Military — 3 Technical Articles

Apr 22, 2026 · Industry Insights

How Do Military Software Factories Scale? Lessons from the U.S. DoD’s Total‑Branch Model

This article analyses the evolution of software engineering, examines the U.S. Department of Defense’s distributed software‑factory network, identifies governance and integration challenges for large defence organisations, and proposes a “total‑branch” design that unifies platform, process and team structures to achieve scalable, secure DevSecOps delivery.

AutomationDevSecOpsGovernance

0 likes · 30 min read

How Do Military Software Factories Scale? Lessons from the U.S. DoD’s Total‑Branch Model

Full-Stack DevOps & Kubernetes

Oct 7, 2023 · Cloud Native

How the US Air Force U‑2 Spy Plane Uses Jenkins & Kubernetes for Automated CI/CD

The US Air Force’s U‑2 reconnaissance aircraft has adopted a Jenkins‑driven CI/CD pipeline orchestrated by Kubernetes, enabling automated builds, repeatable deployments, rapid threat response, enhanced security, and resource savings, with a detailed step‑by‑step case study illustrating code management, pipeline configuration, container deployment, testing, and RBAC controls.

AutomationCI/CDDevOps

0 likes · 7 min read

How the US Air Force U‑2 Spy Plane Uses Jenkins & Kubernetes for Automated CI/CD

21CTO

Mar 11, 2019 · Operations

Why the US Navy’s Aegis UI Chooses 2D Over 3D – Lessons for High‑Stakes Interface Design

The article dissects the Aegis combat system’s dual‑screen UI, explaining why a simple 2D top‑down map paired with a side view outperforms flashy 3D graphics, how multi‑target blocks replace tables for faster decision‑making, and how human‑factor testing, eye‑tracking and standardized symbols dramatically improve combat efficiency.

AegisMilitaryhuman factors

0 likes · 14 min read

Why the US Navy’s Aegis UI Chooses 2D Over 3D – Lessons for High‑Stakes Interface Design