Hosting Infrastructure, Billing Automation, and Cloud Deployment

I designed and deployed a production-oriented hosting stack for XCEED Tech, connecting cloud infrastructure, reverse-proxy routing, SSL management, billing workflows, database/cache services, Discord automation, and game-server panel integrations into one working operational environment.

The objective was not just to deploy services. The objective was to create a usable business system: customer flow through billing, automation between Discord and hosting operations, isolated internal services, and controlled administrative access boundaries.

This case study is the infrastructure base layer. OpsCommand is the governance and observability layer built above it to manage incidents, deployment controls, backup verification, security posture, and workflow visibility.

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1. Business Problem

XCEED needed an integrated hosting operations environment that could support customer billing, service provisioning workflows, Discord operations, and day-to-day administrative reliability.

2. Technical Constraints

Deliver quickly without sacrificing maintainability and service separation.
Keep sensitive internal services off broad public exposure.
Support billing + automation + panel integrations in one operating model.
Use a deployment model that could be documented and handed off.

3. Architecture Decisions

Containerized Deployment

Used Dockerized services for repeatable deployment, dependency isolation, and easier migration/recovery paths.

Reverse Proxy Layer

Used Nginx Proxy Manager for public routing and SSL termination, reducing direct service exposure.

DNS and Edge Routing

Used Cloudflare DNS and edge controls for cleaner domain routing and certificate flow management.

Database and Cache Separation

Treated MariaDB and Redis as internal core services to support billing workflows and fast state access.

4. Infrastructure Design

13Docker services organized by role

Nginx Proxy ManagerIngress and SSL control plane

CloudflareDNS and routing edge layer

MariaDB + RedisInternal data/cache foundations

Internet -> Cloudflare DNS -> Nginx Proxy Manager -> Paymenter / Nextdactyl / Bot Services -> MariaDB + Redis

5. Security and Access Control

Scoped administrative exposure and reduced direct panel/service reachability where possible.
Service isolation patterns for core data and cache components.
Firewall-oriented hardening and controlled operational access practices.

6. Deployment Execution

Executed as a production-focused deployment sprint: service composition, route planning, SSL flows, panel/billing integration paths, and operational handoff structure.

Layer	Components	Responsibility	Delivery Focus
Edge and Routing	Cloudflare, Nginx Proxy Manager	Ingress, SSL, host routing	Clear service entry boundaries
Application	Paymenter, panel integrations, bot services	Billing and operations workflows	Cross-service workflow continuity
Data and Cache	MariaDB, Redis	State and persistence	Internal-service reliability

7. Automation Workflows

Linked Discord operational actions to panel and account workflows.
Connected billing events to broader service lifecycle behavior.
Reduced repetitive manual admin work through workflow integration.

8. Operational Readiness

Defined health-check and monitoring posture for runtime visibility.
Structured environment for maintainability and support continuity.
Prepared for documentation and handoff-oriented operations.

9. Result and Impact

Delivered a unified, production-oriented hosting environment where billing, routing, integrations, and automation operate as one system instead of disconnected tools.

10. What This Demonstrates

CTO-level planning

Business constraints translated into technical architecture and execution.

Production infrastructure design

Service orchestration with routing, data, and automation boundaries.

Operational systems thinking

Deployment, hardening, maintainability, and support posture in one design.

Rapid execution under pressure

Delivered integrated infrastructure with clear implementation priorities.

Proof Visuals (Sanitized)

Sanitized Docker Compose Screenshot

Add redacted service-state screenshot showing container health and stack structure.

Sanitized Nginx Proxy Manager Screenshot

Add redacted host/proxy view with domains and SSL state (without exposing sensitive values).

Health and Uptime Evidence

Add uptime monitor or health dashboard screenshot with sensitive identifiers removed.