Best 7 IAST Tools For Development Teams (2026)
We reviewed the leading IAST tools on instrumentation depth, the accuracy of vulnerability identification during active execution, and how well each integrates into existing testing pipelines without adding significant latency.
Written by
Joel Witts
Technical Review by
Laura Iannini
Interactive Application Security Testing (IAST) tools instrument running applications during test execution to identify vulnerabilities from inside the application, combining the coverage of dynamic testing with the code-level precision of static analysis. IAST finds vulnerability classes that neither SAST nor DAST can reliably identify on their own. We reviewed the top tools and found Invicti, Acunetix, and BlackDuck Seeker to be the strongest on instrumentation depth and vulnerability identification accuracy.
Interactive application security testing sits in a unique position. It observes your code while it runs, catching vulnerabilities in ways static analysis alone cannot. The challenge is wading through the noise. IAST tools generate findings during runtime, but false positives consume development resources faster than bad code does.
You need IAST that confirms exploitability before alerting developers. You need remediation guidance detailed enough that developers actually fix issues instead of dismissing them as noise. You need a tool that plays well with your CI/CD pipeline without requiring extensive orchestration overhead. Get it wrong, and developers bypass security checks rather than wait for scanning to finish.
We evaluated seven IAST solutions across legacy and modern web applications, microservices architectures, and API-heavy environments. We evaluated proof-based scanning, runtime visibility, code-level accuracy, compliance reporting, and integration maturity. We reviewed customer experiences to see where vendor claims diverge from operational reality. The gap between marketing materials and what actually reduces remediation time is substantial.
This guide gives you the technical insights and decision framework to match the right IAST solution to your development maturity, application architecture, and security team size.
What is IAST?
Interactive Application Security Testing, or IAST, finds security flaws by watching an application from the inside while it runs. Instead of reading the source code or probing the app from outside, IAST places a sensor inside the running application that observes how data moves through the code during normal testing. When something insecure happens, like user input reaching a database query unchecked, the sensor flags it and points to the exact line of code responsible. Because it sees both the code and the live behavior, IAST catches problems that static or dynamic testing alone would miss, with fewer false alarms.
IAST instruments an application from within using agents or sensors, often via aspect-oriented programming or runtime hooks, to observe execution, data flow, and library usage while functional or automated tests drive the application. By correlating a tainted input with the sink where it is used, IAST confirms vulnerabilities like SQL injection, cross-site scripting, and insecure deserialization with full call-stack context and exact file and line references, while reporting fewer false positives than DAST because findings are observed in real execution rather than inferred from the outside.
IAST occupies the middle ground between SAST and DAST: it has the code-level visibility of static analysis and the runtime validation of dynamic testing, without either method's blind spots. Its biggest practical advantage is that every functional test your QA team already runs doubles as a security test, increasing coverage without extra effort. The trade-offs are language and framework support (agents must support your stack), some runtime performance overhead, and the need to deploy sensors across your test or staging environments. The strongest tools add active verification, runtime SCA, and correlation with SAST findings to confirm which vulnerabilities are truly exploitable.
IAST Tools Compared
Here is how the top IAST tools compare on best fit and core capabilities.
| Product | Best For | Proof / Active Verification | Sensitive Data Tracking | Microservices Support | Deployment Flexibility |
|---|---|---|---|---|---|
|
Invicti
|
Accurate detection with low false positives
|
Yes
|
No
|
No
|
Yes
|
|
Acunetix
|
Teams working with Node.js, PHP, Java, and ASP.NET
|
Yes
|
No
|
No
|
Yes
|
|
Black Duck Seeker
|
Compliance-driven IAST with data tracking
|
Yes
|
Yes
|
Yes
|
Yes
|
|
Checkmarx One
|
Consolidated AppSec under one platform
|
Yes
|
No
|
Yes
|
No
|
|
Contrast Security Assess
|
Developer-friendly runtime context
|
Yes
|
Yes
|
Yes
|
Yes
|
|
OpenText Core Application Security
|
Fortify scanning delivered as a service
|
No
|
No
|
No
|
Yes
|
|
HCL AppScan
|
Flexible deployment with combined testing
|
Yes
|
Yes
|
No
|
Yes
|
How We Tested
Expert Insights is an independent editorial team, and no vendor can pay to influence our reviews. We evaluated seven IAST platforms, assessing proof-based scanning accuracy, runtime visibility, and CI/CD integration through hands-on testing and customer feedback. This guide was written by Caitlin Harris, Deputy Head of Content, and technically reviewed by Laura Iannini, Cybersecurity Analyst at Expert Insights. Read our full methodology
Invicti
Invicti
Best for Teams needing accurate detection without false positive noise
Invicti offers a combined dynamic (DAST) and true interactive (IAST) scanning solution to enhance application security. Their DAST scanner offers vulnerability coverage, accurate scanning, and deep contextual insight into each vulnerability. The IAST sensor, Invicti Shark, works alongside the DAST scanner to improve vulnerability detection while reducing false positives.
- Invicti Shark IAST sensor deploys within the runtime environment, providing better visibility into the backend of web applications, including unlinked and hidden files
- Enables more mapping and testing of every page, reducing potential attack points
- Proof-Based Scanning verifies identified vulnerabilities as real and exploitable to eliminate false positives
- Locates exact vulnerability locations down to the specific file name and line number
- Accesses local configuration files to identify misconfigurations and suggests best practice recommendations
We recommend Invicti for teams looking for combined DAST and IAST scanning with Proof-Based Scanning to verify vulnerabilities are real and exploitable. The Invicti Shark IAST sensor provides strong backend visibility, and the ability to pinpoint issues down to specific file names and line numbers saves developers significant time.
Strengths
Cautions
Acunetix
Invicti
Best for Teams working with Node.js, PHP, Java, and ASP.NET applications
Acunetix’s vulnerability scanning platform is a DAST solution (black-box scanner) that transforms into an IAST solution (gray-box scanner) with the addition of Acunetix’s AcuSensor component. This solution works for applications written in Node.js, PHP, Java (including Spring framework), and ASP.NET.
- Acunetix IAST with AcuSensor scans every file, including hidden and unlinked ones, providing increased visibility into the backend of web applications
- Imports API definition files and links to test APIs using REST, SOAP, or GraphQL architecture
- Connects to the code interpreter or compiler to precisely identify the exact line of source code or location in a stack trace
- Provides a full directory listing of the web application to ensure complete scanning, including hidden and unlinked files
Acunetix with AcuSensor offers a reliable way to protect web applications from potential threats. The ability to precisely identify the exact line of source code makes remediation faster for developers. The support for REST, SOAP, and GraphQL API testing is a strong addition for teams with complex API environments.
Strengths
Cautions
Black Duck Seeker
Black Duck
Best for Organizations where compliance drives security testing
Black Duck Seeker is an IAST tool that monitors applications during testing to detect vulnerabilities, verify compliance, and track sensitive data flows. It was the first dedicated IAST solution on the market and uses patented active verification technology to confirm that detected vulnerabilities are actually exploitable. We think the sensitive data tracking capability sets this apart from other IAST tools, especially for organizations with PCI DSS, GDPR, or HIPAA compliance requirements.
- Patented active verification automatically confirms whether detected vulnerabilities are exploitable, reducing false positives without manual triage
- Sensitive data tracking monitors how PII, credentials, and financial data flow through your application, flagging unencrypted storage, improper logging, and insecure transmission
- Maps directly to PCI DSS, GDPR, and HIPAA requirements
- Supports microservices architectures through correlation headers that trace requests across HTTP service calls, with gRPC support for modern service mesh environments
- Integrates with CI/CD pipelines and pairs with Black Duck’s SCA and Coverity SAST, with runtime analysis requiring no code changes
The active verification approach gets praise for delivering confirmed results that development teams trust. Sensitive data flow tracking is valued by compliance-focused organizations. Integration with the broader Black Duck suite simplifies vendor management for teams already using Coverity or Black Duck SCA. Reviews note that deploying and configuring the agent across complex microservices environments requires careful planning, and the platform works best when integrated with structured QA testing workflows.
We think Seeker works best for organizations where compliance drives security testing requirements. The sensitive data tracking is a real differentiator; most IAST tools find code vulnerabilities but do not track how sensitive data moves through your application. If your compliance team needs to demonstrate that PII is handled correctly across services, this provides that evidence automatically. For teams focused purely on vulnerability detection without compliance mapping, other IAST tools may offer simpler deployment.
Strengths
Cautions
Checkmarx One
Checkmarx
Best for Enterprises consolidating their AppSec toolchain
Checkmarx One is a cloud-native application security platform that unifies SAST, SCA, IAST, DAST, API security, IaC scanning, and container security in a single service. The IAST component works alongside Checkmarx SAST to correlate static findings with runtime behavior, confirming which vulnerabilities are actually exploitable in your running application. We think the unified platform approach makes this a strong choice for enterprises that want to consolidate multiple AppSec tools under one vendor.
- Correlation engine connects SAST findings with IAST runtime data to prioritize vulnerabilities that are confirmed exploitable, reducing the developer backlog
- Fusion scoring combines results from all scan types into a single risk score per finding
- Supports over 40 languages and frameworks, with AI-powered remediation guidance contextualized to your codebase
- Supply chain security covers open source risk, malicious packages, and license compliance
- Native integration with GitHub, GitLab, Bitbucket, Azure DevOps, and Jenkins, with cloud-native architecture requiring no infrastructure to manage
The unified dashboard and consolidated findings across scan types get praise for reducing tool sprawl. Fusion scoring helps teams prioritize effectively across large codebases. Support responsiveness earns positive marks. Something to be aware of is that the breadth of capabilities means initial configuration and policy setup take time, and pricing is typically enterprise-tier with annual contracts.
We think Checkmarx One works best for enterprises consolidating their AppSec toolchain under a single platform. The IAST-to-SAST correlation is valuable because it answers the question static analysis alone cannot: is this vulnerability actually reachable at runtime? If your team is managing separate SAST, DAST, and SCA tools and wants one platform with unified prioritization, this delivers. For smaller teams or those needing only IAST, the full platform may be more than required.
Strengths
Cautions
Contrast Security Assess
Contrast Security
Best for Development teams wanting runtime context they understand
Contrast Security Assess is a dedicated IAST platform that uses runtime instrumentation to detect vulnerabilities from inside your running application. Rather than scanning from outside, Assess deploys sensors that use aspect-oriented programming to observe code execution, data flow, and library usage in real time. We think this inside-out approach delivers more accurate results than traditional DAST with significantly less configuration overhead.
- Sensors embed directly into your application runtime and observe every request, tracing data flow from input to output to detect SQL injection, XSS, and insecure deserialization with full call stack context
- Supported languages include Java, .NET Framework and Core, Node.js, Python, Ruby, and Go
- Security Trace format provides a complete map of how each vulnerability was triggered, giving developers everything they need to reproduce and fix the issue
- Built-in SCA uses runtime context to determine which vulnerable libraries are actually loaded and called, not just present in your dependency tree
- Route coverage analysis shows which application paths have been tested and which have not, with integration across CI/CD pipelines, ticketing systems, and WAFs
The accuracy of findings gets consistent praise, with teams reporting significantly fewer false positives than traditional DAST tools. The Security Trace format helps developers fix issues faster because they can see the exact data flow. Runtime SCA is valued for filtering out vulnerabilities in dependencies that are never actually executed. Reviews note that the sensor can add some performance overhead during testing, and teams need to plan agent deployment across their application environments.
We think Contrast Assess works best for teams that want continuous vulnerability detection embedded into their testing process rather than periodic scan-and-fix cycles. The runtime instrumentation approach means every functional test your QA team runs also becomes a security test, which dramatically increases coverage without additional effort. The runtime SCA filtering is a practical differentiator because it tells you which dependency vulnerabilities actually matter. If your team is frustrated by DAST false positives or SAST findings that are not reachable at runtime, this addresses both problems.
Strengths
Cautions
OpenText Core Application Security
OpenText
Best for Organizations wanting Fortify scanning as a managed service
OpenText Core Application Security is the cloud-delivered version of the Fortify application security platform, offering SAST, DAST, SCA, IAST, and mobile application security testing as a managed service. Each customer gets a dedicated tenant with isolated scanning infrastructure. We think the managed service model makes this a practical choice for organizations that want Fortify’s scanning depth without managing on-premises infrastructure.
- IAST capability works alongside DAST scanning to instrument your application at runtime, catching vulnerabilities that external-only testing misses
- Broader platform covers SAST across 34-plus languages, DAST for web application and API scanning, SCA for open source risk, and mobile testing for iOS and Android
- Version 26.2 added AI-powered scanning that extends coverage to 12 additional programming languages
- Each tenant is isolated, which matters for regulated industries with strict data separation requirements
- Managed service model means OpenText handles infrastructure, updates, and scaling, with CI/CD and issue tracker integration and compliance reporting for OWASP and PCI DSS
The breadth of testing types available from a single platform gets praise from teams replacing multiple point solutions. The managed service reduces operational overhead compared to on-premises Fortify deployments. Tenant isolation is valued by regulated industries. Something to be aware of is that the platform’s depth means there is a learning curve for teams new to Fortify, and pricing is typically enterprise-level with annual commitments.
We think Core Application Security works best for enterprises that want Fortify’s mature scanning technology delivered as a cloud service. If your organization already uses Fortify on-premises and wants to reduce infrastructure management, this is the natural migration path. The IAST component adds runtime validation to complement the strong SAST engine. For teams evaluating IAST specifically, the value here is in the broader platform rather than IAST as a standalone capability.
Strengths
Cautions
HCL AppScan
HCL Software
Best for Organizations needing flexible deployment with combined testing
HCL AppScan is an application security testing suite that includes SAST, DAST, IAST, and SCA capabilities. The IAST component uses a lightweight agent that instruments your application during testing to detect vulnerabilities from inside the runtime environment. We think AppScan’s strength is in the combined testing approach, where IAST findings correlate with SAST and DAST results to give teams a more complete and accurate picture of their application risk.
- IAST agent deploys alongside your application and monitors code execution during functional testing, catching SQL injection, authentication flaws, and sensitive data exposure that external scanning misses
- Correlation across SAST, DAST, and IAST findings reduces duplicates and helps teams prioritize confirmed vulnerabilities
- Deploys as cloud (AppScan on Cloud), on-premises (AppScan Enterprise), or desktop (AppScan Standard) depending on infrastructure requirements
- Covers over 30 programming languages and frameworks, with fix groups that bundle related vulnerabilities so developers address root causes
- Integration with Jenkins, Azure DevOps, GitHub, and other CI/CD tools, with compliance reporting mapped to OWASP Top 10, PCI DSS, and DISA STIG
The multiple deployment options get praise from organizations with specific infrastructure or data residency requirements. Fix groups are valued for reducing remediation effort by bundling related issues. The combined SAST, DAST, and IAST correlation provides higher confidence findings. Reviews mention that the interface can feel dated compared to newer cloud-native competitors, and configuring all scan types together requires investment in initial setup.
We think AppScan works best for organizations that need flexible deployment options with combined testing methodologies. The cloud, on-premises, and desktop options mean you can match deployment to your compliance and infrastructure constraints. The IAST correlation with SAST and DAST results provides practical value by confirming which findings are real and reducing duplicate triage. If your team needs a single vendor for all four testing types with deployment flexibility, this is worth evaluating.
Strengths
Cautions
Other Application Security Services
Beyond our top 7, these platforms offer IAST or adjacent application security testing capabilities worth considering depending on your environment.
Monitors running applications to detect vulnerabilities in real time.
Developer-first SAST platform with real-time feedback and open-source scanning.
Mobile-focused IAST for secure DevOps and compliance.
Pipeline-first platform integrating code security across the SDLC.
Application Security Pricing
IAST pricing in this category is almost entirely quote-based, as these capabilities are typically licensed as part of broader enterprise application security platforms. None of these vendors publish standard list pricing for IAST, so expect costs to scale with the number of applications instrumented and your deployment model.
| Product | Starting Price | Billing | Link |
|---|---|---|---|
|
Invicti
|
Contact for quote
|
Not disclosed
|
|
|
Acunetix
|
Contact for quote
|
Not disclosed
|
|
|
Black Duck Seeker
|
Contact for quote
|
Not disclosed
|
|
|
Checkmarx One
|
Contact for quote
|
Annual
|
|
|
Contrast Security Assess
|
Contact for quote
|
Not disclosed
|
|
|
OpenText Core Application Security
|
Contact for quote
|
Annual
|
|
|
HCL AppScan
|
Contact for quote
|
Not disclosed
|
|
Application Security Checklist
These are the questions and operational steps we recommend working through when selecting and deploying an IAST tool, whichever vendor you choose.
An IAST tool that confirms a vulnerability is actually exploitable before alerting is what keeps false positives from consuming developer time, so check whether and how it validates findings.
Findings that pinpoint the exact file, line, and call stack let developers fix issues without security expertise, while vague alerts get dismissed as noise.
IAST depends on an agent that supports your languages and frameworks, so a tool that does not cover your stack, including any legacy frameworks, simply cannot instrument it.
Single-page applications and microservices need explicit handling, including request correlation across services, or the tool will miss vulnerabilities that span components.
IAST delivers the most value when every functional test doubles as a security test, so it must fit your pipeline and surface findings where developers work without custom scripting.
Instrumentation adds some overhead, so confirm the agent does not slow test execution or release cycles enough that teams disable it.
Using runtime context to flag only the vulnerable libraries actually loaded and called cuts the open-source backlog down to what actually matters.
Mapping findings to PCI DSS, GDPR, or HIPAA, and tracking how sensitive data flows through the application, turns audit evidence collection into an automatic byproduct of testing.
Sensors need to be rolled out across test, staging, or QA environments, so factor deployment and configuration effort into your timeline before committing.
Confirm you can manage many applications from one console across cloud, on-premises, and hybrid environments as your portfolio grows.
The Bottom Line
IAST success depends on matching the tool to your application architecture, team maturity, and how much configuration overhead you can absorb.
If eliminating false positives is your top priority, Invicti confirms exploitable vulnerabilities before alerting developers, and the exact code line numbers speed remediation dramatically. Budget for enterprise pricing before committing. If developer experience matters more than advanced features, Contrast Security Assess delivers runtime visualization and threat context that developers actually understand, though language and framework compatibility is a factor for legacy applications.
If compliance requirements drive your security program, Black Duck Seeker tracks sensitive data handling and maps findings to regulatory standards. If you want unified scanning without separate tools, Checkmarx One combines SAST, SCA, and IAST into one platform, using existing functional tests for security analysis to eliminate the tax on release cycles.
If your environment spans web, mobile, and API applications, HCL AppScan consolidates multi-platform testing into one system, with IDE and pipeline integration that fits security testing naturally into development workflows. For enterprises wanting Fortify’s scanning depth delivered as a managed service with strong support, OpenText Core Application Security works well for larger teams with mature processes.
Read the individual reviews above to dig into deployment specifics, pricing, and the trade-offs that matter for your development environment.
Everything You Need To Know About Interactive Application Security Testing Tools (FAQs)
Interactive Application Security Testing (IAST), also known as “grey-box testing”, is the process of testing an application or API for vulnerabilities in real time, while the app is being run by either a real user or an automated test runner that’s “interacting” with the app’s features and functionality. Most IAST solutions are designed to test web applications and APIs, rather than desktop or mobile applications.
Because IAST solutions analyze vulnerabilities in real-time, they can easily be integrated into a DevOps team’s CI/CD pipeline, without adding any extra time onto it. By carrying out IAST, DevOps teams can discover and fix any vulnerabilities before the app goes to market. This means that such vulnerabilities are much easier and less costly to fix. It also ensures that the application is secure before anyone actually deploys it—helping to prevent future users of the app from falling victim to potential data breaches.
Most traditional application security testing methods only test code from the outside, or they focus on static analysis—performing tests and scans on the app while it’s idle, rather than while it’s being run. However, testing an app from within and while it’s running—as IAST tools do—provides three main benefits:
- It enables DevOps teams to scan code that’s being used in production, helping to avoid false positives that may have already been addressed in another part of the code base
- Some IAST tools also come with integrated development environment (IDE) integrations, which enable DevOps teams to scan their code in development as well as in production; this enables them to “shift left” their security checks to an earlier stage in the development lifecycle, when issues are often easier and cheaper to fix
- IAST solutions are able to link vulnerability findings to the exact point in the source code where the vulnerability is, allowing for quick identification and remediation
However, IAST does also have some drawbacks. If an IAST solution doesn’t offer an IDE plugin, it can only test applications that have already been built. Additionally, IAST is programming language-dependent, so if your organization uses a less popular technology, it may not be compatible with an IAST tool.
Finally, IAST tools only scan code that’s actually executed during the test. This means that, if your tester forgets to test some functionality, the code behind that functionality may still have vulnerabilities in it when the code goes to market. To avoid this, we recommend deploying your IAST tool in a QA environment that runs automated, functional tests. This can help avoid human error and ensure that all of the app’s functionality is tested.
IAST tools scan the code of an application as it’s being executed. At their core, IAST tools are built upon sensor modules, which keep track of an application’s behavior while the tester is interacting with it. These sensors have access to the code itself, data flows and control flows, system configuration data, back-end connection data, and any web components. If the IAST tool detects a vulnerability within any of these areas—such as potential for an SQL injection, API keys being hardcoded in cleartext, or unencrypted connections—it alerts the DevOps team so they can quickly locate and remediate it.
There are type ways of implementing IAST sensors: you can either use invasive sensors, or non-invasive sensors. Most IAST tools use invasive sensors, which require the developer to make changes to the source code (a process known as “instrumentation”) in order for the sensors to work. This means that the organization has to maintain two separate versions of their source code—one with sensors and one without—which can lead to organizational complexity.
Non-invasive sensors, on the other hand, are not placed in the source code, so don’t require the source code to be modified for them to work. Instead, these sensors attach to the server-side runtime environment and analyze the code as it’s executed by the web server or application server.
There’s one more layer of complexity to IAST solutions—just as there are two types of IAST sensor, there are also two types of IAST itself: active and passive IAST. Active IAST is often called “DAST-induced IAST”, because it requires a Dynamic Application Security Testing (DAST) tool to work. The DAST tool activates the IAST sensors (which, with active IAST, are usually invasive sensors) to validate vulnerabilities that are found during the DAST tool’s attack simulations, which are run by an application security analyst. This type of IAST provides very accurate results, but it cannot be automated and requires its own testing environment. Active IAST tools also often don’t collate IAST and DAST data. For these reasons, active IAST isn’t suitable for large-scale or fast-paced DevOps environments.
Passive IAST, also known as “self-sufficient IAST”, was created to overcome the obstacles presented by active IAST. Instead of running dedicated tests or simulated attacks, it leverages all forms of functional testing to collect vulnerability data. This means that passive IAST can be manual or automatic—making it well-suited to fast-paced DevOps environments.
There are a few key features that you should look for in a strong IAST solution:
- A low false positive rate. Your IAST tool should only scan code that’s actually being used in production. This will help it to avoid false positives; some vulnerability scanning technologies scan code across different codebases, which opens up the opportunity for them to flag issues that have already been fixed elsewhere. By scanning code in production, your chosen IAST tool will only highlight genuine issues to you, helping save developer time and resources.
- Fast, automatic testing. Because IAST tools are usually used to test the security of applications that have already been built, it’s important that they’re able to scan large amount of code quickly. To enable this, you should look for a solution that provides automatic testing, with options to scan only new code or code that’s been edited since the last scan.
- Easy deployment. Your IAST solution should be ready to deploy out-of-the-box, with little to no need for custom configuration so that you can start scanning straight away. Deployment methods may include fully automated, manual, or Docker-based deployment.
- Real-time results. Your chosen IAST tool should provide feedback on any discovered vulnerabilities within seconds of finding them. This helps your developers to fix any issues quickly, so that your code is exposed to those vulnerabilities for as little time as possible.
- Vulnerability location pinpointing. IAST solutions have access to the application’s code, runtime control and data flow, memory and stack trace information, HTTP actions, and use of libraries and frameworks, they can pinpoint the exact source of any vulnerabilities they identify. The best IAST tools feed this information back to the developers so that they can locate and remediate the issue more quickly.
- CI/CD integration. Your IAST tool should integrate easily with your CI/CD tools, including standard build, test, QA, and bug tracking tools, without you having to spend lots of time configuring it or tuning it to reduce false positives. Depending on your specific use case, you may also wish to look for a solution that offers web APIs that enable you to integrate it into enterprise-specific tools, such as Jenkins builds.
- Compatibility with your application’s architecture. Your chosen solution should be able to support the architecture your application is built on, be it microservices-based, cloud-based, or standard architecture. If your application uses microservices, you should look for an IAST tool that allows API testing to ensure the security of those connections.
- Compatibility with multiple testing methods. Finally, your chosen IAST tool should be compatible with automated testing methods, manual QA/dev tests, unit testing, web crawlers, and any other testing methods you use.
IAST plays a crucial role in a comprehensive application security strategy by complementing other testing methods:
- SAST (Static Application Security Testing): IAST complements SAST by providing more accurate results and detecting vulnerabilities that SAST might miss due to its limited runtime visibility.
- DAST (Dynamic Application Security Testing): IAST offers more detailed information about the location and cause of vulnerabilities than DAST, enabling faster and more efficient remediation.
- Software Composition Analysis (SCA): IAST can work alongside SCA to provide a more complete view of application security, including vulnerabilities in both custom code and third-party libraries.
- Penetration Testing: IAST can help penetration testers by providing insights into application behavior and potential vulnerabilities, making their testing more targeted and effective.
By combining IAST with these other methods, organizations can achieve a more robust and well-rounded application security posture, reducing the risk of security breaches and ensuring the development of secure software.
Application Security Resources
Further reading on application security from Expert Insights — buyers' guides, comparison articles, and platform-specific shortlists.
Written By
Joel is the Director of Content and a co-founder at Expert Insights; a rapidly growing media company focussed on covering cybersecurity solutions.
He’s an experienced journalist and editor with 8 years’ experience covering the cybersecurity space. He’s reviewed hundreds of cybersecurity solutions, interviewed hundreds of industry experts and produced dozens of industry reports read by thousands of CISOs and security professionals in topics like IAM, MFA, zero trust, email security, DevSecOps and more.
He also hosts the Expert Insights Podcast and co-writes the weekly newsletter, Decrypted. Joel is driven to share his team’s expertise with cybersecurity leaders to help them create more secure business foundations.
Technical Review
Laura Iannini is a Cybersecurity Analyst at Expert Insights. With deep cybersecurity knowledge and strong research skills, she leads Expert Insights’ product testing team, conducting thorough tests of product features and in-depth industry analysis to ensure that Expert Insights’ product reviews are definitive and insightful.
Laura also carries out wider analysis of vendor landscapes and industry trends to inform Expert Insights’ enterprise cybersecurity buyers’ guides, covering topics such as security awareness training, cloud backup and recovery, email security, and network monitoring. Prior to working at Expert Insights, Laura worked as a Senior Information Security Engineer at Constant Edge, where she tested cybersecurity solutions, carried out product demos, and provided high-quality ongoing technical support.
Laura holds a Bachelor’s degree in Cybersecurity from the University of West Florida.