Dive into industrial automation using industrial internet of things (IIoTs) and digital twins (DTs) towards the advancement of the supply chain using key technologies.
In this blog post, I will discuss the advanced cybersecurity innovations in software development and how software developers are dealing with security problems.
Master Kubernetes with this guide to observability (Tracestore), security (OPA), automation (Flagger), and custom metrics. Includes Java/Node.js examples.
Discover cost-effective cybersecurity practices non-profits can use to protect data, donors, and volunteers while safeguarding their mission and trust.
Mitigating risk in cloud Environments and enabling DevSecOps development lifecycle, enforcing least privilege access, and continuously monitoring workflows.
ML models need to be complemented with traditional detection techniques for malware detection to work in real enterprise environments, due to the "base rate problem."
This guide walks you through using Tracestore, OPA, Flagger, and custom metrics to make Kubernetes more observable, with better tracing, policy control, and performance.
Acting as security champions, collaborating with cross-functional teams, and integrating security into daily workflows, security engineers can drive a culture where security is a shared responsibility across all levels.
Traditional hashes miss unknown malware. Similarity digests like TLSH, ssdeep, and sdhash improve detection by comparing file similarities. This article benchmarks them.
Using online developer utilities like a JSON Viewer can be incredibly convenient for parsing and visualizing JSON data, but they also come with significant risks.
Embedding security in the SDLC builds resilient apps against threats. Key practices include early integration, teamwork, automation, updates, and metric tracking.
Discover the risks of vibe coding and learn strategies to balance creativity with security. Protect your app and users while maintaining a fast-paced workflow.