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Success Stories
Real Solutions. Real Impact. See How We Deliver Results.
Cloud Cost Optimization
Key Strategies for Optimization
1. EBS Snapshot Life Cycle Policy
Implement a structured policy for managing EBS snapshots efficiently.
2. Database Redesign
Revamp the database architecture for Development and Beta environments to enhance performance.
3. Best Practices for Resource Management
Adopt best practices to identify and eliminate unused resources within the system.
4. Scalability of Components
Ensure that components are designed to be scalable and optimized for performance.
5. Reserve and Savings Plan Utilization
Maximize the benefits of Reserved Instances and Savings Plans for cost savings.
6. Network Optimization Services
Utilize AWS services specifically designed for optimizing network performance.
7. Automated Shutdown Procedures
Schedule automated shutdowns for instances and databases during non-business hours.
8. Storage Optimization
Enabled the S3 bucket lifecycle policies to automatically move data to lower tier after certain amount of time.
Hybrid Cloud Network Solution
Challenges: US based organization needed a secure, high-performance network between its on-premises data center and Azure, capable of supporting a complex environment with isolated workloads, strict security controls, and high availability.
1. Hybrid Connectivity via ExpressRoute
Goal: Ensure low-latency, secure communication for critical apps.
Implementation: Set up ExpressRoute for primary connectivity and Site-to-Site VPN for backup and non-critical environments. Dynamic BGP routing and IPsec encryption enhanced security and failover.
2. Hub-Spoke Topology for Scalability and Isolation
Goal: Create a scalable and secure network to segment workloads by department.
Implementation: Deployed a hub VNet for shared services (DNS, AD) and spoke VNets for each business unit. Configured VNet peering and custom route tables to control and streamline traffic flow.
3. Enhanced Security with Azure & Palo Alto Firewalls
Goal: Protect sensitive data and enforce access controls.
Implementation: Applied NSGs at the subnet level and integrated Azure Firewall in the hub for centralized inspection. A Palo Alto firewall provided additional layer-7 threat detection.
4. High Availability with App Gateway and Load Balancer
Goal: Ensure resilient, secure web applications.
Implementation: Configured an Application Gateway with WAF for secure, reliable app delivery. Azure Load Balancer ensured high availability across VMs.
Outcome:
US based organization achieved a reliable, secure, and scalable Azure network solution, meeting compliance and performance requirements while reducing latency and strengthening data protection across environments.
Migration from On-Prem to Cloud
A comprehensive overview of the migration process and key phases involved.
Phase 1
Program Structure and Data Gathering
- Establish Project PMO
- Obtain Inventory of IT Assets and Application Portfolio
- Setting up the Discovery Tools and Complete Environment Discovery Activities (Lift and Shift, Plug and Play)
Phase 2
Analysis and Current State Assessment
- Analyze Inventory Data and Identify Gaps
- Stakeholder Engagement and Workshops
- Current State Assessment
Phase 3
Application Profiling and Migration Strategy
- Develop Application Profiles and Map Dependencies
- Establish Move Groups (Lift and Shift)
- Develop High-Level Migration Strategy and Sequencing Plan
Phase 4
Detailed Planning and Requirements
- Confirm Target Site Readiness (Plug and Play)
- Confirm and Socialize Migration Wave Calendar
- Schedule Application Move Groups
- Implement T-Minus Milestone Plan
Phase 5
Execution Management
- Develop Migration Runbooks (Hr-by-Hr Plan)
- Implement Migration Command Center Process
- Migrate Applications and Conduct UAT
- Transitioning to BAU Provide Day 1 Support
Cloud Hosting for Scalable Applications
1. Azure Virtual Machines (VMs) with Scale Sets
Deploy highly available and scalable VMs with autoscaling, load balancing, and rolling upgrades for performance optimization.
2. Azure App Service with Deployment Slots
Enable zero-downtime deployments, staging environments, and traffic routing for seamless application updates..
3. Azure Functions & Serverless Computing
Integrate event-driven architectures with auto-scaling, enabling microservices and serverless backend execution.
4 . Global Load Balancing with Azure Front Door & Traffic Manager
Optimize user experience with intelligent routing, geo-redundancy, and real-time failover management.
5. Hybrid & Multi-Cloud Integration with Azure Arc
Extend centralized governance, security policies, and Kubernetes management across hybrid and multi-cloud infrastructures.