Prof. Imran Qureshi

Professor Imran Qureshi is a Professor of Container Security and Kubernetes at GICCT, where he teaches the security of the cloud-native technologies that now underpin much of modern software. As organisations rush to adopt containers and orchestration, the security of these systems has become both critical and scarce — and he is among the specialists working to close that gap.

Background and career

Professor Qureshi came to security through platform engineering, building and operating the container platforms that development teams relied on. That operational experience is the foundation of his security expertise: he understands Kubernetes not as an abstract subject but as a complex system he has run in production, with all the failure modes, sharp edges, and hard-won lessons that entails. He knows where the bodies are buried because he has had to dig some of them up.

As container adoption accelerated, he recognised that security was lagging dangerously behind, and he specialised to address it. He has hardened Kubernetes clusters for organisations running critical workloads, designed secure container platforms from the ground up, and helped teams understand the substantial attack surface that orchestration introduces. He holds the CKS (Certified Kubernetes Security Specialist) and CKA (Certified Kubernetes Administrator) certifications.

Areas of expertise

Professor Qureshi’s expertise covers the full breadth of container and Kubernetes security: cluster hardening, role-based access control, pod security standards and admission control, network policies and segmentation, secrets management, and the security of the container image supply chain. He has particular depth in runtime security — detecting and containing threats in running clusters, where the dynamic nature of orchestration makes traditional approaches inadequate.

He also understands the broader cloud-native ecosystem in which Kubernetes sits, including service meshes, the security implications of microservices architectures, and the integration of container security into CI/CD pipelines. He helps students see container security not in isolation but as part of a wider cloud-native security picture.

Teaching philosophy

Professor Qureshi teaches on real clusters that students must harden themselves, because he knows that Kubernetes security cannot be learned from diagrams. His courses confront students with realistic misconfigurations and attack scenarios, requiring them to both exploit weaknesses and remediate them. He believes the complexity of Kubernetes demands hands-on engagement — there is no substitute for actually working in a cluster and seeing how its many moving parts interact.

He is realistic about the steep learning curve, and he structures his teaching to build confidence progressively, ensuring students have a solid grasp of how Kubernetes works before tackling how to secure it. His courses align closely with the demanding, hands-on CKS certification, preparing students for a credential that genuinely signals capability.

A practitioner’s perspective

Professor Qureshi’s teaching is grounded in the reality that most Kubernetes security incidents stem from misconfiguration and excessive permissions rather than sophisticated attacks. He has seen how default settings, convenient but insecure shortcuts, and a lack of understanding combine to leave clusters dangerously exposed, and he focuses his students’ attention on the things that actually go wrong in practice.

He follows the fast-moving cloud-native security space closely, from evolving pod security standards to new tooling and the steady maturation of supply-chain security practices. He shares these developments as practical guidance, helping students stay current in a field where the technology and its security models are still rapidly evolving.

His students benefit from learning Kubernetes security from someone who has run clusters in production and understands their behaviour from the inside. That operational grounding means his teaching addresses not just the theory of securing orchestration but the practical realities of doing so in a live environment under genuine constraints.

At GICCT

At the institute, Professor Qureshi leads the Kubernetes Security program and contributes to the DevSecOps and cloud security curriculum. He is a strong advocate for treating container security as a first-class concern rather than an afterthought, regularly reminding students that the convenience of orchestration comes with real security responsibility. For professionals working with containers — an ever-growing share of the industry — his courses offer specialised, in-demand expertise grounded in genuine production experience.