Generative AI has recently emerged as a groundbreaking technology and businesses have been quick to respond. Recognizing its potential to drive innovation, deliver significant ROI and add economic value, business adoption is rapid and widespread. They are not wrong. A research report by Quantum Black, AI by McKinsey, titled "The Economic Potential of Generative AI”, estimates that generative AI could unlock up to $4.4 trillion in annual global productivity.

Secure File Transfer Protocol (SFTP), at its core, is a protocol designed to provide secure file transfer capabilities. With an extensive application in web development and IT infrastructures, its primary use case revolves around the encrypted transfer of files between remote servers and local machines.

Transferring files securely between machines is a fundamental part of the ETL (Extract, Transform, Load) process, which involves extracting data from one source, transforming it for analysis, and loading it into a data warehouse. The challenge? Ensuring these files are both sent and received without interception by malicious entities. For years, FTP (File Transfer Protocol) served as the go-to method to transfer files between a client and server on a network.

DevOps has helped bring software development and IT from the more rigid Waterfall methodology to a more flexible Agile approach, enabling development teams to resolve issues faster, reduce code complexity, and accelerate product delivery. With so many benefits to DevOps, it's natural that a focus on security, using a similar approach, would be the next step for development teams wanting to secure the software development process.

When transferring data, especially in the context of Extract, Transform, and Load (ETL), the choice of protocol matters. Both SFTP and FTP provide solutions, but their intrinsic differences could greatly influence the outcome in terms of security and functionality. Here's everything you need to know about SFTP vs. FTP for ETL.

When it comes to the exposure of data, no other period in history has posed the magnitude of risks and regulations companies face today. Companies in any industry — but particularly those in healthcare, finance, and government — must keep cybersecurity top-of-mind to avoid data breaches of personally identifiable information (PII). Not only are data breaches a threat to company reputation, but compliance issues can also lead to hefty fines and, in extreme cases, imprisonment.

API Developer Security Operations or API DevSecOps is a fusion of API development, security practices, and operational efficiency, and represents a holistic approach that navigates the intricate balance between innovation and protection. At its core, API DevSecOps redefines the way organizations create, deploy, and manage APIs, placing security considerations at the forefront without compromising on agility and collaboration.

The retail sector is in a paradigm shift of digital transformation, with an anticipated 25% of global retail poised to migrate online by 2025. APIs facilitate digital-first shopping experiences in this evolving landscape, allowing retailers to swiftly adapt and enhance their systems. They empower retailers to extend services like online orders with in-store pickups, curbside delivery, and personalized online shopping recommendations, catering to remote customers’ preferences.

In the digital age, data transfer is as essential as air. SSH and SFTP are two pivotal protocols that have made secure data transfer possible. This article explores these two protocols, offering a deep dive into their functionality, history, and differences.