In an era where applications drive business value and are constantly exposed to external threats, embedding protection directly inside the runtime environment of an application has become increasingly important. According to a systematic survey of self-protecting software systems, 96% of the research in this field focuses on runtime techniques rather than purely development-time safeguards (Source: ics.uci.edu?).
At the same time, one case-study exploring self-protection mechanisms in web-applications found that traditional boundary defenses can miss internal behavioral threats, highlighting the practical relevance of runtime protection (Source: www.scitepress.org)
Against this backdrop, vendors of runtime application self-protection (RASP) solutions are emerging as critical partners for organizations that operate cloud-native, API-rich, and continuously deployed applications. In this blog, we profile 10 companies that are driving innovation in RASP in 2025, focusing on how they embed security into live application code, integrate with DevSecOps processes, and respond to rapidly evolving threats.
Introduction to Runtime Application Self Protection Market
The RASP market is a rapidly evolving segment within the broader application security landscape. According to Kings Research, the global runtime application self protection market is expected to generate a revenue of $10,313.1 million by 2031. RASP solutions are designed to protect applications during runtime by detecting and mitigating threats in real-time. Unlike traditional perimeter-based security tools, RASP operates within the application itself, providing contextual insights into application behavior, vulnerabilities, and attack patterns. This technology is gaining prominence due to the increasing complexity of cyber threats and the need for more dynamic and adaptive security measures.
In June 2024, the Business Continuity Institute (BCI) highlighted a significant surge in cyber threats, with 75% of respondents observing an increase in breach attempts and 39.4% reporting successful cyberattacks. Phishing, particularly credential harvesting, emerged as a dominant threat, accounting for 61.3% of reported incidents. This trend has been exacerbated by the rapid pace of digitalization and the proliferation of advanced AI tools, which have made phishing campaigns more sophisticated and accessible to attackers.
Key drivers of the runtime application self protection market include the growing adoption of cloud-native and microservices-based architectures, the rise of DevSecOps practices, and the increasing reliance on mobile and IoT applications. Organizations are leveraging RASP solutions to complement traditional security tools like web application firewalls (WAFs), addressing gaps such as zero-day vulnerabilities and insider threats.
The market is marked by innovation, with vendors integrating artificial intelligence and machine learning to enhance threat detection and response capabilities. This growth is further propelled by regulatory compliance requirements and the need to secure applications in hybrid and multi-cloud environments. As businesses prioritize robust application-layer security, the RASP market is poised for substantial growth in the coming years.
Top 10 Companies Revolutionizing Runtime Application Self Protection Market
1. Imperva
Imperva is a leading name in cybersecurity, providing RASP solutions that protect against application-layer threats like SQL injections and XSS attacks. Their RASP technology is designed to integrate seamlessly into application environments, offering real-time threat detection and prevention. Recent updates highlight their efforts to strengthen cloud-native security and enhance their RASP with AI-driven analytics, aligning with the surge in hybrid cloud environments.
In December 2023, Thales completed its acquisition of Imperva from Thoma Bravo for approximately US $3.6 billion, creating a global cybersecurity leader with over 5,800 experts in 68 countries and expected cybersecurity revenue of $2.56 billion (€2.4 billion) in 2024.
2. Trend Micro Incorporated
Trend Micro is renowned for its focus on enterprise security, and their runtime application self protection offerings are no exception. They emphasize the integration of RASP within DevSecOps frameworks, enabling continuous protection during application runtime. Trend Micro's recent initiatives include enhanced support for containerized applications and the integration of their RASP solutions with their cloud security platforms to address zero-day vulnerabilities.
3. Digital.AI
Digital.AI focuses on application lifecycle management, with RASP technology as a critical component. Their offerings leverage machine learning to adapt to evolving threat landscapes in real-time. Recently, the company introduced enhanced analytics for runtime events, providing granular visibility into application behavior and anomalies, particularly in mobile and web-based applications.
4. CrowdStrike Inc.
CrowdStrike, a leader in endpoint protection, has expanded its portfolio to include robust runtime application self protection solutions. These are integrated into their Falcon platform, which provides real-time threat intelligence and behavioral analytics. The company has been focused on advancements in its RASP’s scalability for large enterprises and enhanced compatibility with multi-cloud infrastructures.
5. PRADEO
PRADEO specializes in mobile application security, and its RASP technology is tailored to secure sensitive mobile environments. The company has recently focused on improving its solutions' precision in detecting advanced mobile threats and enabling seamless integration with existing enterprise mobility management systems.
6. Promon AS
Promon AS is widely recognized for its in-app protection technologies. Their RASP offerings prioritize ease of integration and defense against runtime manipulations. Recent updates include enhanced SDKs for securing applications in dynamic runtime environments, catering to industries like finance and healthcare.
7. Guardsquare nv
Guardsquare offers runtime application self protection solutions that emphasize mobile application security, particularly for Android and iOS platforms. The company enhanced its monitoring and threat detection capabilities, allowing developers to address vulnerabilities dynamically during runtime without performance compromises.
8. Zimperium
Zimperium's RASP technologies focus on protecting mobile applications against sophisticated threats such as malware and phishing attacks. Their latest advancements include AI-driven runtime monitoring and a stronger emphasis on securing 5G-enabled mobile applications, which are increasingly targeted by cyberattacks.
9. Contrast Security, Inc.
Contrast Security’s RASP solutions are embedded directly into application runtimes, providing continuous monitoring and real-time protection. Their recent innovations include enhanced instrumentation-based threat analysis, which virtually eliminates false positives, and simplified deployment models to reduce operational burdens for security teams.
10. Blue Cedar
Blue Cedar is known for its focus on securing mobile and IoT applications. Their RASP solutions ensure secure runtime environments even in distributed systems. Recent updates emphasize their no-code integration capabilities, enabling enterprises to quickly deploy secure applications without extensive re-coding.
These companies are at the forefront of the runtime application self protection market, addressing the rising need for real-time application security across diverse platforms. Each organization’s recent developments reflect its commitment to staying ahead in the rapidly evolving cybersecurity landscape.
Bottom Line
As we proceed through 2025, the importance of runtime-embedded application security is no longer a “nice to have” but a strategic imperative. Academic studies confirming the dominance of runtime approaches and the limitations of static perimeter defenses underline why organizations are re-thinking their application-security stack.
The companies highlighted in this list distinguish themselves by their ability to deploy protection inside running applications, integrate with development pipelines, and address real-time threats across web, mobile, and API environments.
For enterprise security leaders and architectural teams, selecting a RASP vendor involves assessing not just the feature set but the ease of instrumenting applications, the performance impact on runtime systems, and how well the solution supports continuous delivery. In a fast-moving threat landscape, the right runtime application self-protection strategy, implemented by one of the leading vendors, may well serve as the foundation for resilient, future-proof application security.
