DV Cleared DevOps Architect for Secure Platforms

CBSbutler Holdings Limited trading as CBSbutler; Corsham; Hybrid; GBP 120,000 - 129,000; Full time

Job summary

CBSbutler is seeking an experienced DevOps Architect to join a high-profile UK Government programme in Corsham. You will design and deliver secure DevOps platforms within air-gapped environments, providing technical leadership across architecture, automation and platform assurance.

Lead the design, implementation and ongoing assurance of secure DevOps tooling, ensuring compliance with security standards while enabling efficient software delivery in disconnected environments.

Qualifications

• Active DV Clearance required.
• Experience as a DevOps Architect or Senior DevOps Engineer in secure environments.
• Ability to design and deliver secure DevOps tooling and automation.
• Experience with IaC, automation and security documentation.

Responsibilities

• Architect and implement secure DevOps platforms in air-gapped environments.
• Design integrated CI/CD solutions for air-gapped environments.
• Develop secure software promotion, patching and update processes.
• Define toolchain integration and automation strategies.
• Champion Infrastructure as Code and DevOps best practices.
• Produce HLDs/LLDs and security artefacts; support reviews and assurance.
• Support platform optimisation and stakeholder engagement across secure sites.

Skills

Active DV Clearance

DevOps Architecture

Secure/regulated environments

Infrastructure as Code

Automation

HLD/LLD/SOPs/Runbooks

Scripting (Bash/Python)

Tools

GitLab

Jira

Confluence

Ansible

VMware

Job description

CBSbutler is seeking an experienced DevOps Architect to join a high-profile UK Government programme in Corsham. You will design and deliver secure DevOps platforms within air-gapped environments, providing technical leadership across architecture, automation and platform assurance.

Lead the design, implementation and ongoing assurance of secure DevOps tooling, ensuring compliance with security standards while enabling efficient software delivery in disconnected environments.