Turn code and runtime findings into triaged evidence, correlated remediation, and enforceable CI security checks
Compare what SAST, DAST, and SCA can detect or miss across a web application's code, runtime, and dependencies.
Trace sources to sinks in a concrete code path and evaluate the evidence that makes a static finding actionable.
Classify scan results as true positives, false positives, or acceptable risks and record a documented disposition.
Explain how DAST crawls and tests a running application, then connect observations to logs and server-side evidence.
Implement a CI workflow that combines SAST, DAST, and SCA with deduplication, baselines, policy gates, and review artifacts.
3 sections · 6 lessons
Define trust boundaries and the distinct coverage of SAST, DAST, and SCA. Trace tainted data from sources to sinks, including over-approximation and evidence for actionable findings.
2 lessonsRun SAST against a sample repository and assign documented dispositions to its findings. Examine how DAST crawls, fuzzes, validates outcomes, and relates runtime observations to server evidence.
2 lessonsCorrelate SAST, DAST, and SCA results into one remediation view linking code, endpoints, and dependencies. Build CI gates with baselines, policy failures, and artifacts for review.
2 lessonsA web application's attack surface spans its code, runtime behavior, and dependencies, and each testing method reveals different evidence. This course develops practical judgment across SAST, DAST, and SCA, from interpreting findings on a sample application to connecting them in a CI workflow with clear security policies and reviewable artifacts.
Trust boundaries, static tainted-data analysis, dynamic crawling and input testing, finding triage, and evidence from code, endpoints, logs, and dependencies. The course also covers deduplicated remediation views, CI security gates, baselines, policy failures, and review artifacts.
From project managers and operators to founders, analysts, and teams adopting AI, Fenzo is for people who want to get better at the work they already do.
Anything from using AI for project planning and analysis to improving workflows, decision-making, communication, and delivery. If you can describe the skill or task, Fenzo can build a course around it.
Yes. Tell Fenzo what you do, what you’re trying to accomplish, and where you’re stuck, and Fenzo will shape the course around your role, your goals, and the work you actually have to do.
No. Fenzo adapts to your starting point, so you can begin with the fundamentals or jump straight into more advanced work.
Yes. Fenzo for Business puts the whole team on one plan — shared seats, courses you can assign, and reporting on who has finished what.
See Fenzo for BusinessYou start by describing your goal or taking a short skill benchmark. Fenzo uses that context to identify gaps and shape the learning experience around them.
Yes, Fenzo works in your mobile browser.
Something to operate in every section.
Three findings from decades of learning research shaped how every Fenzo lesson is built.
Average pass rate · Freeman et al., PNAS 2014
What the science says
Students in lecture-only classes are 1.5× more likely to fail.
How Fenzo does it
Every Fenzo lesson is interactive. No passive reading or watching, ever.
You work through itAI does it for you
Skill retention over time · with vs. without practice
What the science says
Offloading thinking to AI erodes the very skills you’re trying to build.
How Fenzo does it
Fenzo makes you do the thinking — guided, but never done for you.
Retrieval practiceRe-reading
Long-term recall · retrieval vs. re-reading
What the science says
Recalling information beats re-reading it for building durable understanding.
How Fenzo does it
Lessons weave in quizzes and recall prompts, so it sticks.