ZeroThreat vs Akto: AppSec Built for Scale and Governance
ZeroThreat is an AI-driven application security testing platform for continuous DAST and automated pentesting. While Akto emphasizes API discovery and monitoring, ZeroThreat validates real exploitability across web apps and APIs, reducing false positives by 99.9%.
ZeroThreat vs Akto: Securing Applications That Drive the Business
ZeroThreat is a modern penetration testing platform built for teams that want to find what attackers can actually exploit. Through continuous DAST and automated penetration testing, ZeroThreat validates vulnerabilities with real attack techniques, ensuring security teams act only on issues that present real-world risk.
Akto focuses on API observability and posture management, helping organizations inventory APIs, detect changes, and identify configuration weaknesses across environments. It is well-suited for teams looking to maintain API security.
ZeroThreat vs Akto: Feature Comparison
What Makes ZeroThreat the Best Choice for Application and API Security
Proven Reduction of Exploitable Risk
ZeroThreat’s API security testing validates vulnerabilities through real attack execution, giving CISOs confidence that reported issues represent true business risk, not theoretical exposure.
Continuous Security Without Slowing Delivery
Designed for modern DevSecOps, ZeroThreat delivers application security testing that scales with development velocity and supports rapid, secure releases.
Complete Visibility Into Application & API Exposure
ZeroThreat continuously uncovers known and unknown application endpoints, enabling leadership to maintain an accurate, real-time view of the attack surface.
Regional Data Storage for Regulatory Assurance
Enable organizations to keep security data within approved geographic boundaries. This helps CISOs meet data residency and regulatory requirements without compromising testing capability.
No Learning Curve
ZeroThreat is built for immediate adoption, enabling you to start scanning on day one without training or specialized expertise. This ensures consistent security coverage across teams.
Security Aligned with Zero Trust Principles
Testing is performed across authenticated user contexts and access boundaries, ensuring vulnerabilities are identified as attackers would encounter them in real environments.
Pay for Coverage That Reduces Real Risk
ZeroThreat offers a transparent pricing model designed to scale with your API footprint. As coverage grows, pricing remains predictable, helping security leaders plan budgets with confidence while ensuring every dollar is invested in a measurable reduction of exploitable risk.
(Target Based Unlimited Scan)
Best Value
For dev teams running frequent scans across staging, QA, and production.
$100
Target = Target Application (URL, Web App, APIs)
Additional targets @ $75 each
Annually
20% Saving
(Unlimited Targets)
For developers or security teams needing flexible, on-demand scans.
$125
Credit Valid for 1 Year
How Volume Discount Works
Buy more scan credits, save more per scan:
- - 5% off from 10–20 credits
- - 10% off from 30–50 credits
- - 15% off from 75–100 credits
- - 20% off from 250+ credits
Discounts are applied
automatically as you increase
your credit purchase.
Each credit @ $25
99.9%
AI-Enhanced Accuracy
90%
Reduced Manual Pentest
ZERO
Configuration Required
10X
Faster Scan Result
Frequently Asked Questions
What is the primary difference between ZeroThreat and Akto?
ZeroThreat focuses on active, vulnerability-validated application and API security through continuous DAST and automated pentesting. Akto focuses on API discovery, inventory, and posture monitoring, with some active testing via traffic replay.
Does Akto perform active penetration testing like ZeroThreat?
Which platform is better for reducing false positives?
How do ZeroThreat and Akto differ in API security coverage?
Is ZeroThreat or Akto better suited for DevSecOps teams?
Which platform provides clearer risk prioritization for CISOs?
Who should choose ZeroThreat over Akto?
Security Testing That Confirms What Matters
Confirm what attackers can actually exploit, not just what scanners find.