Application Security, Proven.
CyberSagacity replaces application security chaos with decision-grade intelligence, so you know what matters, what to fix first, and how to protect enterprise value.
SATraits 
Open the AST tool blackbox and understand their true coverage and accuracy of important vulnerabilities for your application
SATriage
Understand the potential financial risk and consequence of every code defect and know the vulnerabilities that are statistically most likely to impact your business
The CyberSagacity Ecosystem
Application Security, Quantified
93%
of all breaches have application defects as their root cause
50%
of all software is released with severe embedded security vulnerabilities
80%
of all breaches are zero days that current AppSec processes miss
20%
is the maximum coverage of important defects by any one AppSec tool
<1%
of defects are found by 2 or more AppSec tools
$4.45M
Our flagship tools take the uncertainty and risk out of your application security.
Our flagship tools take the uncertainty and risk out of your application security.
Reducing cyber risk starts with advancing application security to be more effective and useful.
AST and AI-powered analysis tools are essential, but no single solution delivers complete or consistently accurate defect coverage. CyberSagacity validates findings, measures coverage, improves severity classification, and intelligently prioritizes remediation across your entire AppSec toolchain
Independent research shows AppSec tools routinely misclassify software defects, generating excessive false positives while overlooking critical vulnerabilities. CyberSagacity helps streamline your AppSec processes, reduce noise, uncover hidden risk, and enable security and development teams to focus on the defects that matter most, maximizing risk reduction and AppSec ROI.
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With so many vulnerabilities in a variety of forms...
...where does one begin?
Our flagship tools take the uncertainty and risk out of your application security.
Platform Capabilities
Utilizing Big Data Predictive Analytics, reduce risk and overall AppSec costs by orders of magnitude.
Our tools provide four approaches to AppSec management: (1) statistical 1:N ranking; (2) 1:N ROI and financial loss ranking; (3) 1:N mission critical consequence or attack ranking; (4) any combination of (1) – (3).
CyberSagacity increases the utility of AST tools, pinpoints severe defects, determines all defect consequences essential for mission critical applications and promotes informed decision making with financial risk metrics. Three key tenets of the CyberSagacity value proposition are:
AppSec Cost Reduction
Only 3 – 5% of defects have a positive ROI for cost-to-fix. Alternatively, our tool statistically prioritizes defects 1:N, from single most important defect to least, resulting in less than 1% of defects having the probability of being critical.
Just think about the impact of that focus on work effort with your overwhelmed security staff. With an ROI-based approach, a team can fix all positive ROI defects from all industry tools for less than cost-to-fix severe defects from one tool.
Common Business Language
A financial basis enables evidence-based plain speak across your organization. Motivate development teams to resolve defects with financial loss statistics for each defect. Management will know when to stop defect resolution efforts with fiscal loss estimations.
The C-suite will know the ROI, value, and risk for your application security program. Risk management will know the fiscal liability associated with the acquisition of applications, third-party applications, or use of open source software.
Mission Critical – Zero Trust
SATriage is the only tool that determines the range and probabilities of all consequences for each defect. For example, immediately find all defects that allow attacker to take control of the application or the defects that allow exposure of top-secret or personal health data.
Understand what risks you are taking because of tool inaccuracies – statistics show that 80% of truly critical defects are designated as minor by other methods.
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In the era of accelerated development, we no longer just write software; we assemble it. Today, open-source software (OSS) constitutes between 80% and 95% of modern applications. It is the foundation of cloud-native architectures, microservices, and AI-assisted development.
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