PaaS Services
- Platform,
- DevOps & Data
Container Services
Run/manage containerized apps on OpenShift with scaling, routing, lifecycle controls.
TCloud Kubernetes
Managed Kubernetes clusters with simplified ops, upgrades, scaling.
Registry Service
Securely store/distribute container images for consistent builds.
Continuous Integr.
Automate builds and tests for faster, higher-quality releases.
Continuous Deploy
Automated pipelines, approvals, rollbacks for safe deployments.
Redis Cache
Low-latency in-memory caching for sessions and real-time workloads.
PostgreSQL Database
Reliable relational DB with HA options and secure access.
MariaDB / MongoDB
Relational and NoSQL DBs for transactions and document storage.
AMQ / Kafka
Reliable messaging and event streaming for microservices and data pipelines.
Service Mesh
mTLS, policy controls, observability for microservices traffic.
Certificate Mgmt
TLS certificate issuance, renewal, rotation.
Vault Secret Mgmt
Centralized secrets, encryption keys, controlled access, auditing.
Keycloak
SSO and RBAC for secure authentication and identity governance.
Elastic Search
Index and search at scale for queries, logs, operational insights.
Observability
End-to-end metrics, logs, traces for reliability and early issue detection.
Container Backup
Secure backup/recovery of containerized workloads.
The Traditional Architecture Problem
Why two portals, two teams, two budgets?
VM World
- Portal: vCenter / vSphere Web Client
- Team: Infra / virtualization admins
- Workloads: Traditional apps, DBs, legacy systems
- Networking: vSwitch, SDN stack
- Storage: Proprietary datastores
- Scaling: Provision VMs one by one
- Visibility: No visibility into containers or microservices
Container World
- Portal: K8s dashboard / Rancher
- Team: DevOps / platform engineers
- Workloads: Microservices, cloud-native apps, APIs
- Networking: Calico / Flannel CNI
- Storage: PVCs / CSI drivers
- Scaling: Auto-scaling pods
- Visibility: No visibility into VMs or legacy infra
Result: Two teams · Two budgets · Two skill sets · No unified visibility · Slow incident response · High operational cost
One Platform. One Portal. One Team.
Red Hat OpenShift powers TCloud's unified control plane
OpenShift Console — Single Web Portal · One Login · One API
Virtual Machines (OVE)
- KVM-based VMs
- Live migration & Snapshots
- HA built-in
- Migrated from VMware via MTV + Ansible
- Managed as Kubernetes objects
Containers & Microservices (OCP)
- Kubernetes pods
- ArgoCD GitOps
- CI/CD pipelines & Auto-scaling
- Rolling deployments
- Istio Service Mesh
Shared Network · Shared Storage · Shared Security · Shared Policies
Connect with us at AskTCloud@tw1.com