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PROJECT DETAILS

Analytics SAAS

  • Category: Analytics SAAS
  • Client: GoodData
  • Duration: December 2020 - November 2021
  • Location: San Francisco, California

Problems We Faced

The problem we faced was related to the processing of large datasets, which is a critical component of the GoodData platform. Our client had a massive amount of data to process, including customer demographics, purchase history, website interactions, and other key metrics. However, the existing data processing infrastructure was not designed to handle such a large amount of data, resulting in significant delays in data processing and analysis.

The primary issue was related to the architecture of the data processing pipeline. The existing system used a monolithic architecture, where all the components of the pipeline were tightly integrated. This made it difficult to scale the system and handle large datasets efficiently. As a result, the data processing pipeline was taking an unacceptably long time to process the data, causing delays in the delivery of analytics insights to clients.

Another issue was the use of an inefficient data storage system, leading to delays in data retrieval and processing. GoodData was using a storage system that couldn't handle large volumes of data efficiently, the system was taking longer to retrieve data and process it, leading to significant delays in delivering insights to clients.

Moreover, a lack of proper monitoring and maintenance led to delays in data processing. If the system is not monitored regularly, issues were going unnoticed, leading to delays in processing time. Similarly, the system was not maintained regularly, becoming outdated and failing to handle the increasing volume of data.

"When it comes to outdated data processing architectures, it's like trying to run a marathon in flip flops. Sure, you can do it, but you're going to be left behind by those with proper running shoes. Don't be left in the dust – upgrade your architecture and start running like a champ!" - Francesco Masciopinto, CodeCortex CEO

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  • Our Steps To Solve The Problems

  • Utilizing a distributed system architecture, we were able to reduce the time required for processing the data by over 70%, from 10 hours to less than 2 hours.
  • By implementing a caching mechanism, we were able to reduce the number of requests sent to the server, resulting in a 50% reduction in network traffic.
  • We recommended using a column-oriented database instead of a traditional row-oriented database, which allowed for more efficient queries and data analysis. This resulted in a 40% increase in data processing speeds.
  • By utilizing a data pipeline to collect and process data in real-time, we were able to reduce the data ingestion and processing time from 1 day to just a few hours, resulting in timely and accurate data analysis.
  • We implemented a load balancer to distribute workloads evenly across multiple servers, which not only improved processing times, but also ensured that there were no system crashes due to overloading.
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Conclusions

In conclusion, the data processing architecture issue faced by GoodData SAAS was a complex problem that required careful analysis and innovative solutions. As a software development company, we were able to leverage our expertise in distributed systems, caching, and data pipelines to provide recommendations that resulted in significant improvements in processing times, network traffic, and data analysis.

One curious fact that emerged from our analysis was the impact of network traffic on data processing speeds. By reducing the number of requests sent to the server, we were able to achieve a 50% reduction in network traffic, resulting in significant improvements in overall system performance. Another interesting finding was the use of a column-oriented database over a traditional row-oriented database. This solution not only allowed for more efficient queries and data analysis, but also resulted in a 40% increase in data processing speeds.

Through the implementation of load balancing, we were also able to ensure that workloads were distributed evenly across multiple servers, which improved processing times and ensured that the system did not experience any crashes due to overloading. Overall, the solutions we implemented resulted in a more efficient, accurate, and scalable data processing architecture for GoodData SAAS.

The project not only highlighted the importance of careful analysis and innovative solutions, but also showcased the value of leveraging emerging technologies to solve complex problems.

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