Senior Platform Engineer

We Are Skyral:

We believe every decision maker can be empowered by technology. Skyral combines AI, leading edge simulation technology and world class expertise to transform the decision making experience. Our products and services enable faster and more confident decisions in a complex, unforgiving world. We deploy practical, intuitive and efficient solutions to governments and enterprises, delivering outstanding outcomes at the speed of relevance.

At Omnia Training, we’ve brought together some of the UK’s most innovative defence training organisations under one powerful mission: to transform the British Army’s training system and create the best-trained Army in the world.

Omnia Training is redefining the British Army’s collective training. To do that, we are looking for the best and brightest minds from across the UK. Omnia Training is at the heart of the UK’s bold Land Industrial Strategy.

This is more than a job — it’s a mission. You will be part of a high-impact, collaborative environment, where every person in our team plays a critical role in delivering Omnia Training’s vision; designing, delivering, and transforming collective training.

Please note that this role will require onsite working in Warminster. Due to the nature of this role, Skyral can only consider applications from candidates who live in the UK and are eligible for SC clearance.

• Deploy and configure systems on MODCloud / D2S / Open Shift
• Manage Kubernetes environments, networking and connectivity, as well as security-aligned configurations.
• Build and maintain CI/CD pipelines, Git Ops workflows, and environment configurations to ensure repeatable and reliable deployments.
• Support running systems by monitoring health, diagnosing platform and infrastructure issues and resolving deployment failures.
• Work closely with integration engineers, customers and modelling engineers.
• Support and maintain existing simulation and training systems, as well as existing deployment and virtualisation tools.
• Apply SRE practices to improve system reliability, including observability (metrics, logs, tracing), incident response, and root cause analysis.

This is not a pure cloud or greenfield platform role. You will be working across cloud-native services, legacy systems, and integrated simulation environments, ensuring they operate reliably as a single platform.

• Comfortable working across modern and legacy environments
• Calm under pressure during outages or failures
• Pragmatic and delivery-focused, with a bias toward keeping systems running.
• Strong collaborator across engineering disciplines
• Adopts an SRE mindset, focusing on reliability, observability, and continuous improvement of running systems.

• Expert working knowledge of Kubernetes, Helm, Teraform, Ansible, and Docker.
• Understanding of Distributed Systems in production.
• Experience working within constrained or regulated environments (e.g. MODCloud, D2S, Open Shift) and adapting to their tooling and limitations.
• Experience building and operating CI/CD pipelines with automated deployment workflows.
• Familiarity with Git Ops approaches and tools such as ArgoCD.
• Strong understanding of Network fundamentals, Zero Trust solutions, service to service communications and distributed system connectivity.
• Ability to diagnose issues across infrastructure, networking, and application layers.
• Experience supporting or integrating legacy and non-cloud-native systems alongside modern infrastructure.
• Experience in developing with Go or Python as well as shell scripting.
• Experience applying Site Reliability Engineering (SRE) practices such as monitoring, alerting, incident response, and service reliability improvement.

Note:

Please feel empowered to apply for this position, even if you think you may only align with some of the qualities listed above. Your unique skills and perspectives could be just what we’re looking for.

• Unlimited Paid Holiday - we value and support the need to maintain a strong work-life balance.
• Hybrid Working - we understand that a one-size-fits all approach doesn’t suit…