What is Security Platform Engineering?

Security Platform Engineering is the practice of building and operating shared security capabilities as a platform that product teams can consume through self-service workflows, APIs, and “secure-by-default” templates. Instead of treating security as a separate gate, it embeds controls into the same delivery mechanisms engineers already use—source control, CI/CD, infrastructure as code, Kubernetes, and cloud services.

It matters because modern delivery is fast, distributed, and highly automated. Manual security reviews and one-off exceptions do not scale well when teams ship multiple times a day, run hundreds of microservices, or manage multi-account and multi-cluster environments. Security Platform Engineering focuses on repeatable guardrails, consistent telemetry, and measurable risk reduction while keeping developer experience usable.

It is suited to Platform Engineers, DevOps Engineers, SREs, Cloud Engineers, DevSecOps Engineers, and Security Engineers who work closely with engineering teams. A strong Trainer & Instructor helps turn broad security goals into implementable platform patterns: reference architectures, reusable pipelines, policy-as-code, and operational runbooks that work in real teams.

Typical skills and tools you can expect to learn include:

• Secure CI/CD design (pipeline controls, approvals, attestations, and artifact integrity)
• Infrastructure as Code security (Terraform patterns, drift management, review workflows)
• Container and Kubernetes security (admission policies, runtime controls, hardening)
• Secrets management (rotation, workload identity, encryption, access boundaries)
• Identity and access management (least privilege, roles, service accounts, OIDC flows)
• Policy-as-code (OPA/Rego concepts, Kyverno-style policies, compliance mapping)
• Software supply chain security (SBOM concepts, signing, provenance, SLSA-style thinking)
• Vulnerability and dependency management (scanning strategies and prioritisation)
• Logging, monitoring, and detection engineering (security telemetry and alert hygiene)
• Threat modelling for platforms (abuse cases, trust boundaries, shared responsibility)

Scope of Security Platform Engineering Trainer & Instructor in United Kingdom

In the United Kingdom, Security Platform Engineering aligns closely with how many organisations are modernising delivery: cloud migration, platform engineering programmes, and “shift-left” security initiatives. Hiring relevance is strong because the skill set sits at the intersection of delivery acceleration and risk management—two areas that leadership teams tend to fund even when priorities change.

Demand typically shows up under titles such as Platform Security Engineer, DevSecOps Engineer, Cloud Security Engineer, Security Automation Engineer, or Site Reliability Engineer with a security focus. For UK employers, practical capability often matters more than purely theoretical knowledge: being able to implement guardrails, integrate scanners without breaking pipelines, and provide an internal security service that developers will actually use.

Industries that commonly need Security Platform Engineering skills include financial services (including fintech), insurance, e-commerce, healthcare, government and public sector suppliers, SaaS, telecoms, and managed service providers. Company size varies: large enterprises may have dedicated platform teams, while smaller organisations often need a practitioner who can combine platform build-out with hands-on security engineering.

Delivery formats in the United Kingdom commonly include live online cohorts (useful for mixed-location teams), intensive bootcamp-style schedules, and corporate training tailored to an organisation’s toolchain. Many teams also use a blended approach: instructor-led sessions plus internal implementation sprints.

Scope factors a Security Platform Engineering Trainer & Instructor in United Kingdom should be able to address:

• Regulated environments and auditability expectations (evidence collection, control mapping)
• Cloud-first and hybrid-cloud delivery models (including multi-account/multi-subscription setups)
• Kubernetes and container adoption (cluster baselines, policy enforcement, runtime visibility)
• Standardised “golden paths” and internal developer platforms (IDP) for secure self-service
• Supply chain security pressures (dependency risk, artifact integrity, provenance practices)
• CI/CD toolchain diversity across UK organisations (different SCM and pipeline ecosystems)
• Secure identity patterns for workloads (service-to-service auth, keyless approaches where applicable)
• Practical incident readiness (telemetry, alert routing, playbooks, and on-call constraints)
• Skills prerequisites and upskilling paths (Linux, networking, cloud fundamentals, Git, scripting)
• Balancing security controls with developer experience (avoid brittle gates and alert fatigue)

Quality of Best Security Platform Engineering Trainer & Instructor in United Kingdom

Because Security Platform Engineering spans architecture, automation, and operational security, “quality” is best judged by what learners can build and operate after the course—not by marketing claims. In the United Kingdom market, it is also worth checking whether the training approach fits your reality: your cloud provider(s), delivery cadence, and governance model.

A reliable way to evaluate a Trainer & Instructor is to ask for concrete, verifiable artefacts: a detailed syllabus, lab outlines, sample outputs (sanitised), and clear prerequisites. If outcomes are described, they should be framed as skills you’ll practise and demonstrate—not as guaranteed job results.

Use this checklist to assess quality:

• Curriculum depth: clear coverage of identity, policy, CI/CD security, runtime security, and telemetry (not just one tool)
• Practical labs: hands-on exercises that reflect modern workflows (Git-driven changes, pipelines, ephemeral environments)
• Real-world projects: at least one end-to-end build (e.g., secure pipeline + policy enforcement + logging) with review criteria
• Assessments: checks for understanding (design reviews, threat modelling exercises, incident scenarios, or practical tests)
• Instructor credibility: experience and credentials only where publicly stated; otherwise treat as “Not publicly stated”
• Mentorship and support: office hours, Q&A channels, and feedback loops during and after sessions (scope and duration clearly stated)
• Tooling coverage: clarity on which CI/CD, IaC, Kubernetes, and scanning tools are used—and why those choices were made
• Cloud platform exposure: which cloud(s) are used in labs (AWS/Azure/GCP or on-prem), and whether alternatives are discussed
• Class size and engagement: opportunities for review of learner work, not just slide delivery
• Career relevance (without guarantees): mapping to real job tasks in the United Kingdom (platform baselines, guardrails, evidence)
• Certification alignment (only if known): if a course claims alignment to any certification, the mapping should be explicit and current
• Maintenance of materials: how often labs and examples are updated as platforms and security practices evolve

Top Security Platform Engineering Trainer & Instructor in United Kingdom

Security Platform Engineering is still an emerging label, so many of the strongest options come from adjacent, well-established tracks such as cloud security, DevSecOps automation, and container/Kubernetes security. The selections below focus on trainers and instructor profiles that are publicly recognisable through established industry teaching and publications, and that are commonly accessible to learners in the United Kingdom through live online or scheduled regional delivery (availability varies / depends).

Trainer #1 — Rajesh Kumar

• Website: https://www.rajeshkumar.xyz/
• Introduction: Rajesh Kumar presents training and educational material through his personal website and is often sought by teams that want practical, engineering-led enablement. Specific public details of a dedicated Security Platform Engineering syllabus are Not publicly stated, so UK learners should validate lab coverage (CI/CD, IaC, Kubernetes, cloud security controls) before committing. He can be a fit when you want a Trainer & Instructor who can translate platform and delivery fundamentals into security-focused implementation work.

Trainer #2 — Brandon Evans

• Website: Not publicly stated
• Introduction: Brandon Evans is publicly known in the industry as an instructor in cloud security and DevSecOps-oriented automation training (course names, schedules, and locations vary). His teaching focus is commonly aligned with Security Platform Engineering concerns such as building security controls into pipelines, infrastructure automation, and cloud-native guardrails. For learners in the United Kingdom, this style of instruction is especially relevant if your roadmap includes standardising secure delivery patterns at scale.

Trainer #3 — Dave Shackleford

• Website: Not publicly stated
• Introduction: Dave Shackleford is publicly recognised for security education that spans cloud security, security architecture, and operational security concerns. This perspective maps well to Security Platform Engineering, where technical controls must be designed to be operable, observable, and auditable—not just theoretically “secure.” If you want a Trainer & Instructor who emphasises architecture and practical risk management across cloud environments, his material is often considered by practitioners (availability in the United Kingdom varies / depends).

Trainer #4 — Liz Rice

• Website: Not publicly stated
• Introduction: Liz Rice is widely known for her work and public education in container and cloud-native security concepts. Container and Kubernetes security are central components of many Security Platform Engineering programmes, particularly when policy enforcement and runtime visibility must be standardised across teams. Learners in the United Kingdom who are building secure platform “golden paths” around Kubernetes can benefit from an instructor perspective that is grounded in how cloud-native systems actually behave.

Trainer #5 — Tanya Janca

• Website: Not publicly stated
• Introduction: Tanya Janca is publicly recognised for her focus on developer-centric security and secure software delivery practices. While Security Platform Engineering is heavily platform-focused, it still succeeds or fails based on developer adoption, threat modelling habits, and secure SDLC fundamentals—areas commonly addressed in her teaching. For UK organisations trying to reduce friction between security and engineering, a Trainer & Instructor with a strong developer enablement lens can be a practical complement to purely tool-driven training.

Choosing the right trainer for Security Platform Engineering in United Kingdom comes down to matching your operating context: your cloud provider(s), Kubernetes maturity, CI/CD tooling, and regulatory expectations. Ask for a sample lab outline and confirm that the course covers both build-time controls (pipelines, IaC, policy-as-code) and run-time operations (telemetry, incident readiness, access patterns). If your goal is organisational change, prioritise trainers who teach reusable patterns and measurable implementation steps rather than one-off configurations.

More profiles (LinkedIn): https://www.linkedin.com/in/rajeshkumarin/ https://www.linkedin.com/in/imashwani/ https://www.linkedin.com/in/gufran-jahangir/ https://www.linkedin.com/in/ravi-kumar-zxc/ https://www.linkedin.com/in/dharmendra-kumar-developer/

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