Web Operations Enterprise

Ops Console Control Plane

Real-time operations dashboard with telemetry visualization, feature flag management, SSO authentication, and zero-downtime deployment workflows for a SaaS platform serving 50,000+ users.

99.97% Uptime Achieved
0 Downtime Deploys
-65% Incident Response Time
6 weeks Development Timeline

Project Overview

A rapidly scaling SaaS company needed visibility into their distributed systems. Their engineering team was flying blind during incidents, deployments were risky manual processes, and there was no centralized way to manage feature rollouts across their multi-tenant architecture.

We built them a comprehensive ops console that became the nerve center for their entire platform operations.

Client Enterprise SaaS Platform
Industry B2B Software
Timeline 6 Weeks
Team Size 4 Engineers

The Problem

  • Zero visibility: No centralized dashboard for system health, metrics, or alerts. Engineers had to SSH into multiple servers to diagnose issues.
  • Risky deployments: Each release required 2-3 hours of manual coordination, database migrations, and prayer. Rollbacks meant restoring from backups.
  • No feature control: New features launched to everyone at once. Bad releases impacted all 50,000+ users simultaneously.
  • Auth fragmentation: 15+ internal tools, each with separate credentials. No SSO, no audit trail, no RBAC.
  • Compliance gaps: SOC 2 audit approaching with no change approval workflow or deployment audit logs.

Our Solution

  • Real-time telemetry: Unified dashboard aggregating metrics from 12 services. Custom panels for latency, error rates, throughput, and resource utilization.
  • Zero-downtime deploys: Blue-green deployment pipeline with automated health checks, traffic shifting, and instant rollback capability.
  • Feature flag system: Granular control over feature rollouts by user segment, percentage, or tenant. Kill switches for instant disable.
  • SSO/SAML integration: Single sign-on with Okta, role-based access control, and complete audit logging for compliance.
  • Change approval workflow: Required approvals for production changes with full audit trail and automated notifications.
"Before the ops console, deployments were our most stressful days. Now I can push to production while eating lunch. The feature flags alone have saved us from three potential outages."
Daniel K. VP of Engineering

Development Timeline

Week 1

Discovery & Architecture

Audited existing infrastructure, identified 12 critical services requiring monitoring. Mapped authentication flows and compliance requirements. Designed data pipeline architecture for real-time metrics aggregation.

Week 2

Telemetry Foundation

Built metrics collection agents, configured ClickHouse for time-series storage, and created the real-time data pipeline. Implemented WebSocket connections for live dashboard updates without polling.

Week 3

Dashboard & Visualization

Developed React dashboard with customizable panels. Built latency histograms, error rate graphs, and resource utilization charts. Added alerting rules engine with Slack/PagerDuty integrations.

Week 4

Feature Flags & Deployment Pipeline

Implemented feature flag service with SDK for frontend and backend. Built blue-green deployment orchestrator with health checks and automated rollback triggers.

Week 5

Auth & Compliance

Integrated Okta SSO with SAML 2.0. Built RBAC system with 5 permission levels. Implemented change approval workflow with audit logging for SOC 2 compliance.

Week 6

Testing & Handoff

Load tested dashboard with simulated traffic. Chaos engineering tests for failover scenarios. Created runbooks, conducted training sessions, and completed staged rollout to all engineering teams.

Technology Stack

Frontend

  • React 18 with TypeScript
  • TanStack Query for data fetching
  • Recharts for visualizations
  • Tailwind CSS

Backend

  • Node.js with Express
  • PostgreSQL for app data
  • ClickHouse for time-series
  • Redis for caching/sessions

Infrastructure

  • AWS ECS for containers
  • ALB for load balancing
  • CloudWatch + custom metrics
  • Terraform for IaC

Integrations

  • Okta SSO/SAML
  • Slack notifications
  • PagerDuty escalations
  • GitHub Actions CI/CD

Key Features Delivered

📊

Real-Time Telemetry

Live metrics from 12 services with sub-second latency. Custom dashboards for each team with saved views and shareable links.

🚀

Zero-Downtime Deploys

Blue-green deployments with automated health checks. Traffic shifts in 30-second increments with instant rollback on anomalies.

🎚️

Feature Flags

Granular rollouts by user ID, tenant, percentage, or custom rules. A/B testing support with metrics integration.

🔐

SSO & RBAC

Okta integration with 5 role levels. Audit logs for every action. Session management and forced re-auth for sensitive operations.

Change Approvals

Required approvals for production changes. Configurable approval chains. Complete audit trail for compliance.

🔔

Alert Management

Custom alerting rules with Slack and PagerDuty. Alert grouping, silencing, and escalation policies.

Measurable Results

99.97% uptime maintained over 6 months post-launch, exceeding 99.9% SLA target
65% faster incident response time with centralized telemetry and alerting
Zero failed deployments causing user-facing downtime since launch
3 outages prevented using feature flag kill switches during anomalous behavior
SOC 2 audit passed with zero findings related to change management
2 hours → 15 min deployment time reduced from multi-hour coordination to automated pipeline

Lessons Learned

Start with observability

You can't improve what you can't measure. Building telemetry first revealed issues we didn't know existed and informed every subsequent decision.

Feature flags are insurance

The ability to instantly disable problematic features without a deploy is invaluable. Every new feature should launch behind a flag.

Compliance enables speed

Counterintuitively, adding approval workflows made the team faster. Automated checks replaced manual reviews, and confidence in deployments increased.

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