What is ZeroThreat?
ZeroThreat is an automated penetration testing platform designed to emulate how real attackers identify and exploit weaknesses in web applications and APIs. Instead of static vulnerability detection, it autonomously analyzes application behavior, maps attack paths, and confirms security impact.
Unlike traditional tools that rely on static signatures, ZeroThreat understands app behavior. It interacts with your apps the way users and attackers do, which navigates workflows, tests authorization boundaries, analyzes transactional logic, and validates exploitability before reporting risk.
What Makes ZeroThreat Different
ZeroThreat goes beyond traditional tools by performing autonomous, attacker-like penetration testing. It validates exploitability in real time, adapts to dynamic attack surfaces, and continuously simulates real-world attack paths. The platform delivers risk-prioritized findings aligned with modern CI/CD-driven engineering workflows.
How ZeroThreat Delivers Continuous Pentesting
ZeroThreat runs as a persistent security testing engine embedded into your development lifecycle. It automatically discovers new assets, maps application logic, and re-tests environments as code changes.
Discover the Real Attack Surface
Continuously map assets from web apps and APIs, identifying exposed endpoints, authentication flows, parameters, and hidden entry points. This ensures no externally reachable asset is overlooked.
Simulate Real-World Attack Paths
The AI engine chains vulnerabilities together, mimicking adversarial behavior such as privilege escalation, auth bypass, injection exploitation, and business logic abuse.
Validate Exploitability
Findings are not theoretical. ZeroThreat’s Agentic AI pentesting confirms whether a vulnerability can be practically exploited. This reduces false positives and eliminates alert fatigue.
Prioritize by Business Risk
Issues are ranked based on exploit impact, data exposure risk, and severity alignment (OWASP, CWE/SANS), enabling focused remediation.
Fix and Rescan
Get remediation guidance with exploit proof. It also allows you to rescan particular fixes after deployment to verify resolution and prevent regressions. This ensures vulnerabilities are fully eliminated, not just patched.
How ZeroThreat Differs from Traditional Pentesting
| Capability | Traditional Tools | |
|---|---|---|
| Rule-based scanning using predefined payloads | | |
| | Detects signals, often unverified | |
| | Primarily SaaS-based deploymen | |
| | High manual triage required | |
| | Limited, rule-based checks | |
| | Basic login support | |
| | Weak or inconsistent | |
| | Endpoint scanning, limited context | |
| | Reports potential injection points | |
| | Requires full re-scan | |
| | Hours for deep scans | |
| | Risk of disruption in live apps | |
| | Requires tool updates | |
| | Minimal | |
| | Basic |
Who Benefits from ZeroThreat?
Our automated, point-and-click interface lets any industry secure applications without extensive expertise.
Frequently Asked Questions
Is ZeroThreat a DAST tool or an autonomous pentesting platform?
ZeroThreat goes beyond traditional DAST scanning. While it uses dynamic testing techniques, it autonomously simulates attacker behavior, chains vulnerabilities, and confirms exploitability. It functions as a continuous offensive security engine rather than a signature-based scanner.
How does ZeroThreat validate real-world exploitability?
What types of vulnerabilities does ZeroThreat detect?
Can ZeroThreat integrate with CI/CD pipelines?
Does ZeroThreat replace manual pentesting?
How does ZeroThreat reduce false positives?
Is ZeroThreat suitable for API-heavy architectures?
Does ZeroThreat support compliance requirements?
How quickly can teams get started with ZeroThreat?
Ready to Get Started?
Experience the future of AppSec with ZeroThreat—secure your apps and APIs with intelligence, speed, and simplicity.





