Munther • Technical Support Engineer Intern, Red Hat
Red Hat Intern
Technical Support Engineer Intern at Red Hat, and a Cybercrime IT Security student. I work with OpenShift, containers, Kubernetes, and OpenShift AI, alongside security monitoring and hands-on labs.
Technical Support Engineer Intern at Red Hat. I am also a Cybercrime IT Security student. My work and study focus on OpenShift, containers, Kubernetes, incident response, network security, and monitoring.
3-day Containers, Kubernetes, OpenShift & OpenShift AI — follow-up project: Workshop Copilot.
Hands-on labs covering how containers differ from VMs, Kubernetes objects, OpenShift (Routes, ImageStreams, Pipelines), and OpenShift AI RAG with Jupyter. The copilot answers questions from those workshop notes in the browser.
Dockerfiles, images, registries, Compose, and Kubernetes Pods, Deployments, Services, ConfigMaps, Secrets, and PVCs.
oc CLI, console, Routes, ImageStreams, StatefulSets, HPA, and OpenShift Pipelines (Tekton).
Jupyter workbenches, RAG, embeddings, LlamaStack, and grounding answers in your own documents.
Technical Support Engineer Intern at Red Hat. Cybercrime & IT Security student with hands-on work in OpenShift, containers, Kubernetes, Linux hardening, security monitoring (Prometheus/Grafana/Fail2ban), and web application security testing.
In progress — study & labs ongoing.
In progress — training ongoing.
Red Hat training — to complete.
Operating a production Kubernetes cluster — to complete.
Exam to complete after DO280.
Use this site as a simple hub. I’ll keep updating projects, write-ups, and certificates.
IBM + Red Hat 3-day workshop follow-up: RAG copilot over containers, Kubernetes, and OpenShift AI notes.
July 2026 hackathon: built AI-assisted workflows with Cursor and MCP tools.
Secure LAN architecture with segmentation, inter-VLAN routing, redundancy & hardening.
HQ + branches with VLANs, DHCP, static routing, WPA3 + Layer 2 protections.
Hardening via users/permissions + automated updates + log monitoring.
Reduced attack surface and validated improvements using system metrics.
Dashboards + alert rules + brute-force blocking with simulated scenarios.
XSS, SQLi, authentication and session weaknesses in a vulnerable app.
Benchmarked cryptographic algorithms to compare efficiency and performance.
Analyzed vulnerabilities, impact, and response strategies.
Threat analysis and systemic risk mapping.
Compliance requirements, governance frameworks, and accountability mapping.
Execution flow + evasion concepts + sandbox awareness (controlled).
Full-stack app with authentication and database integration.
Memory handling and efficient I/O applications.
Text-based RPG with resource management and combat mechanics.
Privacy, surveillance, and digital rights with balanced solutions.