Veteran-Owned Technology Company
Secure Software.
Engineered to Last.
STEAN builds secure software, cloud infrastructure, and AI-enabled systems for government, defense, and commercial organizations. Our approach starts with the engineering problem—not a predetermined technology.
Who We Are
Engineering Built Around the Problem.
STEAN is a veteran-owned technology company that designs, builds, and delivers secure systems for government, defense, and commercial organizations.
The work spans software engineering, cloud infrastructure, security, systems engineering, and DevSecOps—usually several of them at once, because the problems rarely stay inside one discipline.
Good engineering shows up as clarity and reliability, not as complexity. Cleverness is not a substitute for clarity.
What We Do
What We Engineer
Software affects infrastructure. Infrastructure affects security. Security affects delivery. STEAN works across software, cloud, security, automation, and systems engineering because those dependencies are one engineering problem.
Software Engineering
Applications and services built to stay readable and maintainable as requirements change.
- Modern web applications
- APIs and backend services
- Software modernization
Cloud Engineering
Cloud environments defined in code, so deployments are repeatable and reviewable.
- Cloud architecture
- Infrastructure as Code
- Containerized workloads
DevSecOps
Delivery pipelines that build, test, scan, and deploy without manual steps in between.
- CI/CD pipeline engineering
- Automated testing
- Security scanning
Security Engineering
Security decisions made during architecture and delivery rather than reviewed at the end.
- Secure software practices
- Application security
- Security integrated into engineering workflows
Artificial Intelligence & Automation
AI and automation applied where they remove repetitive work or surface information faster.
- Workflow automation
- Practical AI integration
- Engineering productivity
Systems Engineering
Requirements, interfaces, and integration defined before systems have to work together.
- Architecture
- Requirements
- System interfaces
Technical Program Management
Planning, coordination, and risk tracking that keep engineering work moving.
- Technical planning
- Engineering coordination
- Risk management
Training & Technical Consulting
Architecture reviews, mentoring, and guidance so internal teams can carry the work forward.
- Architecture reviews
- Engineering guidance
- DevSecOps adoption
Who We Serve
Where We Work
Each environment brings its own mission, systems, constraints, and risk tolerance. The engineering discipline behind the work does not change with it.
We start by understanding the environment a system has to operate in, then adapt the software, infrastructure, and delivery approach to it.
Government
Modernizing long-lived systems without giving up reliability or maintainability.
Defense
Software and infrastructure engineered around mission requirements and secure delivery.
Commercial Enterprise
Automating workflows, integrating systems, and rebuilding platforms that have outgrown their design.
Emerging Technology
Giving new ideas the engineering foundation they need to move past a prototype.
How We Work
Engineering Principles That Guide Every Project
- 01
Secure by Design
Security shapes architecture and delivery from the first decisions, not the last review.
- 02
Engineering Excellence
Quality is a decision, not an outcome. Cleverness is not a substitute for clarity.
- 03
Modern by Default
Automation, cloud-native architecture, and AI-enabled workflows where they earn their place—not by default.
- 04
Partnership
We work alongside your engineers, say what we actually think, and keep decisions in the open.
- 05
Mission Focus
Our approach starts with the engineering problem—not a predetermined technology.
Our Toolkit
The Tools We Reach For
Technology should serve the mission—not become the mission. Tools are selected for the problem in front of us, with a bias toward what the team inheriting the system can maintain.
Software Development
- React
- Next.js
- TypeScript
- Node.js
- Python
- REST APIs
- PostgreSQL
Cloud & Infrastructure
- AWS
- Docker
- Kubernetes
- Terraform
- Helm
- Linux
DevSecOps
- GitLab CI/CD
- GitHub Actions
- SonarQube
- Trivy
- Infrastructure as Code
- Automated Testing
Engineering Practices
- Agile Delivery
- Systems Engineering
- Technical Leadership
- Continuous Improvement
- Secure Software Development
- Architecture Planning
Technology names reflect engineering familiarity and capability, not vendor partnerships.
Why STEAN
The Work Still Has to Earn Trust.
Choosing an engineering partner comes down to whether they understand the problem, explain their reasoning, and hand back something your team can operate.
That is how STEAN was set up to work.
We would rather name a constraint early than promise around it. Understand the problem, pick an architecture that fits, build it securely, and leave the system understandable.
- 01Security integrated from the start
- 02Infrastructure and delivery defined in code
- 03Systems that stay maintainable after handoff
- 04Direct communication about risk and tradeoffs
- 05Engineers working alongside your team
- 06Veteran-owned leadership
- 07Technology chosen to fit the problem
Our Approach
A Disciplined Engineering Process
- 01
Discover
Understand objectives, stakeholders, constraints, and success criteria.
- 02
Design
Choose an architecture that fits the constraints, and write down the tradeoffs behind it.
- 03
Build
Implement the software and infrastructure with automated testing and secure defaults.
- 04
Validate
Test integration, security, and deployment behavior throughout, not at the end.
- 05
Deliver
Deploy with documentation, knowledge transfer, and a team ready to operate the system.
- 06
Support
Keep maintaining and extending the system as requirements change.
Start With the Engineering Problem.
Modernizing a system, standing up a new capability, or trying to work out which approach is right—tell us what you're dealing with and we'll dig into it.