This 21-page report provides an in-depth analysis of two NoSQL databases: Couchbase Capella and Azure Cosmos DB. The study evaluates the throughput and latency of the databases under four different workloads and three cluster configurations. For consistent results, the comparison was conducted using the Yahoo! Cloud Serving Benchmark. The paper includes four comparative diagrams and seven descriptive tables to support the evaluation results.
This technical report provides an in-depth analysis of three NoSQL databases: Couchbase Server v6.6.0, MongoDB v4.2.11, and DataStax Enterprise v6.8.3 (Cassandra). The study evaluates the throughput and latency of each database under four different workloads and three cluster configurations. For consistency, the comparison was conducted using the Yahoo! Cloud Serving Benchmark. The paper includes four comparative diagrams and seven descriptive tables to support the evaluation results.
This technical report provides an in-depth analysis of the three NoSQL systems: Couchbase Capella, MongoDB Atlas, and Amazon DynamoDB. The comparison analyzes the throughput and latency of each database as a service under four different workloads and three cluster configurations. The evaluation was conducted using the Yahoo! Cloud Serving Benchmark as a default tool for consistency. The study includes seven tables and six diagrams to support the evaluation results.
This 11-page technical report compares four tools for testing a Kubernetes cluster—kube-bench, test-infra, Sonobuoy, and PowerfulSeal—across four criteria: a number of the covered scenarios, performance, usability, and customization. The study features four comparative tables, three code samples, and two figures to support the results.
This 11-page technical report compares three popular tools for Kubernetes cluster monitoring—Kube-prometheus, Elastic, and Zabbix—across five criteria: installation, alerting, ease of customization, ease of maintenance, and user interface. The study features five figures, five comparative tables, and four code samples to support the results.
This 12-page technical report overviews three popular Kubernetes deployment tools: Kubespray, kops, and conjure-up across six parameters: installation simplicity, configurability, scalability and distribution, supported cluster operations, performance, and debugging simplicity. To support the results, the document features six comparative tables and two code samples.
The healthcare industry aims to resolve multiple issues: expensive medical service, manual, paper-based workflows, lack of data privacy, etc. Beyond that, the COVID-19 pandemic triggered new challenges to deal with, including shortage of resources and lack of staff mobility. This research paper explores scenarios for improvement and exemplifies how cutting-edge technologies can help.
This 51-page technical report provides an analysis of the following database languages: MySQL, N1QL, and a MongoDB query. The analysis compares the three database languages against seven metrics across nine business scenarios. The paper features 17 figures, 11 tables, and 23 code samples, which illustrate the comparison in detail.
One of the most important traits of blockchain is transparency. However, some businesses that deal with sensitive information, such as those in finance, require a certain level of privacy and security. This paper explains how zero-knowledge proof / protocols can enable blockchains to continue verifying transactions while maintaining a degree of confidentiality.
Insurance is exposed to a variety of fraudulent schemes: from sharing an insurance plan after divorce to withholding critical information that may influence risk assessment. In this regard, blockchain can address some of the pain points found in the insurance industry. This study explains how the technology helps to improve security, mitigate fraud, automate record sharing between organizations, and cut operational costs. Finally, the paper covers some technical aspects of implementation and highlights scenarios where blockchain fits best.