Software Factory & DevSecOps
Deliver software securely and at mission speed—from development through deployment.
Software is no longer a supporting function. It is the mission.
Software Factory & DevSecOps is the enterprise capability that enables software to move from development to deployment through a structured, secure, and repeatable operating model. It connects development, infrastructure, and security within one integrated pipeline so software can be built, validated, distributed, and improved without losing control or slowing mission execution.
In federal environments, where applications support essential operations and compliance demands are high, this discipline helps agencies deliver software faster while strengthening supply chain integrity and improving resilience. Rather than a loose collection of tools, it is the architecture and governance model that makes secure software delivery consistent, auditable, and mission-ready.
We treat Software Factory & DevSecOps as a platform-level capability rather than a collection of disconnected tools.
Our approach is built around creating a deliberate architecture:
Platform-Centric Software Factory Architecture
A cohesive software factory brings development, automation, security, and artifact management into one aligned platform.
Security and Supply Chain Integrity
Security and software trust must be built into every stage so code, dependencies, and artifacts can be validated with confidence.
Infrastructure and Runtime Platform Integration
The software factory must align closely with the cloud, Kubernetes, identity, and runtime environments where applications operate.
Distributed Mission Environments
Modern delivery pipelines must securely move validated software across cloud, data center, edge, and tactical mission environments.
Key Components of Software Factory and DevSecOps :
Secure Development Environments (Cloud & Local)
Standardized, secure, and reproducible development environments — including cloud-based development workspaces and containerized local environments — that provide developers with consistent tooling, access control, and security baselines.
Role in the broader solution: Ensures software is written within controlled, compliant environments from the start.
Secure Model Hosting & Multi-Model Deployment
Controlled hosting for LLMs and mission-tuned models, with orchestration strategies that support on-prem, air-gapped, and hybrid patterns—so agencies keep ownership and control.
CI/CD Pipeline Architecture
Automated build, integration, testing, and deployment pipelines that orchestrate the movement of software from development through production.
Role in the broader solution: Provides structured, repeatable workflows that reduce manual error, increase release velocity, and enforce quality and security gates throughout the software lifecycle.
Secure Code Analysis (SAST / DAST)
Static and dynamic analysis tools that evaluate application code and running applications for vulnerabilities and security weaknesses.
Role in the broader solution: Embeds security into development early and continuously, preventing vulnerabilities from progressing into production environments.
Artifact Management & Software Distribution
Centralized repositories and distribution platforms for managing application binaries, containers, packages, and build artifacts.
Role in the broader solution: Maintains integrity, traceability, and controlled distribution of software across data centers, cloud environments, and edge deployments.
Software Supply Chain Security
Controls and validation mechanisms that protect the integrity of software dependencies, libraries, and build processes.
Role in the broader solution: Ensures that software entering mission environments is verified, trusted, and aligned to federal supply chain mandates.
SBOM & Compliance Enforcement
Generation and validation of Software Bills of Materials (SBOMs) to identify software components, dependencies, and risk exposure.
Role in the broader solution: Supports DoD and federal compliance requirements by providing visibility into software composition and enabling risk-informed decision-making.
Runtime Security & Image Validation
Security controls integrated directly into runtime environments to monitor container images, binaries, and workloads at rest and in motion.
Role in the broader solution: Extends security beyond build-time validation into operational enforcement, ensuring deployed software remains secure throughout its lifecycle.
Integrated Collaboration & Platform Unification
The unification of development, infrastructure, and security workflows under a shared platform and governance model.
Role in the broader solution: Breaks down silos between teams and establishes shared accountability. Ensures development, deployment, and security operate within a single, structured framework.
J2R helps you move from software factory concepts to repeatable execution.
J2R approaches Software Factory & DevSecOps as a platform-level capability rather than a collection of disconnected tools. Our focus is on designing integrated software delivery environments that enable teams to build, validate, secure, and distribute software within a unified operational framework.
What we deliver:
Compliance-as-code and security-by-design in CI/CD to support Continuous ATO, aligned with NSM-8, the DoD Software Modernization Implementation Plan, and SCCA.
Containerization and microservices modernization to improve agility and scale beyond legacy constraints.
Resilient delivery pipelines with disaster recovery and high availability built in for mission continuity.
Training and skill enablement to build internal DevSecOps and software factory capability.
Open standards and interoperability to avoid vendor lock-in and support long-term scalability.