This study was conducted for a global leader in cybersecurity vulnerability management. The customers’ IT assets were globally distributed on cloud and computer platforms and are vulnerable to cyber attacks. Cloud1 developed cloud-agnostic scalable microservices based modules that imported the assets for AWS, Azure and GCP, ingested the assets in AWS, Azure and GCP into client’s required format using Data Pipelines and loosely coupled the Import and Ingest modules to make sure that no data is lost using Kafka, Kinesis and other publish/subscribe frameworks. Our solution saved the Client millions of dollars in cloud deployment costs.

Cloud1 completed a benchmark study for the National Women’s Business Council, Washington, DC. The objectives of this study were:
1. Quantitatively define the number of women entrepreneurs applying for and receiving patents and trademarks.
2. Analyze the differences in the number of women applying for and receiving patents and trademarks as compared to men. Analyze sub-groups of women.
The results of the study were used by the Obama Administration to formulate policies to encourage women entrepreneurs.

This study was conducted for a large Client in cybersecurity vulnerability management. The Client received more than 30 TB of data every month. The Client’s customers needed to access this data for their information security management. Access time was of essence to assess and manage security threats. Due to the size of the data, it took a customer 1 to 3 hours to access the data it required. This was unacceptable to many customers. Cloud1 successfully solved the problem by partitioning and clustering the data and optimizing the query to reduce the response time to less than a second. The benefit to the Client was the retention of a large number of customers.