Case Studies That Inspire

One of our clients was facing repeated website downtime due to malicious traffic and attacks. This affected website availability and created a poor experience for students, visitors, and prospective applicants. Book Strategy Call A Reliable Website Infrastructure Designed to Prevent Attacks, Reduce Downtime & Deliver a Stable User Experience One of our clients was facing repeated website downtime due to malicious traffic and attacks. This affected website availability and created a poor experience for students, visitors, and prospective applicants. Our goal was not just to bring the website back online, but to find the root cause, improve the website infrastructure, and protect it from similar attacks in the future.         How We Investigated We first analyzed the website’s downtime and server performance issues. We reviewed server logs and traffic patterns to identify unusual and automated requests. We scanned the website and WordPress environment for possible security issues and attack patterns. We identified the type of traffic that was putting excessive load on the website. We also reviewed the existing hosting setup and its ability to handle sudden traffic spikes.         Root Cause The website was receiving a high volume of unwanted and automated traffic. These attacks were sending repeated requests to the website and putting heavy load on the server. The origin server IP was directly exposed, making it easier for attackers to target the server. The existing hosting environment was not providing enough protection and stability against these traffic spikes. As a result, the website was becoming slow and, at times, going down.      Our Solution Moved the website to WP Engine: We migrated the website to WP Engine, a reliable WordPress hosting platform, to provide better server performance, stability, and security. Added Cloudflare:  We placed Cloudflare in front of the website to create an additional protection layer between visitors and the origin server. Masked the Origin IP: CloudFront helped hide the actual origin server IP, making it much harder for attackers to directly target the server. Scanned and Monitored Attacks: We scanned the website and reviewed traffic patterns to identify unwanted bots, automated requests, and potential attack sources. Prevented Unwanted Traffic: We implemented appropriate security and traffic-control measures to reduce malicious and unnecessary requests before they could put excessive load on the website. Improved Server Stability: The combination of CloudFront and WP Engine reduced direct pressure on the origin server and created a more stable hosting environment.      Result The website became more stable and reliable. Direct exposure of the origin server IP was removed. Unwanted and automated traffic was better controlled. The origin server received significantly less unnecessary traffic. The website was better protected against sudden traffic spikes and similar attacks. Overall, the website infrastructure became more secure, stable, and capable of handling genuine visitors.      The Value We Delivered Client Challenge: Repeated website downtime caused by unwanted and malicious traffic. Investigation: Analyzed server logs, traffic patterns, WordPress environment, and hosting infrastructure. Root Cause: High-volume automated traffic and direct exposure of the origin server. Solution: Migrated to WP Engine and implemented Cloudflare protection and traffic control. Security: Reduced direct exposure of the origin server and controlled unwanted requests. Performance: Reduced unnecessary pressure on the origin server. Result: A more secure, stable, and reliable high-traffic website.      Ready to Build Something Exceptional?

One of our clients had an Android TV application that worked well when it was first developed. However, as Google introduced new Android TV policies and restrictions, some features of the application started having problems. Book Strategy Call Modernizing an Android TV Application for Reliable Performance Across Newer Versions One of our clients had an Android TV application that worked well when it was first developed. However, as Google introduced new Android TV policies and restrictions, some features of the application started having problems. With the release of newer Android TV versions, certain parts of the application stopped working as expected. The client needed a solution that would make the application more reliable and easier to manage. After analyzing the problem, we decided to convert the application into Kiosk Mode. This provided a more controlled environment for the application and reduced the impact of platform restrictions. Result: The application now works reliably on modern Android TV devices and is easier for customers to install, update, and maintain. Android TV Issues → Compatibility Analysis → Kiosk Mode → Easy Installation → Automatic Updates → Reliable Application How We Investigated We checked the existing Android TV application and identified the problems caused by newer Android TV versions. Our team: Checked the application’s existing features. Reviewed Android TV policy and compatibility issues. Tested the application on newer Android TV versions. Identified features affected by platform restrictions. Reviewed the existing installation process. Looked for ways to make updates easier for users. After the analysis, we found that Kiosk Mode would be a suitable solution for the application. Root Cause The application was originally designed for an older Android TV environment. As Android TV evolved, new policies and restrictions were introduced. Because of these changes: Some application features stopped working properly. Compatibility issues appeared on newer devices. Users needed to perform more manual steps. Application maintenance became more difficult. Updating the application was not as simple as required. The client needed a solution that would work reliably with newer Android TV versions while keeping the user experience simple. Our Solution 1. Android TV Compatibility Analysis We analyzed the application and identified the Android TV restrictions affecting its functionality. 2. Kiosk Mode Implementation We redesigned the application to work in Kiosk Mode, providing a dedicated and controlled environment for the application. 3. New Android TV Compatibility We optimized the application to work better with newer Android TV versions and devices. 4. Easy Installation We simplified the installation process so customers could set up the application with fewer steps. 5. Automatic Updates We implemented automatic application updates, reducing the need for users to manually install every new version. 6. Less User Interaction The new setup reduced unnecessary user interaction and made the application easier to manage and maintain. Result A Reliable & Easy-to-Maintain Android TV Application The updated application now provides a more reliable experience on modern Android TV devices. The solution helped us: Improve compatibility with newer Android TV versions. Reduce issues caused by platform restrictions. Make installation easier. Reduce manual user involvement. Enable automatic application updates. Reduce maintenance requirements. Provide a consistent application experience. The client now has a more reliable Android TV application that is easier to install, update, and maintain. The Value We Delivered Client Challenge: Android TV application features were affected by new platform restrictions. Issue: Some features stopped working properly on newer Android TV versions. Solution: Convert the application to Kiosk Mode. Compatibility: Improved support for modern Android TV devices. Installation: Simplified the setup process. Updates: Added automatic application updates. Maintenance: Reduced manual work and user intervention. Business Impact: A reliable and easy-to-manage Android TV application that provides a better customer experience. Ready to Build Something Exceptional?

One of our clients had developed a web application hosted on AWS EC2 and was operating on a tight budget while waiting for investor funding. Book Strategy Call Securing Multiple Domains & Subdomains with an Open-Source SSL Solution One of our clients had developed a web application hosted on AWS EC2 and was operating on a tight budget while waiting for investor funding. The application required SSL certificates for multiple domains and subdomains to ensure secure HTTPS communication. However, purchasing a commercial wildcard SSL certificate was not financially feasible at that stage. To address this challenge, we proposed a cost-effective, open-source SSL solution using Let’s Encrypt, a trusted Certificate Authority. We implemented Certbot on the AWS EC2 server to generate, configure, and automatically renew SSL certificates. Result: The client secured multiple domains and subdomains with zero SSL licensing costs, while maintaining automated certificate management and uninterrupted HTTPS availability. Budget Constraint → SSL Requirement → Let’s Encrypt(Open Source) → Certbot → HTTPS Configuration → Automated Renewal How We Investigated Our team first reviewed the client’s application infrastructure and SSL requirements. The investigation focused on: Understanding the AWS EC2 hosting environment. Identifying all domains and subdomains requiring SSL. Reviewing the existing web server configuration. Evaluating the cost and feasibility of commercial SSL certificates. Determining a secure, open-source, and budget-friendly SSL solution. Planning automated certificate renewal to prevent future expiration. Since the application was hosted on AWS EC2 and required SSL coverage across multiple domains and subdomains, Let’s Encrypt with Certbot was selected as the most suitable solution. Root Cause The primary challenge was not a technical limitation but a budget constraint combined with a multi-domain SSL requirement. The client needed: Secure HTTPS communication. SSL coverage for multiple domains and subdomains. Reliable certificate management. Automated renewal. Minimal operational overhead. Zero SSL licensing costs. A commercial wildcard SSL certificate was not financially practical while the client was awaiting investment funding. Our Solution Our team implemented Let’s Encrypt SSL certificates using Certbot on the client’s AWS EC2 server. 1. Certbot Installation Installed and configured Certbot on the EC2 server to manage Let’s Encrypt SSL certificates. 2. SSL Certificate Generation Generated SSL certificates for the required domains and subdomains using Let’s Encrypt. 3. HTTPS Configuration Configured the Apache/Nginx virtual host settings to enable HTTPS and correctly associate the SSL certificates with the respective domains and subdomains. 4. Secure Access Validation Tested and validated HTTPS access across the required domains, subdomains, and application environments to ensure that the certificates were correctly configured. 5. Automated Certificate Renewal Configured a cron job to automate certificate renewal and prevent SSL certificates from expiring.This eliminated the need for repeated manual certificate renewal and helped maintain continuous HTTPS availability. Result Secure HTTPS Without SSL Licensing Costs The client successfully secured all required domains and subdomains with cost-effective SSL licensing costs. The solution also provided automated certificate management, reducing manual maintenance and helping ensure continuous HTTPS availability.         The Value We Delivered Client Challenge: Required SSL for multiple domains and subdomains with a limited budget. Infrastructure: Application hosted on AWS EC2. Cost Challenge: Commercial wildcard SSL was not financially feasible. Solution: Implemented SSL certificates using Let’s Encrypt. SSL Management: Certbot installed and configured on the EC2 server. Web Server: Apache/Nginx virtual host configuration updated for HTTPS. Security: Secure HTTPS access tested and validated. Automation: SSL certificate renewal automated using a cron job. Business Impact: Secured the client’s web application while eliminating SSL licensing costs and reducing ongoing certificate management efforts.         Ready to Build Something Exceptional?

A client approached us with a critical website performance issue—the homepage was taking 3-4 Minutes to load for first-time visitors, resulting in a poor user experience and the potential loss of customers. Book Strategy Call Reducing Homepage Load Time from 3–4 Minutes to 2 Seconds with Cloudflare Optimization A client approached us with a critical website performance issue—the homepage was taking 3-4 Minutes to load for first-time visitors, resulting in a poor user experience and the potential loss of customers. After analyzing the website, we identified that a large number of images and static assets were being served directly from the origin server. This created a high number of requests and significant delays in content delivery. To address the issue, our team implemented Cloudflare CDN (Content Delivery Network)  and caching optimization to deliver static content more efficiently through Cloudflare’s global network. Result: Faster page load times, reduced origin-server load, and a significantly improved user experience. Slow Homepage → Performance Analysis → Cloudflare Setup → CDN & Caching → Reduced Origin Requests → Faster Website How We Investigated Our team performed a detailed website performance analysis to identify the factors contributing to the slow homepage load time. The investigation included: Analyzing website loading performance. Reviewing image and static asset delivery. Identifying unnecessary requests reaching the origin server. Evaluating the existing DNS and content delivery setup. Reviewing opportunities to improve static content caching. The analysis showed that a significant amount of static content was being requested directly from the origin server instead of being efficiently served through a CDN. Root Cause The primary performance issue was inefficient delivery of images and static assets. Because these resources were being served directly from the origin server, first-time visitors experienced significant delays while the website loaded multiple assets. This increased the number of requests reaching the origin server and contributed to longer homepage load times. Our Solution Our team implemented Cloudflare to optimize content delivery and reduce unnecessary load on the origin server. 1. Cloudflare Account Setup Created and configured a Cloudflare account for the website. 2. DNS Migration Migrated the website’s DNS management to Cloudflare to enable Cloudflare’s CDN and performance features. 3. Website Performance Analysis Performed a complete performance analysis to identify slow-loading resources and optimization opportunities. 4. Static Asset Caching Implemented caching rules for static assets such as images and other frequently requested resources. 5. Edge Cache TTL Configuration Configured Edge Cache TTL so eligible content could be served from Cloudflare’s global edge network instead of repeatedly requesting it from the origin server. 6. Reduced Origin Requests Optimized content delivery to reduce unnecessary requests reaching the origin server, helping lower server load and improve response times. Result Faster Content Delivery & Improved User Experience After implementing Cloudflare CDN and caching optimization, static content could be delivered more efficiently through Cloudflare’s edge network. The solution helped: Improve homepage loading performance. Reduce unnecessary requests to the origin server. Lower server workload. Improve static asset delivery. Provide a better experience for website visitors. Result: A more efficient content delivery setup with improved website performance and reduced dependency on the origin server for cached static content. The Value We Delivered Client Challenge: Homepage taking 3-4 Minutes to load for first-time visitors Root Cause: Large numbers of images and static assets being served directly from the origin server Solution: Cloudflare CDN and caching implementation DNS: DNS management migrated to Cloudflare Caching: Static asset caching and Edge Cache TTL configured Performance: Reduced unnecessary origin-server requests Business Impact: Faster page delivery, reduced server load, and improved user experience Ready to Build Something Exceptional?

One of our clients experienced occasional traffic spikes where a high number of concurrent users accessed the website simultaneously, causing performance issues and downtime. Book Strategy Call Handling High Concurrent Users Without Permanently Scaling Infrastructure One of our clients experienced occasional traffic spikes where a high number of concurrent users accessed the website simultaneously, causing performance issues and downtime. Since these traffic spikes were infrequent, permanently upgrading the infrastructure was not a cost-effective solution. Our team designed and implemented an AWS auto-scaling architecture that automatically increases server capacity when traffic rises and reduces infrastructure when demand returns to normal. Result: Improved website reliability during peak traffic while keeping infrastructure costs under control. Traffic Spikes → Website Downtime → AWS Auto Scaling → Automatic Instance Scaling → Improved Reliability & Cost Optimization How We Investigated We analyzed the client’s infrastructure and identified that the existing setup was not designed to efficiently handle sudden increases in concurrent users. The key challenges included: Occasional traffic spikes with a high number of concurrent users. Website downtime during peak traffic. Infrastructure capacity that was insufficient during sudden demand. Permanently scaling the infrastructure would increase costs even when traffic was normal. The application required a scalable database architecture to support multiple application instances. Based on the analysis, we determined that an AWS-based auto-scaling architecture would provide a more flexible and cost-effective solution. Root Cause The primary issue was the lack of dynamic infrastructure scaling. The existing infrastructure was sized for normal traffic and could not automatically add additional resources when traffic suddenly increased. Because these traffic spikes occurred only occasionally, maintaining larger servers permanently would result in unnecessary infrastructure costs during normal traffic periods. Our Solution We designed and implemented an AWS architecture capable of automatically adjusting resources based on website demand. 1. AWS Elastic Beanstalk Configured AWS Elastic Beanstalk to manage the application environment and support automatic scaling. 2. Load Balancer & Auto Scaling Implemented a Load Balancer with Auto Scaling to distribute incoming traffic and automatically launch additional application instances when demand increases. 3. Optimized Baseline Infrastructure Reduced the size of the always-on server infrastructure to avoid unnecessary costs during normal traffic periods. 4. Amazon RDS Migration Migrated the database to Amazon RDS(Relational Database Service), allowing multiple application instances to connect to a centralized database. 5. Automatic Scaling Configured the environment to automatically launch additional instances during traffic surges and terminate unnecessary instances when demand decreases. Result Improved Reliability During Traffic Spikes The new AWS architecture enabled the website to dynamically respond to changes in traffic. During normal traffic, the infrastructure operates with a smaller baseline configuration. When traffic increases, additional application instances are automatically launched to handle the increased demand. Once traffic returns to normal levels, unnecessary instances are terminated. Better reliability during peak traffic, improved scalability, and controlled infrastructure costs. The Value We Delivered Client Challenge: Website downtime during occasional traffic spikes Traffic Volume: High Concurrency simultaneous users during peak periods Root Cause: Infrastructure was not dynamically scaling with demand Solution: AWS Elastic Beanstalk + Load Balancer + Auto Scaling Database: Migrated to Amazon RDS for centralized database access Scalability: Application instances automatically scale based on demand Cost Optimization: Reduced always-on infrastructure and avoided unnecessary permanent scaling Business Impact: Improved reliability during traffic spikes while keeping infrastructure costs under control Ready to Build Something Exceptional?

A client reported repeated server resource limit issues on their WordPress website hosted on GoDaddy, resulting in slow website performance and occasional downtime. Book Strategy Call Optimized WordPress Database by Removing 4 GB of Unnecessary AIOSEO Data in 2 Hours A client reported repeated server resource limit issues on their WordPress website hosted on GoDaddy, resulting in slow website performance and occasional downtime. Our development team investigated the WordPress installation, active plugins, and database to identify potential causes of excessive resource usage. During the database analysis, we discovered that two AIOSEO-related tables had accumulated approximately 4 GB of unnecessary log and cache Tables. Our team identified the oversized tables, cleaned the unnecessary database data, prepared the optimized database for testing and migration, and verified it in a local environment. Result: Unnecessary database data removed, database size optimized, and the website prepared for improved performance and migration. Website reported server resource issues → GTPL investigated → identified excessive database growth → cleaned approximately 4 GB of unnecessary data → optimized database for testing and migration How We Investigated Our development team performed a detailed review of the WordPress website, including active plugins and database usage. The investigation included: Reviewing active WordPress plugins and their configurations. Checking the database for unnecessary and excessive data. Analyzing database table sizes to identify unusually large tables. Reviewing WordPress-side performance and database activity. During the WordPress/database analysis, we identified unusually large AIOSEO-related tables: wp_aioseo_crawl_cleanup_logs wp_aioseo_cache Together, these tables had accumulated approximately 4 GB of data, significantly increasing the overall database size. Further investigation of CPU usage, PHP processes, concurrent connections, and server-level resource consumption required GoDaddy’s server monitoring tools and logs. Root Cause The primary issue identified during the WordPress and database investigation was excessive database growth caused by accumulated AIOSEO-related log and cache data. The following tables contained a significant amount of unnecessary data: wp_aioseo_crawl_cleanup_logs wp_aioseo_cache The approximately 4 GB of data increased the database size and could potentially affect database operations, backups, migration performance, and overall website maintenance. The exact cause of repeated CPU/PHP resource spikes required further server-level investigation through GoDaddy Support, as detailed server monitoring and process logs are available at the hosting level. Our Solution Our developers: Reviewed all active WordPress plugins and their configurations. Performed a detailed database analysis. Identified unusually large database tables. Traced excessive database growth to AIOSEO log/cache tables. Cleared unnecessary data from: Wp_aioseo_crawl_cleanup_logs. wp_aioseo_cache. Prepared a cleaned and optimized database for testing and migration. Verified the cleaned database in a local environment. Continued WordPress-side performance optimization and plugin/database review. Recommended server-level monitoring through GoDaddy Support for recurring CPU/ PHP resource issues. Result Database Optimized Successfully After cleaning the unnecessary AIOSEO log/cache tables, approximately 4 GB of excessive database data was removed. The cleaned database was verified in a local environment before being used for further testing and migration activities. The investigation also identified the importance of regularly monitoring database growth, particularly log and cache tables that can accumulate large amounts of unnecessary historical data over time. The Value We Delivered Issue Identified: Repeated server resource limit issues and excessive database growth Root Cause: Approximately 4 GB of accumulated AIOSEO log/cache tables Investigation: WordPress plugins, database tables, database size, and WordPress-side performance review Resolution: Unnecessary AIOSEO log/cache tables identified and cleaned Database Optimization: Cleaned database prepared and verified in a local environment Prevention: Regular database monitoring and periodic cleanup of unnecessary log and cache data recommended Server-Level Recommendation: GoDaddy Support to monitor CPU usage, PHP processes, concurrent connections, and server logs for recurring resource spikes Ready to Build Something Exceptional?

A client reported that their WordPress website was completely down, preventing users from accessing the site. Our development team immediately investigated the server, application, and database logs to identify the root cause. Book Strategy Call WordPress Max User Connections Error Resolved in 1.5 Hours — After-Hours Support at 10 PM A client reported that their WordPress website was completely down, preventing users from accessing the site. Our development team immediately investigated the server, application, and database logs to identify the root cause. We discovered that the website had reached the MySQL maximum user connection limit, caused by repeated database operations from a WordPress plugin. Our developers identified and fixed the underlying database issue and restored the website within just 1 hour and 30 minutes. Result: Website restored, database errors resolved, and normal operations resumed. Client reported an outage → GTPL investigated → found the root cause → fixed it → website restore How We Investigated Our development team immediately checked the server and WordPress/PHP error logs. The investigation revealed that the database had reached its MySQL max_user_connections limit, preventing WordPress from establishing new database connections. Further investigation showed repeated database errors related to the Broken Link Checker plugin. The plugin was repeatedly attempting a database schema update, which was failing because of an issue with the plugin’s database table structure. Root Cause The issue was traced to an inconsistency in the Broken Link Checker database tables. Repeated failed database operations were consuming database connections and eventually caused the website to reach the configured maximum user connection limit. Our Solution Our developers: Reviewed the server and WordPress/PHP error logs. Identified the database connection limit issue. Traced the repeated database errors to the Broken Link Checker plugin. Investigated the plugin’s database table structure. Corrected the affected database column configuration. Monitored the server and error logs after applying the fix. Deactivated the plugin because it was not required for the website’s current operations. Result Website Restored Successfully After implementing the fix, the website became accessible again and the repeated database errors stopped. The team also monitored the website after the fix to ensure that the issue did not recur. The Value We Delivered Issue Identified: Website Down Root Cause: MySQL connection limit + repeated plugin database errors Investigation: Server, PHP & WordPress logs Resolution: Database correction + plugin optimization Outcome: Website restored and database errors eliminated Technology WordPress | PHP | MySQL | Database Troubleshooting | Server/Hostin Resolved in 1 Hour 30 Minutes Client Reported: WordPress Website Down Root Cause Identified: MySQL max_user_connections limit Investigation: Server, PHP, WordPress & Database Logs Fix: Database issue identified and corrected Resolution Time: 1 Hour 30 Minutes Ready to Build Something Exceptional?

This case study highlights how we assisted an IT company manage all their technical projects. The client was struggling to find a reliable development team that follows best practices, communicates proactively, and respects deadlines. It also showcases our long- standing partnership of over 10 years. Book Strategy Call What were their challenges: Our client operates a consulting business, assisting small and medium-sized enterprises with sales strategy development, content creation, and digital marketing. Additionally, the client supports businesses in building and maintaining their websites through a team of web developers. However, the team struggled to meet client expectations, facing challenges with communication and commitment. This forced the client to be heavily involved in daily follow-ups, yet the desired outcomes were still not achieved. Solution: When we began working with the client, we took the time to understand their pain points and expectations, then aligned our team accordingly, addressing half of the challenges right away. We streamlined the development and communication processes between the team and the client, leveraging the team’s expertise to efficiently manage the workflow. To ensure consistency and quality, we created a maintenance checklist that we follow for all ongoing maintenance tasks. Each website undergoes regular monthly maintenance. We also developed a standard checklist for plugins to be included during development, such as backup solutions and CAPTCHA, to ensure all client websites meet the same high standards. Additionally, we prepared training documentation for end clients, enabling them to make necessary changes to their websites independently. We also created troubleshooting guides for clients to use in case of emergencies when the development team is unavailable. Transformation: Increased Capacity for Business Growth: The client can now handle more business and generate higher revenue. Peace of Mind: The client enjoys greater peace of mind with reliable, consistent support. Professional Handling of Development Requests: All development requests are managed efficiently and professionally. Streamlined Operations: Operations are now more streamlined, improving overall efficiency and effectiveness. Ready to Build Something Exceptional?