Technography

  A unique approach to security is needed when developing cloud-native apps that use microservices, containers, and serverless computing. The specific security issues that these cloud-native architectures provide are the focus of CNAPPs. Traditional security solutions are frequently created to protect on-premises infrastructure and applications. However, new security strategies are required due to the adoption of cloud-native architectures and the migration to cloud computing. CNAPPs close this gap by offering security controls created especially for cloud-native apps. Businesses must adopt strong security measures as they use cloud computing and move their applications and data there. Platforms for protecting cloud-native applications (CNAPPs) have arisen as specialised approaches to deal with the particular security issues that occur with cloud-native architectures. One of the main benefits of a Cloud-Native Application Protection Platform (CNAPP) is its capacity to integrate sev...

  How to Fix the N+1 Query Problem Using Distributed Tracing? The well-known n+1 query problem is a frequent pattern (or antipattern) in online application development. This problem can dramatically reduce application performance, lengthen server response times, and put extra stress on the already overburdened database resources. Because each query is run independently, the database must handle several queries, which increases resource usage and raises the possibility of contention problems. Understanding this pattern and implementing practical solutions to lessen its effects are essential for developers. When a programme has to get data from numerous entities or records, the n+1 query problem arises. Instead of effectively retrieving all the data required in a single query, the programme makes multiple queries—one to fetch the primary entities and then an additional query for each associated entity. This results in a cascading effect, where the quantity of inquiries increases line...