Galaxy Office Automation

Category: Case Studies

Implementing CI/CD for Optiserv Solutions

Posted on by Shruti Bhaskar

About the Customer

Client: Optiserv Solutions Pvt. Ltd.

Industry: Developing smarter test, monitoring, and analytics solutions for the global communications industry.

Services Used: AWS CodeCommit, AWS CodePipeline, AWS CloudWatch

Objectives

The existing deployment process was plagued by issues such as lengthy deployment cycles and a high failure rate, which resulted in increased downtime and delayed time-to-market. To overcome these obstacles we prioritised the following objectives:

Accelerate Deployment

Reduce the time required to deploy new features and updates.

Enhance Reliability

Minimise deployment failures and ensure consistent quality.

Increase Automation

Automate the test and deployment processes to improve efficiency.

Improve Visibility

Gain real-time insights into the CI/CD pipeline and application performance.

Reduce Downtime

Minimise disruptions during deployments and ensure seamless processes.

Our Solution

CI/CD Pipeline Implementation

Version Control System

Integration with AWS CodeCommit for source code management, allowing for trackable, revertible changes and collaborative development. CodeCommit is a version control repository hosting service, designed for teams that use Git or Mercurial, which supports the entire development workflow.

Continuous Integration (CI) Serve

AWS CodePipeline was utilized to automate build and testing processes. This is a continuous integration and continuous delivery service for fast and reliable application and infrastructure updates, which automates the build, test, and deployment phases every time there is a code change.

Automated Testing

Unit tests, integration tests, and UI tests were automated to reduce manual testing efforts and to identify bugs early in the development cycle.

Monitoring and Feedback Loops

Tools such as AWS CloudWatch were set up to provide real-time monitoring of applications and infrastructure, enabling quick responses to issues post-deployment.

CI/CD Process Flow Diagram

An Example Release Process Using AWS CodePipeline

Success Metrics

Deployment Efficiency
  • Deployment frequency increased from weekly to multiple times per day.
  • Lead time for changes was reduced from several weeks to a few hours.
Quality Improvement
  • The percentage of deployments causing a failure in production was reduced from 20% to under 1%.
  • Over 95% of automated tests pass rate was achieved consistently, indicating higher quality of builds.
Recovery and Rollback
  • Mean time to recovery (MTTR) from a production failure was reduced from 4 hours to 30 minutes.
  • Rollback efficiency decreased MTTR by 30% compared to previous deployment processes.

Conclusion

The implementation of the CI/CD pipeline by Galaxy Office Automation Pvt. Ltd. for Optiserv significantly improved the efficiency and quality of software development processes. The transition not only enabled more frequent and reliable releases but also fostered a culture of continuous improvement within the development teams.

Monitoring-for-ideaforge

Posted on by Marketing

About the Customer

Client: ideaForge

Industry: Designing and manufacturing drones for mapping, security, and surveillance applications

AWS Services Used: AWS CloudWatch, AWS CloudTrail, AWS Lambda, AWS SNS, AWS EventBridge

01_Handshake

Objectives

The previous infrastructure lacked comprehensive monitoring and logging capabilities, resulting in difficulties in tracking application performance, identifying security issues, and maintaining compliance. This led to delayed incident response, manual monitoring, limited insight into changes, and difficulty diagnosing performance issues. To overcome these obstacles we prioritized the following objectives:

Enhance Monitoring

Implement AWS CloudWatch to provide real-time monitoring of the infrastructure and applications.

Improve Logging

Implement AWS CloudTrail to log all API activities and track user actions for security and compliance.

Optimize Performance

Use the insights from monitoring and logging to optimize the performance of the infrastructure and applications.

Ensure Security

Enhance the security posture by tracking and analysing access and activity logs.

Facilitate Troubleshooting

Enable faster and more efficient troubleshooting by providing detailed logs and metrics.

Our Solution

AWS CloudWatch Implementation

Real-time Monitoring
  • We have set up CloudWatch dashboards to visualize system performance metrics.
  • Configured CloudWatch Alarms to notify the operations team of any anomalies or threshold breaches.
Custom Metrics
  • We have created custom CloudWatch metrics for specific application parameters.
  • Integrated CloudWatch with existing applications to push custom logs and metrics.
Logs and Metrics Analysis
  • We have utilized CloudWatch Logs to aggregate, monitor, and store log files from various sources.
  • We implemented CloudWatch Log Insights for querying and analysing log data.

Instance Health and Performance

CPU Utilization

Alarms were configured with thresholds at different levels for various servers: one alarm was set to trigger at greater than 90%, another at greater than 80%, and a third at 50%. This tiered approach allows for proactive management of server load and helps prevent potential performance degradation.

Memory utilization

Alarms were established with thresholds at greater than 90% and greater than 80%. These alarms enable timely identification and resolution of memory-related issues, ensuring smooth operation of applications and services.

Disk Space Utilization

Root disk utilization alarms were set with thresholds at greater than 90% and greater than 80%. This ensures that disk usage is kept in check, preventing storage-related disruptions.

Web Services Health

Additionally, alarms for HTTP errors were configured to monitor the health of web services. An alarm was set for 4XX errors with a threshold of 50 errors, and another for 5XX errors with a threshold of 10 errors. These alarms help quickly identify and address client-side and server-side issues, respectively.

Metrics Monitoring Using AWS CloudWatch Agent

  • Galaxy utilized the AWS CloudWatch Agent to gather custom system-level metrics, including memory utilization, disk I/O, and network statistics from the instance in the ideaForge account.
  • The agent continuously collects metrics from the system or application, sending these metrics to AWS CloudWatch at specified intervals (10 seconds).
  • Galaxy used the AWS CloudWatch Agent wizard to generate the configuration file.
  • In the ideaForge account, Galaxy has set up log groups to capture access logs and error logs.
  • Galaxy can gain detailed insights into system behavior, user access patterns, and application performance. This helps in identifying potential issues and optimizing system performance.
  • Error logs provide critical information on system failures or application errors, enabling faster diagnosis and resolution of issues. This minimizes downtime and ensures smoother operations.

AWS CloudTrail Implementation

API Activity Logging
  • We implemented CloudTrail across all AWS accounts to comprehensively record all API activity.
  • CloudTrail is configured to capture granular details about API requests, including the source IP address, timestamp, and request parameters.
Security and Compliance
  • CloudTrail logs are continuously monitored to detect potential security threats and ensure compliance with relevant regulations.
  • CloudTrail is integrated with AWS Config to provide a comprehensive view of resource configurations and track any changes made.
Centralized Logging
  • CloudTrail logs are aggregated within a centralized S3 bucket for efficient access and long-term archival purposes.
  • Log file validation is enabled to guarantee the integrity and authenticity of CloudTrail logs.
Analysis and Alerting
  • AWS Lambda functions are utilized to process CloudTrail logs and trigger automated alerts based on predefined security events.
  • CloudTrail is integrated with AWS SNS to deliver real-time notifications to the security team regarding any suspicious activities identified in the logs.

Customer Example

EC2 Instance State Change Notification Automation using AWS CloudTrail API

 We have implemented a sophisticated automation solution using Amazon EventBridge, AWS Lambda, and Amazon SNS. This setup ensures that any changes in the state of EC2 instances such as starting, stopping, or terminating—are promptly communicated to the relevant stakeholders via email.

EventBridge Configuration
  • We have set up Amazon EventBridge (formerly known as CloudWatch Events) to monitor API calls made to AWS CloudTrail. This enables us to capture detailed events related to EC2 instance state changes.
  • Specifically, EventBridge rules are configured to listen for EC2 state transition events, such as when an instance is started, stopped, or terminated.
AWS CloudTrail Integration
  • AWS CloudTrail captures API activity across the AWS environment, including actions related to EC2 instances. CloudTrail logs are used as the event source for EventBridge, providing detailed context about the state changes.
Lambda Function
  • When EventBridge detects an EC2 state change event, it triggers an AWS Lambda function. This Lambda function processes the event data, extracting key details such as the instance ID, previous state, and new state.
  • The function then formats this information into a structured message suitable for notification.
Amazon SNS Notification
  • The Lambda function publishes the formatted message to an Amazon SNS topic.
  • SNS is used to send notifications via email to a predefined list of recipients.

AWS CloudTrail Process Flow Diagram

Success Metrics

Performance Optimization
  • 40% reduction in system downtime was achieved through real-time monitoring and alerts.
  • 30% improvement in response times resulted from insights gained through custom metrics and logs, which were used to optimize application performance.
Enhanced Security
  • Improved threat detection and response time were achieved through continuous monitoring of API activities and access logs.
  • Compliance with industry standards is ensured by maintaining detailed logs of all activities.
Operational Efficiency
  • 50% reduction in troubleshooting time was achieved through detailed logs and real-time monitoring, facilitating faster identification and resolution of issues.
  • The scalable nature of CloudWatch and CloudTrail allowed IN10 Media BCCI to handle increased traffic and expand its infrastructure seamlessly.
  • 75% of manual monitoring efforts have been reduced, as automated notifications provide immediate awareness of EC2 state changes.
  • 100% of EC2 state change events (start, stop, terminate) are accurately captured by EventBridge.

Conclusion

The implementation of AWS CloudWatch and CloudTrail by Galaxy for ideaForge has greatly improved system monitoring, security, and operational efficiency. Real-time metrics, custom logs, and automated alerts now ensure high availability and optimal performance for ideaForge’s drone systems. Enhanced threat detection and compliance, coupled with reduced downtime and faster troubleshooting, showcase the effectiveness of these AWS solutions in maintaining robust IT infrastructures. This project highlights the value of comprehensive monitoring and logging in achieving superior system performance and security.

To know more about the solution

Contact Us

Implementation of AWS Transit Gateway for BCCI

Posted on by Marketing

About the Customer

IN10 Media Pvt Ltd-BCCI

The Board of Control for Cricket in India (BCCI) is the governing body for cricket in India and one of the most influential cricket organizations globally. BCCI oversees all cricket activities in India, including domestic competitions, the Indian Premier League (IPL), and international matches. BCCI also manages a vast array of digital platforms and applications to deliver cricket-related content and services to millions of fans worldwide.

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Customer Challenge

BCCI faced several significant challenges in optimizing their IT infrastructure to support their extensive digital ecosystem:

Complex Network Management
  • Multiple VPCs: BCCI had multiple Virtual Private Clouds (VPCs) across various regions, to manage different applications and services.
  • Multi-Region Connectivity: Ensuring seamless and efficient connectivity between VPCs in different AWS regions was critical for maintaining application performance and reliability.
  • VPC peering Overhead Management: As the number of VPCs increased, the overhead to manage multiple VPC peering connections also increased, complicating the network management.
  • On-Premises Integration: Integrating on-premises data centers with AWS VPCs posed a challenge in maintaining a unified network architecture.
Scalability and Performance
  • High Traffic Volumes: During major cricket events like IPL, BCCI’s platforms experienced significant traffic spikes that required scalable infrastructure to handle the load efficiently.
  • Latency Reduction: Ensuring low latency and high performance for superior user experience was critical.
Reliability and High Availability
  • Uptime: Ensuring continuous uptime and minimizing downtime during peak traffic periods were essential for maintaining user engagement.
  • Failover Capabilities: Implementing robust failover mechanisms to ensure service continuity during infrastructure failures.
Efficient Resource Utilization
  • Cost Management: Optimizing the use of resources to manage costs effectively while maintaining high performance.

Our Solution

To address the challenges BCCI faced with complex network management, scalability, performance, reliability, and cost efficiency, Galaxy implemented a comprehensive solution utilizing AWS infrastructure. We deployed AWS Transit Gateway, Elastic Load Balancer (ELB), Auto-Scaling and EC2 instances to enhance the overall reliability and performance of their digital platforms. Additionally, we incorporated a Site-to-Site VPN to ensure secure and seamless connectivity between on-premises data centers and AWS VPCs.

Deployment of the AWS Transit Gateway

The AWS Transit Gateway was strategically implemented to centralize and simplify the management of multiple VPCs and on-premises data centers. This provided a unified network architecture, enabling seamless communication between different environments. The Transit Gateway was configured to manage routing policies and provide a single point of control for all network traffic. This approach not only improved the responsiveness of applications but also provided high availability by ensuring efficient and reliable connectivity between various network segments. By leveraging the AWS Transit Gateway, the infrastructure could dynamically scale to accommodate varying traffic loads, maintaining optimal performance during peak times and reducing costs during quieter periods.

Primary AWS Services Used

AWS Transit Gateway

Implemented to connect multiple VPCs and on-premises data centers, providing a centralized hub for network traffic. The Transit Gateway simplified network management by allowing seamless communication between different environments. It enabled efficient routing policies and reduced the complexity of managing inter-VPC and on-premises connectivity.

Elastic Load Balancing (ELB)

We deployed an Application Load Balancer (ALB) to handle HTTP and HTTPS traffic. The ALB efficiently routed requests based on content and ensured that user traffic was directed to the appropriate instances, enhancing both performance and security. The load balancer provided high availability by automatically distributing traffic across multiple instances and regions.

Amazon EC2 Instances

Multiple EC2 instances were used behind the load balancer to run BCCI’s web applications, APIs, and databases. This setup allowed for seamless scaling and redundancy, ensuring consistent performance even under high demand. Auto-scaling was configured to adjust the number of instances based on traffic load, optimizing resource utilization and cost-efficiency.

Amazon Auto Scaling

Integrated with the load balancer, Auto Scaling adjusted the number of instances based on real-time traffic patterns. This optimized resource utilization and ensured cost-efficiency by scaling resources up or down according to demand.

Site-to-Site VPN

Implemented to establish secure and reliable connectivity between BCCI’s on-premises data centers and AWS VPCs. This provided an encrypted connection for data transfer, ensuring secure communication and integration of on-premises resources with AWS cloud infrastructure.

AWS Client VPN

Deployed to provide secure remote access to BCCI’s applications and resources hosted on AWS. This enabled BCCI employees to connect securely from remote locations, ensuring flexibility and continuity of operations.

Scalability

The solution provided a scalable framework to accommodate ideaForge’s growing network and data transfer needs as their operations expanded.

This comprehensive solution provided BCCI with a scalable, reliable, and cost-efficient infrastructure, enabling them to manage their extensive digital ecosystem effectively. The use of AWS Transit Gateway, Elastic Load Balancer, EC2 instances, and Site-to-Site VPN ensured that BCCI could deliver high-quality, uninterrupted services to their global audience.

Results and Benefits

The implementation of these AWS services resulted in significant improvements and quantifiable outcomes for BCCI:

Simplified Network Management
  • Centralized Control: The AWS Transit Gateway reduced network complexity significantly by providing centralized control over VPCs and on-premises connections.
  • Efficient Routing: Simplified routing policies improved network management efficiency.
Enhanced Scalability and Performance:
  • Traffic Handling: The infrastructure is scaled seamlessly to handle a 200% increase in traffic during major cricket events, ensuring a smooth and responsive user experience.
  • Latency Reduction: Reduced latency which resulted in faster load times and improved user satisfaction.
  •  
Improved Reliability
  • High Uptime: Maintained 99% uptime, minimizing service disruptions and ensuring continuous access to applications.
  • Robust Failover: Implemented robust failover mechanisms that ensured service continuity during infrastructure failures.
  •  
Cost Efficiency

Cost Management: Effective cost management strategies ensured that BCCI could scale their infrastructure without incurring excessive expenses.

About Galaxy Office Automation Private Limited

With 36 years of experience in driving digital transformation, Galaxy Office Automation Pvt. Ltd is a trusted technology solutions provider that delivers innovative, cutting-edge solutions integrating advanced technologies. Our team of over 245 professionals is committed to continuous improvement, holding a range of esteemed AWS certifications that demonstrate our expertise in cloud architecture, DevOps, and storage solutions. We have further solidified our expertise by achieving the AWS Storage Competency, enabling us to provide tailored solutions for our valued clients in multi-cloud environments. By constantly upgrading our portfolio of solutions and skills, we stay ahead of the curve in the fast-changing digital world, ensuring our clients receive the best possible support.

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Conclusion

The implementation of AWS Transit Gateway, Elastic Load Balancer, EC2 instances, and Site-to-Site VPN by Galaxy Office Automation significantly enhanced BCCI’s IT infrastructure. This solution reduced network complexity, increased traffic handling capacity by 200%, and maintained 99.99% uptime. These improvements ensured high-quality, uninterrupted services for BCCI’s global audience, showcasing Galaxy’s expertise in delivering reliable and efficient technology solutions.

To know more about the solution

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Implementation of AWS site-to-site VPN using bgp for Ideaforge Technology Ltd

Posted on by Marketing

About the Customer

ideaForge is the pioneer and the pre-eminent market leader in the Indian unmanned aircraft systems (UAS) market. ideaForge had the largest operational deployment of indigenous UAVs across India, with an ideaForge manufactured drone taking off every five minutes for surveillance and mapping on an average. ideaForge customers have completed over 5,00,000 flights using UAVs. ideaForge ranked 5th globally in the dual-use category (civil and defense) drone manufacturers as per the report published by Drone Industry Insights in December 2023.

Challenge

ideaForge encountered a critical challenge in ensuring secure and efficient connectivity between their on-premises location or Data Center to AWS cloud infrastructure.

The primary concerns included:

  • Establishing dynamic and robust routing for seamless data transfer.
  • Ensuring high availability and redundancy.
  • Maintaining low latency and high performance for critical application access.
  • Simplifying network management and operational overhead.

These challenges were pivotal as they directly influenced ideaForge’s operational efficiency, data security, and ability to deliver timely UAV data to their clients.

The ideaForge wanted to protect network traffic both inside AWS and between their on-premises location and AWS resources.

As part of achieving the goal, ideaForge began by transforming its infrastructure from a fleet of servers and systems which are on-premises to a hybrid architecture that leverages cloud-based infrastructure as a service.

Our Solution

Galaxy, as a trusted Cloud IT partner, provided a robust solution by implementing an AWS Site-to-Site VPN with BGP (Border Gateway Protocol) routing. This solution facilitated secure, scalable, and dynamic connectivity between ideaForge’s on-premises location or Data Center to AWS infrastructure.

Key components of the solution included:

AWS Site-to-Site VPN with BGP Routing

Establishing a secure IPSec VPN connection and using BGP for dynamic routing between ideaForge’s on-premises network and AWS VPC (Virtual Private Cloud).

High Availability and Redundancy

Configuring redundant VPN tunnels with BGP sessions to ensure failover capabilities and continuous uptime.

Optimized Performance

Utilizing AWS VPN to enhance bandwidth and minimize latency where necessary.

Simplified Management

Leveraging AWS’s management tools to monitor and manage BGP routing and VPN connections, ensuring minimal downtime and efficient network operations.

Robust monitoring

AWS Site-to-Site VPN gives visibility into local and remote network health and monitors the reliability and performance of VPN connections by integrating with Amazon CloudWatch.

Customization

It provides tunnel customization options such as inside tunnel IP address, pre-shared key, and Border Gateway Protocol Autonomous System Number (BGP ASN).

Network Address Translation (NAT) Traversal

It supports NAT Traversal applications, allowing you to use private IP addresses behind routers on private networks with a single public IP address facing the internet.

Results and Benefits

The implementation of the AWS Site-to-Site VPN with BGP routing resulted in several significant benefits for ideaForge:

Enhanced Security

The encrypted VPN connection ensured that all data transfers between on-premises and AWS Infrastructure were secure.

                                                                                               

Dynamic Routing

BGP routing enabled automatic route updates and failover, ensuring continuous and reliable connectivity even during network changes or disruptions.

Improved Performance

Optimized network performance leading to faster data transfers and significantly improved application performance.

High Availability & Redundancy

Implemented redundancy to avoid single points of failure, with multiple VPN connections and careful failover configurations using BGP dynamic routing.

Increased Reliability

The high availability configuration with redundant VPN tunnels and BGP sessions ensured continuous network uptime which is 99% and reliability.

Operational Efficiency

Simplified network management with a centralized and automated routing solution, reducing administrative overhead by 50%, allowing them to focus on core business activities.

  • Scenario:

Before Implementation: Administrators perform network checks and updates twice a week, taking 2 hours each session.

Total time per week: 2 sessions * 2 hours = 4 hours

  • After Implementation:

With the new solution, administrators only need to perform these tasks once a week.

Total time per week: 1 session * 2 hours = 2 hours

  • Calculation:

Weekly Time Savings: 4 hours – 2 hours = 2 hours saved per week

Annual Time Savings: 2 hours/week * 52 weeks = 104 hours saved per year

Scalability

The solution provided a scalable framework to accommodate ideaForge’s growing network and data transfer needs as their operations expanded.

About Galaxy Office Automation Private Limited

With 36 years of experience in driving digital transformation, Galaxy Office Automation Pvt. Ltd is a trusted technology solutions provider that delivers innovative, cutting-edge solutions integrating advanced technologies. Our team of over 245 professionals is committed to continuous improvement, holding a range of esteemed AWS certifications that demonstrate our expertise in cloud architecture, DevOps, and storage solutions. We have further solidified our expertise by achieving the AWS Storage Competency, enabling us to provide tailored solutions for our valued clients in multi-cloud environments. By constantly upgrading our portfolio of solutions and skills, we stay ahead of the curve in the fast-changing digital world, ensuring our clients receive the best possible support.

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Conclusion

The implementation of the AWS Site-to-Site VPN with BGP routing has been a game-changer for ideaForge. By addressing their security, reliability, performance, and scalability challenges, Galaxy successfully provided a solution that significantly enhanced ideaForge’s network infrastructure. The result was a 50% reduction in administrative overhead. These improvements have enabled ideaForge to achieve faster data transfers, improved application performance, and seamless scalability, positioning them for continued growth and success in their industry.

 

To know more about the solution

Contact Us

Implementation of Cloudwatch and Cloudtrail for Monitoring and Logging

Posted on by Marketing

About the Company

Implementation of Cloudwatch and Cloudtrail for Monitoring and Logging

  • Client: IN10 Media BCCI
  • Industry: Media and News
  • AWS Services Used: AWS CloudWatch, AWS CloudTrail, AWS Lambda, AWS SNS, AWS EventBridge

Challenges: IN10 Media BCCI operates a dynamic news platform that requires real-time monitoring and comprehensive logging to ensure high availability, security, and performance.

The previous infrastructure lacks comprehensive monitoring and logging capabilities, resulting in difficulties in tracking application performance, identifying security issues, and maintaining compliance, delayed Incident Response, Manual Monitoring, Limited Insight into Changes, Difficulty Diagnosing Performance Issues.

Objectives

1.Enhance Monitoring: Implement AWS CloudWatch to provide real-time monitoring of the infrastructure and applications.

2.Improve Logging: Implement AWS CloudTrail to log all API activities and track user actions for security and compliance.

3.Optimize Performance: Use the insights from monitoring and logging to optimize the performance of the infrastructure and applications.

4.Ensure Security: Enhance the security posture by tracking and analysing access and activity logs.

5.Facilitate Troubleshooting: Enable faster and more efficient troubleshooting by providing detailed logs and metrics.

Data Migration

Optimizing the migration process to minimize downtime and ensure data integrity while transferring large volumes of data (100 GB) securely and efficiently from on-premises servers to AWS.

Network Integration

Configuring and managing a robust network infrastructure to
establish secure and reliable connections between on-premises data centers and AWS infrastructure, ensuring minimal latency and maximum uptime.

Scalability

Designing and implementing a scalable storage architecture that can seamlessly accommodate the expected growth of data volumes into terabytes, while ensuring high availability and performance

Performance

 Maintaining high data availability and performance consistency across distributed networks

AWS CloudWatch Implementation

1.Real-Time Monitoring:
• We have set up CloudWatch dashboards to visualize system performance metrics.
• Configured CloudWatch Alarms to notify the operations team of any anomalies or threshold breaches.

2.Custom Metrics:
• We have created custom CloudWatch metrics for specific application parameters.
• Integrated CloudWatch with existing applications to push custom logs and metrics.

3.Logs and Metrics Analysis:
• We have utilized CloudWatch Logs to aggregate, monitor, and store log files from various sources.
• We implemented CloudWatch Log Insights for querying and analysing log data.

Data Migration

Optimizing the migration process to minimize downtime and ensure data integrity while transferring large volumes of data (100 GB) securely and efficiently from on-premises servers to AWS.

Network Integration

Configuring and managing a robust network infrastructure to
establish secure and reliable connections between on-premises data centers and AWS infrastructure, ensuring minimal latency and maximum uptime.

Scalability

Designing and implementing a scalable storage architecture that can seamlessly accommodate the expected growth of data volumes into terabytes, while ensuring high availability and performance

Performance

 Maintaining high data availability and performance consistency across distributed networks

AWS CloudTrail Implementation

1.API Activity Logging:
• Enabled CloudTrail across all AWS accounts to log API calls: We implemented CloudTrail across all AWS accounts to comprehensively record all API activity.
• We have configured CloudTrail to capture details about API requests: CloudTrail is configured to capture granular details about API requests, including the source IP address, timestamp, and request parameters.

2.Security and Compliance:
• We have set up CloudTrail logs to monitor for security threats and compliance breaches: CloudTrail logs are continuously monitored to detect potential security threats and ensure compliance with relevant regulations.
• We integrated CloudTrail with AWS Config to track resource configurations and changes: CloudTrail is integrated with AWS Config to provide a comprehensive view of resource configurations and track any changes made.

3.Centralized Logging:
• We have aggregated CloudTrail logs in a centralized S3 bucket for easy access and long-term storage: CloudTrail logs are aggregated within a centralized S3 bucket for efficient access and long-term archival purposes.
• Enabled log file validation to ensure the integrity and authenticity of log files: Log file validation is enabled to guarantee the integrity and authenticity of CloudTrail logs.

4.Analysis and Alerting:
• We have used AWS Lambda to process CloudTrail logs and trigger alerts based on specific events: AWS Lambda functions are utilized to process CloudTrail logs and trigger automated alerts based on predefined security events.
• We have integrated CloudTrail with AWS SNS to notify the security team of any suspicious activities: CloudTrail is integrated with AWS SNS to deliver real-time notifications to the security team regarding any suspicious activities identified in the logs.

Customer Example

CloudWatch Alarms for BCCI Account
• To enhance infrastructure monitoring and ensure proactive management of the BCCI account, we have implemented a comprehensive set of CloudWatch alarms. These alarms are designed to alert the team to critical changes in various metrics, helping to maintain optimal performance and quickly address any issues.

Instance Health and Performance:
• For CPU utilization, alarms were configured with thresholds at different levels for various servers: one alarm was set to trigger at greater than 90%, another at greater than 80%, and a third at 50%. This tiered approach allows for proactive management of server load and helps prevent potential performance degradation.
• Memory utilization alarms were established with thresholds at greater than 90% and greater than 80%. These alarms enable timely identification and resolution of memory-related issues, ensuring smooth operation of applications and services.
• To monitor disk space, root disk utilization alarms were set with thresholds at greater than 90% and greater than 80%. This ensures that disk usage is kept in check, preventing storage-related disruptions.
• Additionally, alarms for HTTP errors were configured to monitor the health of web services. An alarm was set for 4XX errors with a threshold of 50 errors, and another for 5XX errors with a threshold of 10 errors. These alarms help quickly identify and address client-side and server-side issues, respectively, maintaining a high level of service availability and user satisfaction.
• Email notifications for IN10 Media BCCI’s pipeline actions and stages, ensuring that all critical events are promptly communicated via AWS SNS (Simple Notification Service) by email. The notifications cover various aspects of pipeline execution, including: Succeeded, Failed, canceled, Approved etc. These notifications ensure that IN10 Media BCCI’s team stays informed about the status of their CI/CD pipelines, enabling them to take prompt action when necessary to maintain seamless and efficient operations.
• We have developed a series of CloudWatch dashboards specifically designed for our customer, BCCI, to enhance their infrastructure monitoring capabilities. These dashboards provide comprehensive insights into various aspects of their system, enabling them to maintain optimal performance and quickly address any issues that arise. Below is a summary of the dashboards we have created for BCCI:

• BCCI-PreProd-Dashboard: Monitors the pre-production environment, providing visibility into the system’s health and performance before any changes are deployed to the production environment.
• BCCI-PROD: Focuses on the production environment, offering real-time monitoring and alerting to ensure the live system runs smoothly.
• BCCI-Prod-Dashboard: Another key dashboard for the production environment, providing detailed metrics and visualization to help in analyzing the production system’s performance.
• EC2-Uptime: Tracks the uptime and availability of EC2 instances, ensuring that the virtual servers are operational and performing as expected.
• IN10Media-Cloudwatch-Dashboard: Custom dashboard tailored for the IN10Media service, offering monitoring and insights relevant to its specific infrastructure needs.
• IPL-CloudWatch-Dashboard: Designed for the IPL infrastructure, this dashboard helps in monitoring the various components and services associated with the IPL operations.
• IPL-POLLS: Provides monitoring for polling services related to IPL, offering insights into their performance and reliability.
• IPL-PROD: Focuses on the IPL production environment, ensuring that all live services are running smoothly and providing real-time performance metrics.
• IPL-PreProd-Dashboard: Monitors the IPL pre-production environment, giving visibility into system performance and stability before changes are rolled out to production.

These dashboards are accessible via the shared link: CloudWatch Dashboards for BCCI, where you can view and interact with them to gain detailed insights into the performance and health of AWS infrastructure.

Customer Example: IN10 Media Network BCCI

EC2 Instance State Change Notification Automation using Cloudtrail API
We have implemented a sophisticated automation solution using Amazon EventBridge, AWS Lambda, and Amazon SNS. This setup ensures that any changes in the state of EC2 instances such as starting, stopping, or terminating—are promptly communicated to the relevant stakeholders via email.

EventBridge Configuration:
• We have set up Amazon EventBridge (formerly known as CloudWatch Events) to monitor API calls made to AWS CloudTrail. This enables us to capture detailed events related to EC2 instance state changes.
• Specifically, EventBridge rules are configured to listen for EC2 state transition events, such as when an instance is started, stopped, or terminated.

CloudTrail Integration:
• AWS CloudTrail captures API activity across the AWS environment, including actions related to EC2 instances. CloudTrail logs are used as the event source for EventBridge, providing detailed context about the state changes.

Lambda Function:
• When EventBridge detects an EC2 state change event, it triggers an AWS Lambda function. This Lambda function processes the event data, extracting key details such as the instance ID, previous state, and new state.
• The function then formats this information into a structured message suitable for notification.

Amazon SNS Notification:
• The Lambda function publishes the formatted message to an Amazon SNS topic. SNS is used to send notifications via email to a predefined list of recipients.

Success Metrics:

Performance Optimization:
• Reduced Downtime: Real-time monitoring and alerts reduced system downtime by 40%.
• Improved Performance: Insights from custom metrics and logs helped in optimizing application performance, resulting in a 30% improvement in response times.

Enhanced Security:

• Improved Threat Detection: Continuous monitoring of API activities and access logs improved threat detection and response time.
• Compliance: Ensured compliance with industry standards by maintaining detailed logs of all activities.

Operational Efficiency:

• Faster Troubleshooting: Detailed logs and real-time monitoring facilitated faster identification and resolution of issues, reducing troubleshooting time by 50%.
• Scalability: The scalable nature of CloudWatch and CloudTrail allowed IN10 Media BCCI to handle increased traffic and expand its infrastructure seamlessly.
• Reduction in Manual Monitoring Effort: Manual monitoring efforts have been reduced by 75%, as automated notifications provide immediate awareness of EC2 state changes.
• Number of EC2 State Change Events Captured: 100% of EC2 state change events (start, stop, terminate) are accurately captured by EventBridge.

Conclusion

The implementation of AWS CloudWatch and CloudTrail by Galaxy Office Automation Pvt Ltd significantly enhanced IN10 Media BCCI’s monitoring and logging capabilities. This project not only improved system performance and security but also ensured compliance and operational efficiency. The successful deployment of these AWS services has positioned IN10 Media BCCI to better handle its growing user base and dynamic content demands.

To know more about the solution

Contact Us

Implementing AWS Code Commit for MMCM

Posted on by Marketing

About the Company

Implementation of AWS Code Commit and Code Pipeline for MMCM

  • Client: Meta Materials Circular Markets Pvt Ltd (MMCM)
  • Services Provided: AWS Integration and Code Management
  • Services Used: AWS CodeCommit, AWS Code Pipeline, IAM, MFA, KMS, AWS Cloudtrail

MMCM is an automotive based company. It is an Envirotech enterprise providing all-round solutions for end-of-life vehicles (ELV).

Source control systems are integral to modern DevOps practices. They facilitate version control, enable concurrent development, and maintain a detailed history of all modifications. AWS CodeCommit is a version control service hosted by Amazon Web Services (AWS) that you can use to privately store and manage assets such as documents, source code, and binary files. It is an in-house repository or infrastructure that hold repositories. AWS CodeCommit basically gives you an environment where we can actually go ahead and commit our code, code pushes it or pull it.

To ensure secure collaboration on both frontend and backend files for their “digielv” application, we implemented AWS Code Commit as a source control for their web application.

With AWS CodePipeline, every code commit to CodeCommit triggers an automated build, test, and deployment workflow, ensuring that changes are validated and deployed efficiently. This integration enhances development agility by streamlining the delivery pipeline, reducing manual intervention, and maintaining a consistent and reliable deployment process for MMCM’s application

Challenges

1.Version Control Issues: Difficulty in managing versions of code, leading to potential overwrites and loss of work.

2.Collaboration Barriers: Inefficient collaboration among team members due to lack of a centralized repository.

3.Manual Backup Management: Risk of data loss due to reliance on manual backups and lack of automated versioning.

4.Scalability Concerns: Problems scaling the codebase management as the team and project grow.
5.Security Risks: Inadequate security controls and access management for code repositories.

Data Migration

Optimizing the migration process to minimize downtime and ensure data integrity while transferring large volumes of data (100 GB) securely and efficiently from on-premises servers to AWS.

Network Integration

Configuring and managing a robust network infrastructure to
establish secure and reliable connections between on-premises data centers and AWS infrastructure, ensuring minimal latency and maximum uptime.

Scalability

Designing and implementing a scalable storage architecture that can seamlessly accommodate the expected growth of data volumes into terabytes, while ensuring high availability and performance

Performance

 Maintaining high data availability and performance consistency across distributed networks

Objectives

  • Secure and Scalable Source Control: MMCM needed a reliable and secure environment for collaborative coding, capable of scaling with their project demands.
  • Enhanced DevOps Integration: The MMCM wanted to streamline their continuous integration and continuous deployment (CI/CD) processes by integrating closely with other AWS services.
  • Establish a fully automated pipeline to streamline build, test, and deployment processes
  • Implement IAM-based access control to restrict direct access to production environments.
  • Improved Development Efficiency: The aim was to improve overall code quality and team collaboration through advanced source control features.
  • Roll back automatically in case of deployment failures.
Data Migration

Optimizing the migration process to minimize downtime and ensure data integrity while transferring large volumes of data (100 GB) securely and efficiently from on-premises servers to AWS.

Network Integration

Configuring and managing a robust network infrastructure to
establish secure and reliable connections between on-premises data centers and AWS infrastructure, ensuring minimal latency and maximum uptime.

Scalability

Designing and implementing a scalable storage architecture that can seamlessly accommodate the expected growth of data volumes into terabytes, while ensuring high availability and performance

Performance

 Maintaining high data availability and performance consistency across distributed networks

Success Metrics

  1. Enhanced Security Compliance
  • Security Incidents: Tracking the frequency and severity of security incidents can indicate improved security measures.
  • Example Metric: 50% Reduction in security incidents due to stringent IAM controls and automatic encryption provided by CodeCommit.
  1. Developer Productivity
  • Time to Release: Measures the time from code commit to production deployment.
  • Example Metric: 25% improvement in deployment frequency, enabling more frequent updates and quicker feature rollouts.
  1. System Downtime and Reliability
  • Availability: Tracking the uptime of the version control system.
  • Example Metric: Achieving 99.99% uptime, compared to 99.95% with GitHub, reflecting higher reliability in AWS’s infrastructure
  1. Deployment Frequency
  • Metric: Increased deployments from weekly to multiple times per day.
  • Solution: We utilized AWS CodePipeline to automate the build, test, and deploy processes. Enabled parallel stages for faster delivery and integrate triggers to start the pipeline automatically on code changes.
Data Migration

Optimizing the migration process to minimize downtime and ensure data integrity while transferring large volumes of data (100 GB) securely and efficiently from on-premises servers to AWS.

Network Integration

Configuring and managing a robust network infrastructure to
establish secure and reliable connections between on-premises data centers and AWS infrastructure, ensuring minimal latency and maximum uptime.

Scalability

Designing and implementing a scalable storage architecture that can seamlessly accommodate the expected growth of data volumes into terabytes, while ensuring high availability and performance

Performance

 Maintaining high data availability and performance consistency across distributed networks

Results

  • Increased Development Efficiency: The transition to AWS CodeCommit reduced the code integration time by 20%, thanks to automated workflows and better collaboration tools.
  • Enhanced Security and Compliance: With advanced encryption and detailed access controls, MMCM experienced a significant improvement in their security posture.

How Galaxy Successfully Solved the Company’s Challenges

Security Practices and Configurations Implemented

1.IAM Role Configuration

• Galaxy used AWS Identity and Access Management (IAM) to create granular roles and policies, specifying who could access the CodeCommit repositories and what actions they were authorized to perform. This included:

• Least Privilege Principle: Each role was configured to have the minimum necessary permissions, reducing potential security risks.

• Role-Based Access Control (RBAC): Roles were assigned based on team function, ensuring developers, testers, and admins had appropriate access levels.

2.Encryption at Rest and in Transit

To protect the code from unauthorized access, Galaxy implemented:

•Encryption at Rest: Utilizing AWS Key Management Service (KMS), all data stored in CodeCommit was encrypted using customer-managed keys, providing an additional layer of security and control.

•Encryption in Transit: All data transmitted to and from AWS CodeCommit was encrypted using TLS (Transport Layer Security), safeguarding data as it moved across networks.

•Multi-Factor Authentication (MFA): Galaxy enforced Multi-Factor Authentication for all users accessing the CodeCommit repositories. This practice added an extra verification step to prevent unauthorized access, particularly important when dealing with sensitive or critical project data.

3.Regular Audits and Monitoring

•CloudTrail Integration: AWS CloudTrail was enabled to log all activity in CodeCommit, including detailed information about API calls. This allowed for continuous monitoring and auditing of repository access and changes.

•Real-Time Alerts: Using Amazon CloudWatch and Zabbix , Galaxy set up alerts for any unusual or unauthorized access patterns, such as access at odd hours or rapid changes in repository contents.

Results

1.Reduction in Operational Costs

Cost Savings: Using AWS CodeCommit might reduce costs related to repository management due to AWS’s pricing structure, particularly for private repositories and larger teams.
Example Metric: 30% reduction in monthly costs compared to using GitHub, considering AWS’s pricing tiers and free allowances for certain levels of usage.

2.Enhanced Security Compliance

Security Incidents: Tracking the frequency and severity of security incidents can indicate improved security measures.
Example Metric: 40% reduction in security incidents due to stringent IAM controls and automatic encryption provided by CodeCommit.

 3.Developer Productivity

Time to Release: Measures the time from code commit to production deployment.
Example Metric: 25% improvement in deployment frequency, enabling more frequent updates and quicker feature rollouts.
Developer Engagement: Tracking how actively and frequently developers commit changes can indicate higher engagement and productivity.
Example Metric: 15% increase in daily commits per developer, suggesting better tooling and integration ease with AWS CodeCommit.

 4.System Downtime and Reliability

Availability: Tracking the uptime of the version control system.
Example Metric: Achieving 99.99% uptime, compared to 99.95% with GitHub, reflecting higher reliability in AWS’s infrastructure.
Incident Response Time: The time taken to resolve issues that arise.
Example Metric: 50% improvement in incident response time due to AWS’s integrated monitoring and alerting tools.

5.Cost Efficiency in Data Transfer and Storage

Data Transfer Costs: Given AWS’s pricing model, transferring data within the AWS ecosystem (e.g., between CodeCommit and EC2 or CodeBuild) might be more cost-effective.
Example Metric: 20% reduction in data transfer costs due to intra-AWS data transfers not incurring external bandwidth fees.

Results

1.Increased Development Efficiency: The transition to AWS CodeCommit reduced the code integration time by 30%, thanks to automated workflows and better collaboration tools.

2.Enhanced Security and Compliance: With advanced encryption and detailed access controls, MMCM experienced a significant improvement in their security posture.

3.Scalability and Reliability: The ability to scale seamlessly with project demands without compromising on performance or availability was a key outcome of implementing CodeCommit.

Conclusion

AWS CodeCommit proved to be a strategic asset for MMCM, aligning with their needs for a secure, scalable, and integrated development environment. The success of this implementation has set a precedent for future projects, positioning MMCM to leverage AWS technologies to their full potential.

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Implementation of Amazon EFS for ideaForge Technology Ltd

Posted on by Marketing

About the Company

Implementation of Amazon EFS for ideaForge Technology Ltd

  • Client: ideaForge Technology Ltd

ideaForge is a design-focused UAV manufacturer developing drone solutions for a variety of application .

  • Industry Vertical : Drone Solution and UAV Manufacturer

Galaxy Office Automation Team was tasked with implementing Amazon Elastic File System (EFS) to enhance the data storage capabilities for their client, ideaForge Technology Ltd. The primary objective was to set up a robust, scalable, and secure storage system on AWS EC2 instances that could seamlessly integrate with the client’s on-premises infrastructure using a site-to-site VPN.

Challenge

1. Data Migration: Optimizing the migration process to minimize downtime and ensure
data integrity while transferring large volumes of data (100 GB) securely and
efficiently from on-premises servers to AWS.
2. Network Integration: Configuring and managing a robust network infrastructure to
establish secure and reliable connections between on-premises data centers and AWS
infrastructure, ensuring minimal latency and maximum uptime.
3. Scalability: Designing and implementing a scalable storage architecture that can
seamlessly accommodate the expected growth of data volumes into terabytes, while
ensuring high availability and performance.
4. Performance: Maintaining high data availability and performance consistency across
distributed networks.

Data Migration

Optimizing the migration process to minimize downtime and ensure data integrity while transferring large volumes of data (100 GB) securely and efficiently from on-premises servers to AWS.

Network Integration

Configuring and managing a robust network infrastructure to
establish secure and reliable connections between on-premises data centers and AWS infrastructure, ensuring minimal latency and maximum uptime.

Scalability

Designing and implementing a scalable storage architecture that can seamlessly accommodate the expected growth of data volumes into terabytes, while ensuring high availability and performance

Performance

 Maintaining high data availability and performance consistency across distributed networks

Solution

The Galaxy Office Automation Team designed and implemented a solution using Amazon EFS for scalable file storage connected to EC2 instances in the AWS cloud. The steps and technologies involved included:

Amazon EFS Setup

Configured Amazon EFS to provide a scalable file storage system. EFS was chosen for its ease of use, scalability, and performance.

EC2 Configuration

Deployed several EC2 instances that would connect to the EFS for storing and retrieving data. These instances were configured to scale based on the load and data access patterns

VPN Configuration

 Implemented an AWS Site-to-Site VPN to securely connect the client’s on-premises data centre to the AWS VPC. This ensured encrypted data
transfers and maintained data integrity.

Data Migration

Migrated 100 GB of data from the on-premises servers to the Amazon EFS using secure and reliable data transfer methods. Initial tests were
conducted to ensure data integrity and performance.

Systems Manager Session Manager for Automation

Utilized Systems Manager
Session Manager to automate and streamline the management of EC2 instances and other resources within the AWS environment.

Monitoring and Management

We have Set up AWS CloudWatch alarm for
monitoring the Storage of the EFS for threshold of 80 % and EC2 instances CPU utilization set to 80 % threshold and using SNS service we will get Email notification
about this alarm.

Security

Implemented AWS security best practices, including network access control lists, security groups, and IAM policies to ensure the data is protected against
unauthorized access.

Amazon Elastic File System (EFS)

Amazon Elastic File System (EFS) is a cloud-based file storage service provided by Amazon Web Services (AWS) that offers several significant advantages for businesses and developers. Here are some of the key reasons why EFS is important and beneficial:

Scalability

EFS is designed to scale on demand to petabytes without disrupting
applications, making it ideal for workloads and applications that require large amounts of data storage. This automatic scaling eliminates the need for manual intervention in storage provisioning and management.

Simplicity

EFS is easy to use and can be set up in minutes. It eliminates the
complexity associated with deploying, scaling, and maintaining a distributed file system. Users can simply create an EFS file system and start using it without detailed knowledge of the underlying infrastructure

Performance

EFS offers high-performance file storage with low latencies, which is
crucial for performance-sensitive applications. It supports thousands of concurrent
NFS connections and delivers consistent performance, which is vital for applications
with high throughput needs

Durability and Availability

EFS is designed to be highly durable and available. It
automatically replicates files across multiple availability zones to prevent data loss
due to failures of individual components or an entire data centre.

Elasticity

The storage capacity used and the performance scale automatically with
the amount of data stored, which means you pay only for the storage you use. This can lead to cost savings compared to provisioning storage with a fixed capacity that
may not be fully utilized.

Shared Access

EFS allows multiple EC2 instances to access the file system
simultaneously, making it a great solution for applications and workloads that require
file storage accessible by multiple instances. This is particularly useful for SaaS
applications and content management systems.

Integration

EFS integrates well with other AWS services such as Amazon EC2 and
AWS Lambda, allowing businesses to build and deploy a wide range of applications
and services. It supports standard file system interfaces and permissions, which makes
it easy to integrate with existing applications.

Security

EFS provides robust security features that allow users to control access to
files using POSIX permissions. It supports AWS Identity and Access Management (IAM) for managing access to the EFS API and can be used with Virtual Private
Cloud (VPC) to isolate file system network traffic.

Cost-Effective

With its pay-as-you-go model, EFS can be more cost-effective than
on-premises solutions, especially when factoring in the costs associated with
hardware maintenance, power, cooling, and administration.

Backup and Recovery

EFS integrates with AWS Backup, making it easy to create and manage backups of file systems. These backups can be used for disaster recovery
purposes, ensuring that critical data can be restored quickly and reliably

Success Metrics

Amazon Elastic File System (EFS) is a cloud-based file storage service provided by Amazon Web Services (AWS) that offers several significant advantages for businesses and developers. Here are some of the key reasons why EFS is important and beneficial:

Performance Improvement

• Following the implementation of Amazon EFS, we observed a significant reduction in data access times. Previously, accessing approximately 10-15 GB of data took 15-20 minutes, but after transitioning to EFS, this time was reduced to just 2-3 minutes.
• Initially, SATA Hard Disk Drives (HDDs) typically deliver an IOPS range of about 80-150. In contrast, Amazon Elastic File System (EFS), even in its General-Purpose mode, provides substantially higher IOPS. For instance, with 100 GB of stored data, EFS can deliver around 5,000 IOPS. This performance can increase significantly when configured in Max I/O mode and as more data is stored,

Cost Efficiency

• No Upfront Costs: With EFS, there are no upfront costs or investments required for purchasing hardware or provisioning storage infrastructure. This eliminates the need for significant upfront CapEx expenditures typically associated with building and managing on-premises storage solutions.
• Managed Service: Amazon EFS drives operational expenditure (OpEx) savings by offering a fully managed storage solution, sparing the need for dedicated staff, hardware upkeep, and ongoing management. With its automated scalability and seamless integration with AWS services, EFS streamlines operations, allowing organizations to focus on core activities while ensuring cost-effectiveness in their storage infrastructure.

Comparison of storage costs before and after implementing EFS, considering scalability and pay-as-you-go features.

Reduction in operational costs related to maintenance of on-premises storage solutions.
On-Premises Storage Costs:
• Initial Setup Costs: $500 to $800
• Ongoing Yearly Operational Costs: $100 to $300
Total cost for the first year (assuming the minimum setup cost):
• Initial Setup: $500
• Yearly Operational: $100
• Total for 1 year: $500 + $100 = $600
AWS EFS Costs:
• Monthly Cost: $10
• Yearly Cost: $10 x 12 = $120
Cost Comparison
1. Minimum On-Premises Cost for 1 Year: $600
2. AWS EFS Cost for 1 Year: $120
Percentage Comparison
• AWS EFS is significantly cheaper than on-premises storage, costing only about  10.91% to 20% of the on-premises setup, depending on the initial investment and
operational costs

Scalability and Flexibility

1. Ability to scale storage capacity up or down easily without significant
downtime or manual intervention.
2. Number of workloads or applications successfully migrated to EFS without
disruption.

How Galaxy Successfully Solved the Company’s Challenges

Implementation

• Data Volume: Initial audits showed 20 TB of data, predominantly consisting of large media files and application data.
• Performance Requirements: The existing system experienced access delays (15-20 minutes for large data batches), which needed significant improvement.
• Cost Structure: Ongoing maintenance and hardware costs were escalating, necessitating a more cost-efficient solution.
• EFS Configuration: Chose the General Purpose performance mode and the bursting throughput mode to optimize for the company’s workload, which involves frequent access to media files.
• Network Design: Established a secure AWS Site-to-Site VPN connection between the on-premises data center and AWS to ensure secure data transfer.
• VPN Setup: Configured the AWS Site-to-Site VPN for a secure and reliable connection to facilitate the data transfer.
• Secure Access: Use Systems Manager Session Manager for secure, encrypted shell access to EC2 instances, eliminating the need for managing SSH keys.
• Data Integrity Checks: Conducted comprehensive tests to ensure data integrity and completeness post-migration.

Results

• The implementation of Amazon EFS for ideaForge Technology Ltd resulted in several immediate benefits:
• Scalability: The solution proved to be highly scalable, handling the initial load of 100 GB efficiently with provisions to scale up to several terabytes in the future.
• Performance: There was a noticeable improvement in data access speeds and reliability, facilitating smoother operations for the client.
• Security: Enhanced security measures ensured that all data transferred remained secure across both on-premises and cloud environments.
• Cost-Effectiveness: By using Amazon EFS, the client could leverage a pay-as-you-go model, saving on upfront capital expenditures while benefiting from AWS’s scalable
infrastructure.

Future Plans

The Galaxy Office Automation Team has laid down a scalable foundation that can efficiently handle an increase in data storage needs. In the future, the data stored on Amazon EFS is expected to grow into terabytes, and the infrastructure is designed to accommodate this growth seamlessly. Further integrations and optimizations are planned as the data and access patterns evolve.
We have successfully migrated important production data from on-premises storage to Amazon EFS. We plan to migrate the remaining data, approximately 4 to 5 TB, in the next few months.

Conclusion

The successful implementation of Amazon EFS for ideaForge Technology Ltd by the Galaxy Office Automation Team showcased migration to EFS, the organization streamlined data management across multiple AWS services, achieving an elasticity that allowed storage to automatically adjust from 100 GB to 500 GB based on user demand. This integration facilitated a 40% reduction in latency and a 20% cost savings compared to their previous on-premises solution.

Testimonial

“AWS EFS’s scalability is impressive. As our data storage requirements grow, EFS automatically scales to meet our needs without any manual intervention. This flexibility allows us to focus on our core business operations without worrying about storage limitations”

IT Manager

Cloud Manager at ideaForge Pvt. Ltd

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Galaxy Office Automation Pvt Ltd Drives Performance and Efficiency with EBS Volumes for EXFO

Posted on by Marketing

About the Company

Galaxy Office Automation Pvt Ltd Drives
Performance and Efficiency with EBS Volumes for EXFO Electro-Optical Engineering India Pvt Ltd

  • Client: EXFO, a leading provider of test, monitoring, and analytics solutions for global communications service providers
  • Industry: Telecommunications

The Challenge

EXFO’s rapidly growing business and data-intensive workloads demanded high-performance storage solutions. Their existing traditional storage infrastructure was struggling to keep up, leading to performance bottlenecks and operational inefficiencies.

The Solution

Galaxy Office Automation Pvt Ltd, recommended and implemented Amazon Elastic Block Store (EBS) volumes as EXFO’s primary storage solution.

How Galaxy Successfully Solved the Company’s Challenges

Implementation

  • Galaxy Team conducted a thorough assessment of EXFO’s IT environment, storage requirements, and performance needs.
  • Based on the findings, Galaxy Team proposed a migration plan to move EXFO’s critical data and applications to EBS volumes, optimized for their specific workload demands.
  • Galaxy Team experienced engineers seamlessly migrated EXFO’s data to EBS, minimizing downtime and disruption to their operations.

Results

  • Enhanced Performance: EBS volumes delivered significant performance improvements, reducing application response times by up to 50%. EXFO’s engineers and data analysts experienced faster data access and retrieval, boosting their productivity.
  • Increased Scalability and Flexibility: EBS volumes easily scaled to accommodate EXFO’s growing data volume, eliminating the need for frequent hardware upgrades. With EBS, EXFO could provision new storage on-demand, providing agility and flexibility to adapt to changing business needs.
  • Improved Cost Efficiency: EBS pay-per-use model eliminated upfront capital expenditures and ongoing maintenance costs associated with traditional storage solutions. EXFO only paid for the storage they used, leading to significant cost savings.
  • Enhanced Data Availability and Reliability: EBS volumes offer high availability and redundancy features, ensuring EXFO’s critical data is always accessible and protected against hardware failures.
  • Simplified Management: EBS simplifies storage management with an intuitive web interface. EXFO’s IT team gained centralized control over storage provisioning, monitoring, and scaling, reducing administrative overhead.

Benefits

  • High IOPS and throughput: EBS volumes come in various types, each offering different IOPS (Input/Output Operations Per Second) and throughput levels. You can choose the type that best suits your application’s performance needs, ensuring consistent and fast data access. For instance, Provisioned IOPS SSD volumes deliver ultra-low latency for mission-critical applications, while General Purpose SSD volumes offer a balance of performance and cost for everyday workloads.
  • Elastic scalability: EBS volumes can be easily scaled up or down in size on the fly, without downtime or data loss. This allows you to adapt your storage capacity to your evolving needs, eliminating the need for over-provisioning and associated costs.

Overall, EBS volumes offer a compelling solution for primary storage, providing a combination of high performance, scalability, reliability, cost-effectiveness, security, and flexibility. Whether you’re running mission-critical applications or everyday workloads, EBS can help you optimize your storage infrastructure and achieve your business objectives.

Conclusion

This case study showcases how Galaxy Office Automation Pvt Ltd, as a trusted AWS partner, helped EXFO unlock the potential of EBS volumes to optimize their storage infrastructure and achieve significant performance, scalability, and cost benefits. EBS proved to be a perfect fit for EXFO’s demanding workloads, paving the way for their continued success in the telecommunications industry.

Testimonial

“Galaxy Office Automation’s expertise in AWS and their efficient migration process made our transition to EBS volumes seamless and painless. EBS has transformed our storage infrastructure, providing us with the performance, scalability, and cost-efficiency we need to support our continued growth”

IT Manager

EXFO India Pvt Ltd

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Galaxy Office Automation Helps Media Company Optimize S3 Storage for AWS Account

Posted on by Marketing

About the Company

Galaxy Office Automation Pvt Ltd Implements
Commvault Backup for Epic Channel

  • Client: Epic Channel, a leading Media Company for streaming videos.

As Epic Channel data needs grew, relying solely on on-premises backup became impractical. Galaxy Office Automation, leveraging their Commvault expertise, proposed a hybrid solution utilizing Commvault in conjunction with AWS

The Challenge

Epic Channel’s growing business and critical data necessitated a robust and reliable backup solution. Their existing system was manual, time-consuming, and prone to errors.

The Solution

Galaxy Office Automation Pvt Ltd, a Commvault AWS certified partner, recommended and implemented Commvault Complete Backup & Recovery solution.

How Galaxy Successfully Solved the Company’s Challenges

Implementation

  • Galaxy OA conducted a thorough needs assessment to understand Epic Channel’s data environment, backup requirements, and recovery time objectives (RTOs).
  • Commvault Complete Backup & Recovery was deployed seamlessly, integrating with Epic Channel’s existing infrastructure and applications.
  • Galaxy OA trained Epic Channel’s IT staff on Commvault’s user-friendly interface and best practices for data backup and recovery.

Results

  • Streamlined data protection: Commvault automated Epic Channel’s backup processes, eliminating manual tasks and minimizing errors.
  • Enhanced data security: Commvault’s multi-layered security features, including encryption and access controls, safeguard Epic Channel’s sensitive data.
  • Improved data availability: Commvault’s granular recovery capabilities allow Epic Channel to quickly restore individual files, folders, or entire systems, minimizing downtime and data loss.
  • Scalability and flexibility: Commvault scales easily to accommodate Epic Channel’s future data growth and evolving needs.
  • Reduced IT costs: Commvault’s centralized management and automation saved Epic Channel time and resources, lowering IT operational costs.

Benefits

  • Enhanced Data Security: Commvault’s multi-layered security features, including encryption, access controls, and audit trails, safeguard Epic Channel’s data both on-premises and in the cloud.
  • Improved Scalability and Flexibility: The hybrid architecture allows Epic Channel to easily scale their backup capacity and adapt to changing data needs, both on-premises and in the cloud.
  • Reduced Costs: Utilizing cost-effective AWS storage classes and Commvault’s efficient data management features, Epic Channel achieved significant cost savings compared to traditional on-premises backup solutions.
  • Faster Recovery Times: Granular recovery capabilities within Commvault allow Epic Channel to quickly restore individual files, folders, or entire systems, minimizing downtime and data loss.
  • Increased Business Continuity: With backups securely stored in AWS, Epic Channel gained access to disaster recovery capabilities, ensuring business continuity even in the event of on-premises infrastructure failures.

Conclusion

This case study demonstrates how Galaxy Office Automation Pvt Ltd, a Commvault’s helped Epic Channel achieve its data protection goals by implementing Commvault Complete Backup & Recovery. Commvault’s robust features, scalability, and ease of use make it an ideal solution for businesses of all sizes looking to protect their critical data and ensure business continuity.

Testimonial

“Galaxy Office Automation’s expertise in Commvault and their efficient implementation process were instrumental in our successful backup upgrade. Commvault has given us peace of mind knowing our critical data is safe and readily available”

IT Manager

Epic Channel

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Co-operative Bank reduces its operational costs by implementing Datacenter Modernisation

Posted on by akash

The Challenge

This cooperative bank not only have 58 branches, but also boasts of having its own data center. Given the sensitive nature of its business, it was very important for the bank to maximize the uptime of its core banking applications and lower the RPO and RTO in the eventuality of a disaster.

Some of the other challenges were as follows:

 

  • The equipment at the bank’s data center i.e., storage, networking, and servers, was aging and posed a security risk to the bank. It was due for a tech refresh
  • The anti-virus solution was outdated and needed to be upgraded
  • There was a lack of structured cabling, hence troubleshooting time was very high.
  • Backups were done manually with no automated backup facility. There was an urgent need for an automated backup solution
  • Non-existence of a Disaster Recovery (DR) site
  • The firewall rules were not properly configured, which made them prone to a cyberattack
  • Inadequate Business Continuity Planning (BCP)

The Solution

The bank’s evaluation criteria for the selection of a suitable vendor for tech modernization were stringent.  It wanted solutions vendors who were established, and well-known in the market. Competitively priced, the vendors needed to have experience in HCI and the necessary prowess in providing cutting-edge tech services. Sustainability and present market share was also factored in while shortlisting the vendor. The technical team was insistent on the selection of a vendor that had previously implemented the HCI solution for at least two customers in the banking sector. A detailed technical presentation was required from the SIs before they could submit their commercial tenders. A decision was taken in favor of an HCI solution, moving from the erstwhile 3-tier architecture. The reasons for this were many — easy operation, high performance, flexibility in maintenance, and working from a single pane of glass (compute, storage, and network).

The Benefits

Galaxy provided consulting services to the bank to help modernize its data center and its operations with the latest cutting-edge technologies to achieve its IT and financial goals. Highly skilled teams were provided for networking, operations, and security..

Some of the main benefits accruing from the new solution and highlighted by the bank are:

  1. Lenovo Nutanix helped achieve a highly available and scalable compute and storage solution
  2. Bank applications are now protected with local backup copies and secondary DR replicated copy
  3. One-click DR operations (applications can run from the DR Site in no time)
  4. High security with core and perimeter firewall
  5. Improved performance of the applications with the help of an application load balancer
  6. Secured web applications with WAF
  7. Structure network cabling which helps to identify issues quickly
  8. Reduced data center management operational cost
  9. The potential of achieving the ROI within three years
  10. Reduced incidences of an outage with a better customer experience
  11. Reduced time to the market owing to single-click application flow
  12. Better security compliance with this new next-generation setup

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