AllOps.usThe Multi-Sector DevOps Platform
DevOps is no longer a single discipline. It has divided into specialized operational frontiers—from DevSecOps and GitOps to MLOps, FinOps, and SRE. AllOps is a dedicated technical portal and showcase for these sectors and self-hosted cloud infrastructure.
Active DevOps Projects
Dedicated self-hosted systems powering continuous integration, automated Kubernetes continuous delivery, workflow automation, and telemetry monitoring.
Semaphore Ansible Automation
Semaphore provides a beautiful, responsive user interface and REST API for Ansible. It allows team members to run playbooks, manage environments, track inventory, schedule cron executions, and audit play executions with live colorized terminal output.
ArgoCD Continuous Delivery Dashboard
ArgoCD operates as an in-cluster GitOps controller. It tracks the declarative definitions of applications in GitLab repositories and continuously reconciles any divergence, ensuring live clusters match committed manifests.
Auto n8n Workflow Platform
auto.allops.us is a self-hosted n8n automation engine. It powers personal and internal workflow automation, including event-driven webhook processing, database syncs, and intelligent Gmail message fetching and forwarding via Google Cloud Console APIs.
Uptime Kuma Telemetry & Monitoring
Uptime Kuma monitors the health and availability of all AllOps websites, databases, Kubernetes nodes, and public services. It runs synthetic checks from inside and outside the network, alerting instantly whenever an anomaly occurs.
auto.allops.us Application Verification Suite
auto.allops.us uses Google Console services and the Gmail API strictly for internal, personal workflow automation (fetching notifications and forwarding alerts). We have established full compliance with Google API Services User Data Policy, Limited Use requirements, transparent scope documentation, and downloadable application logos.
DevOps Sectors & Troubleshooting Blueprints
Each sector addresses specific technical challenges across the delivery lifecycle. Explore architectures, tool matrices, and battle-tested solutions for common operational issues.
DevSecOps
Shift-Left Security, Automated Compliance & Vulnerability Management
DevSecOps integrates security into every phase of the software delivery lifecycle. Rather than treating security as an afterthought audit before release, DevSecOps equips developers with automated gates for SAST, DAST, SCA, and container runtime defense.
GitOps
Declarative Infrastructure, Pull-Based Reconciliation & ArgoCD
GitOps uses Git repositories as the single source of truth for infrastructure and application declarations. Automated operators (such as ArgoCD) continuously reconcile the desired state in Git with the live cluster state.
FinOps
Cloud Financial Management, Unit Economics & Rightsizing
FinOps is an operational framework and cultural practice that brings financial accountability to the variable spend model of cloud computing, enabling engineering teams to balance speed, cost, and quality.
Site Reliability Engineering (SRE)
SLOs, SLIs, Error Budgets & Chaos Engineering
Site Reliability Engineering applies software engineering practices to infrastructure and operations problems. SRE balances rapid feature velocity with system stability using quantifiable Service Level Objectives (SLOs) and Error Budgets.
MLOps
Machine Learning Lifecycle, Model Registries & Drift Detection
MLOps brings DevOps rigor to Machine Learning. It standardizes model training, experiment tracking, versioned feature storage, automated inference deployment, and continuous monitoring for data and concept drift.
AIOps
AI for IT Operations, Intelligent Alerting & Telemetry Correlation
AIOps applies machine learning and analytics to big data collected from monitoring tools. It cuts through noisy telemetry, correlates disparate events across distributed systems, and automates root cause identification.
The AllOps Architecture Framework
How specialized operational disciplines coordinate to build resilient, automated, and secure digital platforms.
1. Provision & Declare
Infrastructure as Code via Terraform/OpenTofu, declarative container topologies, and version-controlled Helm charts committed to GitLab.
2. Automate & Verify
Continuous integration with Kaniko container builds, automated unit/SAST security scanning, and automated playbooks run via Semaphore.
3. Observe & Optimize
Synthetic health probes via Uptime Kuma, error budget tracking, ArgoCD drift self-healing, and cloud cost rightsizing via FinOps.