Covers identity, access management, network segmentation, and endpoint security aligned to zero trust.
The DoW's flexible acquisition framework with six pathways. The Software Acquisition Pathway (SWP) is directly relevant to DevSecOps-enabled capability delivery inside environments like the DCF.
The Joint Capabilities Integration and Development System manual. Defines the requirements process that drives capability development — the upstream input to the Capability Factory intake process.
DISA's authoritative guidance on DevSecOps implementation for DoW programs. Covers pipelines, container hardening, CI/CD security, and integration with the RMF authorization process.
Reference architecture for DoW DevSecOps implementations. Defines the hardened container platform, CI/CD pipeline, and security toolchain that ClearSpring is built to align with.
The DoW's strategy for modernizing software development and delivery. Emphasizes continuous delivery, software factories, and the shift from program-centric to product-centric delivery models.
Guidance on implementing Continuous Authorization to Operate (cATO) for DoW programs. Defines the technical and process requirements for maintaining an ongoing authorization posture.
The authoritative source for DISA STIGs — configuration standards for DoW IT systems. ClearSpring's pre-validated controls are built against these baselines across every stack layer.
Enterprise Mission Assurance Support Service — the DoW's system of record for RMF. Understanding eMASS workflows is essential for any program pursuing ATO inside the DoWIN.
DISA's vulnerability scanning solution required across DoW networks. ClearSpring integrates ACAS natively — continuous scanning is a byproduct of the engineering process, not a separate step.
Security requirements for cloud services used within DoW. Defines the impact levels (IL2–IL6) and authorization requirements relevant to capability deployment inside DoWIN-aligned environments.
Security and Privacy Controls for Information Systems and Organizations. The control catalog underlying RMF — ClearSpring's pre-validated controls map directly to these families.
Application Container Security Guide. Defines security considerations for container images, registries, orchestration, and runtime — directly applicable to ClearSpring's Platform Layer.
Federal Information Security Modernization Act implementation resources. Covers the full suite of FISMA-related NIST publications that define the compliance baseline for federal systems.
ClearSpring and the DISA Capability Factory are not commercial tools adapted for DoW. They were designed from the ground up against these frameworks — the STIGs, the RMF control catalog, the DevSecOps reference design, and the zero trust architecture. Every resource listed here has a direct implementation counterpart in how we build and operate.
DISA STIGs are pre-configured at every ClearSpring layer. Teams inherit compliant baselines — no manual STIG application required.
ClearSpring generates RMF artifacts and eMASS-ready evidence as a byproduct of engineering operations. The ACCIDENT framework automates this continuously.
The DoW Enterprise DevSecOps Reference Design is the architectural blueprint for ClearSpring's Pipeline Layer — hardened CI/CD with integrated SAST, DAST, and container scanning.
Request a briefing to see how ClearSpring and the DISA Capability Factory implement these frameworks operationally — inside a live, authorized DoWIN environment.