Wallarm

San Francisco, CA, USA
2014
  |  By Wallarm
Speed is everything in the modern business world. Our attention spans are shorter than ever, consumers demand short and seamless interactions, and the slightest delay in service delivery can see organizations fall far behind their competitors. This is why real-time APIs are so important; they enable systems to communicate and exchange data with minimal delay, allowing for near-instantaneous updates and interactions to create a more dynamic and responsive user experience.
  |  By Wallarm
Just when CIOs and CISOs thought they were getting a grip on API security, AI came along and shook things up. In the past few years, a huge number of organizations have adopted AI, realizing innumerable productivity, operational, and efficiency benefits. However, they’re also having to deal with unprecedented API security challenges. Wallarm’s Annual 2025 API ThreatStats Report reveals a staggering 1,025% year-on-year increase in AI-related API vulnerabilities.
  |  By Wallarm
DeepSeek, a disruptive new AI model from China, has shaken the market, sparking both excitement and controversy. While it has gained attention for its capabilities, it also raises pressing security concerns. Allegations have surfaced about its training data, with claims that it may have leveraged models like OpenAI’s to cut development costs. Amid these discussions, one critical aspect remains underexplored—the security of AI agents and the vulnerabilities that allow for jailbreaks.
  |  By Wallarm
With a high-stakes battle between OpenAI and its alleged Chinese rival, DeepSeek, API security was catapulted to priority number one in the AI community today. According to multiple reports, OpenAI and Microsoft have been investigating whether DeepSeek improperly used OpenAI’s API to train its own AI models.
  |  By Wallarm
By now, you will almost certainly be aware of the transformative impact artificial intelligence (AI) technologies are having on the world. What you may not be aware of, however, is the role Application Programming Interfaces (APIs) are playing in the AI revolution. The bottom line is that APIs are critical to AI systems – but they are also a major reason why AI systems are vulnerable to abuse. In this blog, we’ll explore why API security is critical for the safe and ethical deployment of AI.
  |  By Wallarm
Implementing API authentication is one of the most critical stages of API design and development. Properly implemented authentication protects data, user privacy, and other resources while streamlining compliance, preventing fraud, and establishing accountability. In fact, broken authentication is one of the leading causes of API-related breaches.
  |  By Wallarm
APIs are the backbone of modern digital ecosystems, but their misuse can expose systems to cyber threats. Effective API throttling not only optimizes performance but also acts as a critical defense mechanism against abuse, such as denial-of-service attacks. Discover how this powerful strategy enhances API security and safeguards your organization’s data in an interconnected world.
  |  By Wallarm
The modern world relies on Application Programming Interfaces (APIs). They allow applications to communicate with each other, servers, and consumers to facilitate data sharing and simplify application development. Without them, the internet would be unrecognizable. However, APIs also present a considerable risk to organizations. If left unsecured, they can be a gateway for attackers to access critical data and services. Protecting APIs is extraordinarily important, but it can be expensive.
  |  By Wallarm
Recent advances in AI technologies have granted organizations and individuals alike unprecedented productivity, efficiency, and operational benefits. AI is, without question, the single most exciting emerging technology in the world. However, it also brings enormous risks. While the dystopian, AI-ruled worlds of sci-fi films are a long way off, AI is helping cyber threat actors launch attacks at a hitherto unknown scale and level of sophistication. But what are AI-powered attacks?
  |  By Wallarm
APIs have become the backbone of modern digital ecosystems, powering everything from mobile apps to e-commerce platforms. However, as APIs grow in importance, they also become prime targets for malicious actors. Increasingly, bots are being weaponized to exploit vulnerabilities, overwhelm systems, and siphon sensitive data—all without triggering alarms until it’s too late.
  |  By Wallarm
APIs are growing exponentially due to data integration and microservices architecture, but this expansion increases security risks. As companies scale, so does the API attack surface. Learn how to secure your APIs in an era of rapid growth.
  |  By Wallarm
In 2024, API-related vulnerabilities on CISA’s Known Exploited List jumped from 20% to 50%, making APIs a prime target for attackers. This sharp increase highlights the critical need for a dedicated API security strategy in 2025. Don’t wait—invest in API security today.
  |  By Wallarm
API attacks happen in real time, and delays mean lost data. Weak token security and poor documentation increase risks. Learn how to detect and stop threats instantly to keep your APIs secure.
  |  By Wallarm
Wallarm’s 2024 API Security Reports reveal that new APIs are discovered in just 29 seconds. Attackers use batching techniques like GraphQL to extract millions of records in minutes. Learn how to protect your APIs from rapid data theft and evolving threats.
  |  By Wallarm
Wallarm’s 2024 API Security Reports reveal that new APIs are discovered in just 29 seconds. Attackers use batching techniques like GraphQL to extract millions of records in minutes. Learn how to protect your APIs from rapid data theft and evolving threats.
  |  By Wallarm
Learn how Wallarm integrates with Kubernetes and psyllium for API security and observability using eBPF. Explore the differences between stateful and stateless attacks and real-world examples like SQL injections and API abuse. Discover why context is essential in defining attacks and how Wallarm adapts to various scenarios.
  |  By Wallarm
This is it! The 2025 Annual API ThreatStats Report! The Wallarm Research team has collected and analyzed all the API threat data for 2024 and produced this annual report, shining a spotlight on the rising threat of API attacks targeting AI applications. The latest report explores the top API threats, identifies key trends, and provides actionable insights that can help you strengthen your API Security program, with an emphasis on identifying and protecting your AI applications from API security issues. This report includes an update to our dynamic API Security Top 10 as well. In this webinar, you will learn about.
  |  By Wallarm
Discover how Wallarm empowers users to respond to API attacks with actionable tools. Learn how to create custom rules, manage false positives, and explore attacks through seamless navigation between API sessions and attack views. Simplify API security with Wallarm’s advanced features.
  |  By Wallarm
Learn how flexible filtering and session context improve API security. Wallarm enables deep analysis of attacks, from failed logins to SQL injections, using response codes and request types. Discover why session context is essential for identifying and preventing threats.
  |  By Wallarm
Learn how attack context, from SQL injections to brute force attempts, improves API security. Wallarm detects threats like login manipulation and uses filters to block attacks, providing deeper insights into API sessions.
  |  By Wallarm
The main task of the run-time application security is to protect modern applications and APIs. In this endeavor the solutions face a number of challenges: Download this whitepaper to learn how Wallarm solves the difficult task of effective application security by relying on AI and machine learning including a unique combination of hierarchical clusterization, statistical n-gram based models, recurrent neural networks and reinforcement learning.
  |  By Wallarm
Attack detection is critical for most security solutions, whether we are talking about a load balancer-based (NIDS, WAF), host-based or in-application solutions (HIDS, RASP). Interestingly, regardless of the differences in architecture and data flow, most solutions use similar detection principles and techniques. We will explore how the detection architecture evolved over time and how the new generation of detection logic, such as the architecture implemented by Wallarm, is principally different from that of the legacy solutions.
  |  By Wallarm
In this comprehensive Q2-2023 report, we reflect on an intensified API threat landscape, underlining prevalent threat vectors, susceptible APIs, and new dimensions in the API security arena. With the inclusion of bug bounty analysis and our inaugural API Security Awards, this report provides granular insights into the current state of API security.
  |  By Wallarm
The following guidelines will help senior stakeholders set strategy to secure modern applications, learning: Applications are the operational mechanism for how a modern enterprise conducts transactions and uses data. Whether internal or customer-facing, apps are critical for your successful business operations. That means securing apps should be a business priority.
  |  By Wallarm
This 2022 recap report looks back at the deteriorating API threat landscape, the most prevalent types of threat vectors, the most vulnerable types of APIs, and much more to provide API security and DevOps teams the data-driven insights needed to improve API security in 2023. One of the main take-aways is that the API threat landscape is becoming ever more dangerous. We make this assessment based on the 2022 data, and specifically these four trends.

Security and DevOps teams choose Wallarm to discover all cloud-native APIs and legacy web applications running in their environment, and to detect & respond to threats against them.

Whether you need to protect your brand-new cloud-native APIs or your legacy web apps, Wallarm API Security platform delivers all the capabilities to secure your business against emerging threats.

Comprehensive Protection for APIs and Web Applications:

  • Coverage: Protect all your internal and public-facing APIs & web applications regardless of protocol across your entire infrastructure to ensure comprehensive protection.
  • Detection: Identify, consolidate and prioritize advanced risks – including OWASP Top-10 risks, API-specific threats, and API abuse – to improve security team effectiveness and reduce workload.
  • Response: Assess and remediate any weaknesses which expose you to attack and automatically add new against any further breaches.

Protect Apps in a Cloud-Native Era.