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ripAt — Task Automation Platform (US-Based)

Updated

Tech Stack: C# · Windows Services · ASP.NET MVC · MS SQL Server · PowerShell · Scheduled Tasks

Overview

Designed and developed ripAt, a centralized backend task automation platform composed of multiple production-grade automated workflows. The platform orchestrates email processing, document routing and conversion, system monitoring, SQL-based reporting, and maintenance tasks, running continuously as Windows Services in an enterprise environment.

ripAt functions as a core automation framework, powering several independent yet interconnected workflows such as RIPMail, RIP Monitoring, SQL Automation, and NewLeaf processes.

Core Automated Workflows

🔹 RIPMail — Email Processing & Document Automation

  • Automated mailbox monitoring with configurable routing rules based on sender, subject, mailbox, and metadata.

  • Processed incoming emails to extract, route, export, and convert documents based on dynamic configurations.

  • Implemented safeguards to handle retries, partial failures, and duplicate-prevention scenarios.

🔹 SQL Automation & Reporting

  • Automated scheduled SQL query execution for operational and business reporting.

  • Generated SQL-based reports and automatically delivered notifications via email.

  • Supported parameterized and configuration-driven report execution.

🔹 RIP Monitoring & System Health

  • Built monitoring agents to track job execution, service health, and system status.

  • Implemented alerting and notification mechanisms for failures, delays, or abnormal conditions.

  • Enabled remote service monitoring and controlled recovery actions.

🔹 File Management & Maintenance Automation

  • Implemented automated file cleanup, archival, and retention workflows.

  • Managed disk usage and log lifecycle through scheduled maintenance tasks.

🔹 NewLeaf & Custom Workflow Automation

  • Developed client-specific automation workflows within the ripAt framework.

  • Enabled dynamic job scheduling driven by database-based configurations, allowing extensibility without redeployment.


Key Contributions

  • Architected long-running Windows Services for fault-tolerant background execution.

  • Designed a configuration-driven automation engine for flexible workflow management.

  • Built ASP.NET MVC admin dashboards for monitoring job status, execution history, and configuration.

  • Developed PowerShell scripts for system-level automation and remote service control.

  • Implemented robust logging, retries, idempotency, and error handling for reliable execution.

  • Ensured consistent execution of high-frequency and scheduled enterprise tasks.

Impact & Results

  • Centralized multiple automation workflows into a single, scalable platform.

  • Reduced manual operational effort through fully automated email, SQL, and system processes.

  • Improved reliability with monitoring, alerting, and self-healing mechanisms.

  • Delivered a mission-critical automation backbone supporting enterprise operations at scale.