API attack surface management is focused on discovering, inventorying, analyzing, and continuously monitoring all APIs within an organization’s cloud environment. This enables identification and mitigation of points of exposure that could lead to a breach.
Effective shadow API security requires continuous discovery, runtime context, and code-to-cloud visibility to identify unsanctioned APIs before they’re exploited by attackers.
API drift occurs when APIs in production diverge from their documented specifications.
API abuse is the intentional misuse of API functionality in order to bypass security controls, extract unauthorized data, or disrupt services.
API discovery is the process of finding, mapping, and cataloging every single API across your entire digital estate, including your public-facing cloud accounts and your on-premises data centers.
Broken API authentication is an API security risk that occurs when an API doesn’t properly check and confirm who’s making a certain request.
The OWASP API Security Project offers software developers and cloud security practitioners guidance on preventing, identifying, and remediating the most critical security risks facing application programming interfaces (APIs).
Server-side request forgery (SSRF) is a high-impact vulnerability where an attacker tricks a server into making requests to internal or restricted resources, potentially exposing APIs, cloud metadata services, and sensitive systems.
This article provides step-by-step guidance on optimizing ECS costs, along with practical methods and tools to help you control your container expenses and eliminate cloud waste.
In this blog post, we'll explore the key features and benefits of these tools and help you choose the right one for your organization.
Zombie APIs are API endpoints that remain operational despite lacking ongoing maintenance or official support.
An API checklist serves as a framework to help your security team systematically detect and tackle threats and vulnerabilities throughout the API lifecycle. Its end goal? To strengthen your overall security posture by standardizing API security efforts.
In this article we explore what really drives your Amazon EKS spend, learn the most common and costly pitfalls, and find practical, engineering-driven strategies to reduce waste.
API attacks are attempts to exploit weaknesses in application programming interfaces – the connectors that let software systems communicate and exchange data.
In this article, you’ll learn more about these cost drivers and find actionable strategies for addressing each one. Ready to make the most of S3 without sticker shock when your bill arrives? Let’s get started.
Azure cost optimization means continuously aligning cloud spend with business priorities – maximizing value, minimizing waste, and maintaining security and performance.
Without proper management, organizations can see their CloudWatch bills escalate rapidly, sometimes unexpectedly accounting for a significant portion of their overall AWS spend. Read to learn more.
Application programming interfaces (APIs) enable communication between services, applications, and data systems—powering everything from mobile apps to large-scale enterprise platforms.
This guide is about smart cloud cost optimization, eliminating cloud waste and ensuring every dollar spent on storage delivers real value. Let's dig into the actionable strategies to get your EBS spend under control for good.
This guide is your field manual for taming costs. We'll break down what makes up your bill, decode pricing models, and pinpoint the common gotchas that drain your budget, giving you practical advice to navigate the maze.
Ready to learn everything necessary to transform AWS cost management from a headache into a real business advantage? You’ll find everything you need in this guide.
An API catalog is the best way to protect your organization from API risks: It surfaces hidden routes, weak auth, and sensitive data, anchoring effective security.
Take a closer look at cost management and cost optimization, along with a breakdown of the core components of Microsoft Cost Management, how to use its tools, and how to integrate it into engineering workflows.
Cloud cost management, also known as cloud spend management, is the process of monitoring, controlling, and optimizing cloud spend across an organization’s cloud environments.
This article explores why traditional cloud cost approaches miss the mark, compares platform philosophies, and spotlights emerging solutions that enhance development velocity. Let’s get started.
This blog post covers the ins and outs of cloud cost optimization in Kubernetes. We'll cover advanced principles, practical strategies, and some emerging, hard-to-find techniques.
In this guide, we’ll compare the key cost drivers across AWS and Azure—and then go beyond pricing sheets to explore the factors that determine your actual bill.
API governance refers to the policies, standards, and processes that guide how APIs are built, managed, and secured.
In this article, we’ll break down what capabilities a strong API security tool needs to have and look at different categories of API security solutions, plus examples.
REST API security is the combination of technologies and practices used to safeguard RESTful endpoints from attacks, such as unauthorized access, exploitation, and abuse.
Cloud cost optimization is the continuous practice of making sure you’re only paying for the compute resources you actually need. It's about matching the supply of your instances to the real-time demand of your workloads, selecting the right pricing models, and ruthlessly eliminating waste.
Cloud cost optimization is the systematic practice of reducing cloud spend while improving cloud efficiency through enhanced visibility, resource rightsizing, workload automation, and team accountability.
WizOS is in public preview starting today, enabling Wiz customers to adopt and operationalize secured images at scale.
