Compufy Technolab
About Compufy Technolab
Compufy Technolab Services Pvt. Ltd. is a leading Cloud, DevOps, and Database solutions provider empowering businesses to scale, optimize, and innovate in the digital era. With a strong focus on automation, performance, and reliability, we help enterprises modernize their infrastructure and achieve faster, more secure, and cost-efficient IT operations.
Our team of certified professionals specializes in Cloud Consulting (AWS, Azure, GCP), DevOps Implementation, Database Management & Administration, and IT Staff Augmentation. We work as a strategic technology partner, ensuring seamless project execution, reduced downtime, and improved business agility through modern tools and proven practices.
At Compufy, we believe in end-to-end collaboration — from assessment and architecture design to deployment and continuous optimization. Whether you’re migrating to the cloud, setting up CI/CD pipelines, managing mission-critical databases, or expanding your tech team, we deliver solutions tailored to your goals.
Our commitment to transparency, quality, and innovation has earned us long-term partnerships across industries like FinTech, Healthcare, Retail, and SaaS. We don’t just build infrastructure — we build reliability and trust.
Compufy Technolab Services Pvt. Ltd. is a leading Cloud, DevOps, and Database solutions provider empowering businesses to scale, optimize, and innovate in the digital era. With a strong focus on automation, performance, and reliability, we help enterprises modernize their infrastructure and achieve faster, more secure, and cost-efficient IT operations.
Our team of certified professionals specializes in Cloud Consulting (AWS, Azure, GCP), DevOps Implementation, Database Management & Administration, and IT Staff Augmentation. We work as a strategic technology partner, ensuring seamless project execution, reduced downtime, and improved business agility through modern tools and proven practices.
At Compufy, we believe in end-to-end collaboration — from assessment and architecture design to deployment and continuous optimization. Whether you’re migrating to the cloud, setting up CI/CD pipelines, managing mission-critical databases, or expanding your tech team, we deliver solutions tailored to your goals.
Our commitment to transparency, quality, and innovation has earned us long-term partnerships across industries like FinTech, Healthcare, Retail, and SaaS. We don’t just build infrastructure — we build reliability and trust.
Key Insights
Services & Focus
Industry Focus
Client Focus
Portfolio
Strengthening Cloud Security and Monitoring
The client specializes in securing and optimizing cloud infrastructure through advanced tools and proactive monitoring. Their mission is to ensure a resilient, threat-aware cloud environment for enterprise clients.
Challenges
> The client faced several challenges before engaging Compufy Technolab:
> Server Security Management: Difficulty maintaining visibility and integrity across diverse cloud servers.
> Tool Integration: Managing multiple security tools with limited cohesion for incident detection and remediation.
> Collaboration Gaps: Coordinating effectively with server owners for faster issue resolution.
Objectives
Strengthen overall server security and incident response.
Leverage advanced tools for real-time monitoring and vulnerability assessment.
Foster effective collaboration between security and operations teams.
Solution
> Compufy Technolab implemented a multi-layered security monitoring framework combining:
> Wiz for in-depth analysis of cloud infrastructure, identifying misconfigurations and vulnerabilities.
> Splunk for real-time incident monitoring, custom dashboards, and automated alerts to enable proactive response.
> CrowdStrike and VirusTotal for endpoint protection, malware detection, and threat intelligence integration.
> Collaborative resolution workflows established with server owners to accelerate remediation and ensure accountability.
Results
> Enhanced threat visibility through unified monitoring across all servers.
> Accelerated incident response and reduced resolution times.
> Improved security posture, minimizing vulnerabilities and reinforcing compliance standards.
> Strengthened collaboration between technical and security teams, ensuring continuous improvement.
Future Outlook
Compufy recommends ongoing security assessments, tool updates, and team training to maintain resilience against evolving threats. Continuous monitoring and adaptive response will help sustain long-term protection.
Skills:
> Cloud Security
> Amazon Web Services (AWS)
> Microsoft Azure
> DevSecOps
> Threat & Vulnerability Management
> Compliance Management
Strengthening Cloud Security and Monitoring
The client specializes in securing and optimizing cloud infrastructure through advanced tools and proactive monitoring. Their mission is to ensure a resilient, threat-aware cloud environment for enterprise clients.
Challenges
> The client faced several challenges before engaging Compufy Technolab:
> Server Security Management: Difficulty maintaining visibility and integrity across diverse cloud servers.
> Tool Integration: Managing multiple security tools with limited cohesion for incident detection and remediation.
> Collaboration Gaps: Coordinating effectively with server owners for faster issue resolution.
Objectives
Strengthen overall server security and incident response.
Leverage advanced tools for real-time monitoring and vulnerability assessment.
Foster effective collaboration between security and operations teams.
Solution
> Compufy Technolab implemented a multi-layered security monitoring framework combining:
> Wiz for in-depth analysis of cloud infrastructure, identifying misconfigurations and vulnerabilities.
> Splunk for real-time incident monitoring, custom dashboards, and automated alerts to enable proactive response.
> CrowdStrike and VirusTotal for endpoint protection, malware detection, and threat intelligence integration.
> Collaborative resolution workflows established with server owners to accelerate remediation and ensure accountability.
Results
> Enhanced threat visibility through unified monitoring across all servers.
> Accelerated incident response and reduced resolution times.
> Improved security posture, minimizing vulnerabilities and reinforcing compliance standards.
> Strengthened collaboration between technical and security teams, ensuring continuous improvement.
Future Outlook
Compufy recommends ongoing security assessments, tool updates, and team training to maintain resilience against evolving threats. Continuous monitoring and adaptive response will help sustain long-term protection.
Skills:
> Cloud Security
> Amazon Web Services (AWS)
> Microsoft Azure
> DevSecOps
> Threat & Vulnerability Management
> Compliance Management
Streamlining Cloud Monitoring and Management with Secure, Scalable Observability
Client Challenge
The client’s existing monitoring setup was not optimized for their evolving cloud infrastructure. Their previous solution lacked flexibility, required complex configurations, and relied on multiple disconnected tools — leading to inefficiencies and visibility gaps.
Key challenges included:
> Monitoring tools not tailored for cloud-native environments.
> Complex setup and high maintenance overhead.
> Security risks due to unencrypted communication between monitoring servers and targets.
Objectives
The client wanted to:
> Consolidate monitoring and visualization into a single unified platform.
> Automate host registration and simplify configuration management.
> Enable high-performance, real-time monitoring for AWS cloud resources with minimal manual effort.
Our Approach
Compufy Technolab’s Cloud and DevOps team assessed the existing environment and designed a scalable, secure, and automated monitoring framework built around Nagios and AWS-native integrations.
Our team:
> Implemented the AWS Monitoring Template to streamline the setup and reduce configuration complexity.
> Developed secure communication channels between Nagios servers, proxies, and agents using encryption protocols.
> Delivered comprehensive documentation, configuration guidelines, and hands-on knowledge transfer sessions to the client’s internal team.
> Utilized remote collaboration tools and Agile project management practices to ensure efficient implementation within tight timelines.
Results
> Within just one month, the client achieved a fully operational, cloud-optimized monitoring system that:
> Provided centralized observability across all AWS resources.
> Automatically adapted to auto-scaling environments, ensuring continuous visibility of dynamic workloads.
> Significantly improved system reliability, performance insights, and security through encrypted communication.
Skills
> Cloud Computing
> Infrastructure Automation
> Nagios Core
> System Monitoring
> DevOps
> Continuous Integration and Continuous Delivery (CI/CD)
> Collaborative Project Management
> Cross-team Collaboration
> Software Documentation
> Shareholder Communications
> Technical Training
Secure Remote Connectivity
A leading provider of CRM, ERP, business consulting, and analytics solutions, needed a secure way for employees to access internal systems remotely. With increasing client collaboration and remote operations, ensuring data security and seamless connectivity became essential.
Challenges:
> Enable secure, remote access to the company’s internal network.
> Maintain data confidentiality and system integrity while allowing remote collaboration.
> Ensure minimal downtime and optimal performance across distributed teams.
Objective:
> To implement a reliable and secure Virtual Private Network (VPN) solution that allows employees to connect from anywhere, ensuring safe data transfer and uninterrupted business operations.
Solutions Implemented:
> VPN Deployment: Configured a PPTP VPN on CentOS to enable encrypted remote access for employees.
> Network Optimization: Updated router configurations to support GRE packets and established port forwarding for seamless connectivity.
> Security Reinforcement: Implemented encryption protocols to protect sensitive client and internal data.
> Monitoring & Maintenance: Established continuous monitoring for uptime and network performance to ensure reliability.
> Automation: Streamlined recurring network operations to minimize manual intervention and reduce human errors.
Results:
> Enhanced Security: Employees can now securely access the office network from any location.
> Reduced Network Traffic: Optimized data flow for better bandwidth efficiency.
> High Availability: Achieved maximum uptime through proactive monitoring.
> Operational Efficiency: Automation reduced manual tasks and improved productivity.
> Improved Delivery: Secure remote collaboration accelerated service delivery and client satisfaction.
Client Feedback:
“We have been thoroughly impressed by Compufy Technolab’s ability to anticipate our needs and deliver timely services that established a secure infrastructure flawlessly.”
Optimizing Cloud Infrastructure and Data Processing
About the Client
The client needed a reliable, scalable, and cost-effective cloud setup to host multiple websites, manage data-intensive workloads, and improve disaster recovery on AWS. Their existing setup lacked efficiency, automation, and centralized monitoring.
Challenges
> Hosting and maintaining multiple WordPress websites securely on AWS.
> Managing cloud resources with minimal downtime and operational overhead.
> Running high-performance data processing pipelines efficiently and cost-effectively.
Objectives
> Streamline deployment and testing workflows for faster releases.
> Strengthen disaster recovery by improving RPO (Recovery Point Objective) and RTO (Recovery Time Objective).
> Enhance processing speed and reduce storage costs.
Solution
> Compufy Technolab designed and implemented a comprehensive AWS-based infrastructure combining automation, scalability, and cost efficiency.
Key actions included:
> Hosting multiple WordPress sites on separate development and production servers.
> Implementing robust backup and restore automation using shell scripts.
> Designing AWS Batch pipelines for large-scale data processing.
> Integrating AWS EFS and FSx for optimized, shared storage.
> Deploying Docker containers to support multiple processing pipelines.
> Implementing CloudWatch monitoring and alerting for error tracking and pipeline health.
Results
> 40% faster deployments across environments.
> Improved RPO/RTO, ensuring greater website resilience.
> Enhanced processing performance, reducing execution time for data workflows.
> Optimized storage costs with efficient resource utilization.
Ongoing Support
> Compufy continues to assist the client with AWS Batch pipeline maintenance, data processing optimization, and infrastructure management for continuous reliability and performance.
Skills:
> Cloud Computing
> Infrastructure Automation
> DevOps
> Automation
> System Monitoring
> Logging
> Backup & Recovery Systems
> Security Compliance
Optimizing Application Infrastructure with VMware Virtualization
Challenges:
The client hosted multiple applications on a single server and operating system, causing interdependence issues. A failure in one app disrupted all others, impacting development productivity. Managing start/stop processes was complex, and business continuity relied on live applications requiring constant monitoring.
Solution:
We implemented VMware ESX 6.0 to virtualize applications, ensuring isolation, resource optimization, and stable environments. Nagios monitoring was deployed for proactive server health and uptime tracking. Custom automation scripts streamlined application start/stop processes, while synchronized AWS S3 backups enhanced data reliability. Continuous Integration (CI) was introduced to improve deployment quality and product reliability.
Benefits & Results:
> Applications now operate independently, reducing downtime and disruption.
> Proactive monitoring ensures early detection and resolution of issues.
> Automation simplified operations and reduced manual workload.
> AWS S3 backups provide robust disaster recovery and data protection.
> CI implementation improved deployment efficiency, reliability, and overall product quality.
Client Feedback:
"I'm truly impressed! This solution is perfectly tailored to our needs and far surpasses our previous experiences. Thank you for the outstanding service!"
Skills:
> VMWare ESXi
> Nagios Core
> Amazon S3
> Continuous Integration and Continuous Delivery (CI/CD)
> Linux System Administration
Multi-Account Cloud Management and Networking Automation
The client specializes in cloud infrastructure management, security, and networking across AWS and Azure. Their team leverages Terraform automation to deliver secure and scalable cloud environments.
Challenges
> Before partnering with Compufy Technolab, ZeppSec faced key operational hurdles:
> Centralized Log Forwarding: Difficulty managing log forwarding across multiple AWS services using Terraform.
> Networking Across Accounts: Complexities in creating unified networking across multiple AWS accounts.
> Centralized Multi-Account Management: Lack of cohesive governance and visibility over accounts and workloads.
Objectives
> Strengthen and scale their Terraform codebase.
> Conduct R&D for reusable Terraform modules across AWS and Azure.
> Build a robust, scalable networking solution supporting secure data flow and visibility.
Solution
> Compufy Technolab implemented a multi-cloud infrastructure automation framework with:
> Centralized AWS Management using AWS Control Tower and AWS Config for unified account governance.
> Terraform-driven orchestration integrating AWS GuardDuty, Security Hub, and CloudWatch with centralized S3 logging.
> Custom Terraform modules for EC2, VPC, Flow Logs, CloudWatch, Kinesis Firehose, and S3 for consistent, reusable deployment.
> Azure Terraform modules for Backup Vaults, Recovery Services, VMs, VNets, and Storage Accounts.
> Configured Palo Alto firewall to inspect centralized network traffic for enhanced security.
Results
> Centralized multi-account management aligned with AWS best practices.
> Improved security visibility through unified logging and auditing.
> Optimized disaster recovery via robust Azure backup solutions.
> Scalable, modular Terraform framework for future cloud deployments.
Future Outlook
> Compufy continues to assist the client in enhancing multi-cloud networking, improving Terraform automation, and strengthening cloud security across AWS and Azure environments.
Migrating Complex On-Premise Infrastructure to AWS Cloud for Improved Scalability and Security
A global IT service provider specializing in ESB, Data Integration, Cloud API Development, Mulesoft Integration, and Infrastructure Automation faced growing challenges managing on-premise data centers, including high maintenance costs, security risks, and limited scalability.
Business Challenge
> The client operated three geographically distributed data centers with complex maintenance needs and rising costs. They required a secure, scalable, and high-availability environment with minimal downtime during migration. Key goals included improving uptime, reducing operational overhead, enhancing security, and streamlining application releases.
Our Approach
> Compufy Technolab conducted a comprehensive cloud suitability and feasibility study comparing AWS, Azure, and IBM SoftLayer. Based on performance, cost efficiency, and scalability, AWS was selected as the preferred platform.
Our team:
> Migrated 9 Linux and 3 Windows servers to AWS IaaS.
> Designed a hybrid infrastructure using AWS Storage Gateway for data synchronization.
> Implemented encrypted communication, automated backups, and lifecycle policies.
> Configured Active Directory failover for seamless authentication.
> Ensured minimal downtime through robust migration planning and automation.
Results
> 99.9% uptime achieved post-migration.
> 50% reduction in maintenance costs.
> Stronger data security and compliance.
> Simplified deployment and faster release cycles.
> Scalable hybrid infrastructure enabling future growth.
Client Testimonial
Compufy Technolab helped us assess and enhance our cloud infrastructure with professionalism and precision. The migration was seamless, secure, and delivered measurable improvements across performance and reliability.
Enhancing Scalability and Performance for a European E-Commerce Brand
Overview:
A Europe-based sunglasses retailer using Magento faced critical performance and reliability issues ahead of a major marketing campaign. The website needed to handle increased traffic efficiently while maintaining high availability and cost-effectiveness.
Challenges:
> Frequent 503 errors on key endpoints.
> Performance issues during load testing.
> No auto-scaling for dynamic traffic management.
> Invoice generation failures in Magento.
> Database performance bottlenecks limiting scalability.
Objectives:
> Restore website functionality, enhance performance, and implement a scalable, fault-tolerant architecture to support high-traffic campaigns.
Solutions Implemented:
> Error Fixes: Installed missing PHP modules to resolve 503 and invoice generation errors.
> Load Balancing: Deployed AWS Elastic Load Balancer for even traffic distribution and improved uptime.
> Database Migration: Moved from hosted MySQL to Amazon RDS with a read replica to boost performance and ensure high availability.
> Static Content Optimization: Shifted static files to Amazon S3 to reduce instance load.
> High-Performance Storage: Integrated Amazon EFS (Provisioned IOPS) for shared, reliable storage.
> CDN Configuration: Set up a Content Delivery Network to minimize latency and improve load times.
> Monitoring & Alerts: Implemented CloudWatch and SNS notifications for proactive issue management.
Results:
> The website transitioned to a highly available, elastic, and high-performing AWS architecture, capable of scaling automatically based on demand. The result was improved site stability, faster performance, and reduced operational costs.
Skills
> Amazon S3
> AWS CWI
> Amazon Simple Notification Service (SNS)
> Elastic Load Balancing
> Magento
> PHP
> DevOps
> Performance Optimization
Enhancing Application Performance and Security
Overview:
The client is the world’s first Social Product Intelligence platform, empowers enterprises to make smarter decisions through data visualization and social intelligence. They required a scalable, secure, and high-performing architecture for their Java-based applications, along with continuous monitoring and technical support.
Challenges:
> Designing a robust architecture to ensure scalability and performance.
> Implementing comprehensive monitoring and backup solutions.
> Establishing strong web application security to mitigate threats.
> Providing technical support for deployment, troubleshooting, and optimization.
Solutions Implemented:
> Automated Performance Testing: Developed a cost-efficient performance testing framework using Jenkins and JMeter to automate critical test scenarios across all applications.
Continuous Load Testing: Configured parameterized load, stress, and capacity tests to simulate real-world conditions, running automatically during off-peak hours via Jenkins schedules.
> Automated Reporting: Integrated automated reporting through detailed email summaries, highlighting performance metrics and any deviations from targets.
> Defect Management: QA teams analyzed test outputs to identify performance issues, create defects, and validate fixes post-resolution.
> Performance Tracking: Maintained historical reports to track long-term performance trends and ensure system reliability.
> Monitoring & Backup: Deployed a monitoring and backup strategy leveraging cloud-native tools to maintain uptime and safeguard critical data.
> Security Implementation: Enforced robust web application security standards to protect against vulnerabilities.
Results:
> Rapid detection and resolution of performance issues across key application flows.
> 60% increase in website traffic and higher order conversions.
> Zero downtime during peak sales periods.
> Improved customer satisfaction through faster, more reliable site performance.
Building a Scalable and Secure Inflight E-Commerce Platform
The client, a global leader in inflight e-commerce, enables passengers to shop online during flights. They required a robust and scalable AWS infrastructure to ensure seamless transactions, high availability, and continuous monitoring across environments.
Challenges:
> Hosting and maintaining a highly available production environment for inflight transactions.
> Managing auto-scaling, monitoring, and complex API Gateway deployments.
> Securing sensitive credentials and ensuring consistent configurations across environments.
Objectives:
> To design a resilient AWS architecture, automate infrastructure and application deployments, strengthen monitoring, and ensure data security and compliance.
Solutions Implemented:
> Infrastructure Automation: Created modular AWS CloudFormation templates for multiple environments with flexible configuration using mappings and conditions.
Scalable Architecture: Enabled ECS Fargate auto-scaling across multiple availability zones for high availability and cost efficiency.
> CI/CD Optimization: Enhanced GitLab pipelines by modularizing build, deploy, and image operations, improving reliability and reducing manual effort.
> API Gateway Automation: Integrated a Lambda-based workflow to auto-detect Swagger updates and deploy APIs, minimizing errors.
> Security Enhancements: Implemented AWS Secrets Manager for encrypted credentials and automated RDS password rotation using Lambda.
> Immutable Containers: Refactored Pimcore to use RDS for configurations and Redis for caching, ensuring consistency and improved performance.
> Centralized Logging: Implemented CloudWatch-based logging for real-time observability.
Results:
> Enhanced scalability and uptime with efficient auto-scaling.
> Faster, reliable, and automated deployments.
> Reduced operational overhead and improved cost efficiency.
> Strengthened security and compliance posture.
Skills
> Amazon Web Services (AWS)
> ECS
> AWS CloudFormation
> AWS Lambda
> Amazon Relational Database Service (RDS)
> Amazon CloudWatch
> Amazon ElastiCache
> Docker
> Gitlab
> Continuous Integration and Continuous Delivery (CI/CD)
> DevOps
> Infrastructure Security
Centralized Cron Job Monitoring
A financial services organization, relies on scheduled cron jobs for data synchronization, reporting, and customer notifications. Managing these across multiple servers became increasingly complex, impacting performance and reliability.
Challenge
> Scheduling & Coordination: Conflicts between jobs across servers.
> Monitoring & Reliability: No centralized system to detect job failures or delays.
> Performance Optimization: High resource consumption and inconsistent execution times.
Objective
> Ensure data accuracy, uptime, and timely process execution through centralized monitoring, improved visibility, and proactive alerting.
Solution
> Compufy Technolab implemented a centralized monitoring solution using Healthchecks.io to oversee cron jobs across multiple servers and applications.
Key actions included:
> Integration of Healthchecks.io for real-time job tracking.
> Automated alerts for job failures, delays, or anomalies.
> Monitoring of application code execution success/failure.
> Customized reporting for performance and uptime visibility.
Implementation & Challenges
> We addressed integration complexity, legacy system dependencies, and security compliance through careful planning, encryption, and tailored configurations. A structured monitoring strategy was created with defined thresholds and escalation workflows.
Results
> 99.99% uptime for scheduled tasks.
> 60% faster incident response via real-time alerts.
> Reduced downtime and costs.
> Enhanced operational visibility and reliability.
Key Skills Required
> Cloud & Infrastructure: AWS, Linux Server Management, Networking
> Monitoring Tools: Healthchecks.io, Nagios, CloudWatch
> Automation & Scripting: Bash/Python scripting for cron and health monitoring
> DevOps & CI/CD: Jenkins, Git, Infrastructure as Code (Terraform/Ansible)
> Security & Compliance: Data encryption, Access control, Audit logging
> Project Execution: Integration strategy, alert policy design, stakeholder communication
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