Rocheston AINA Breach Simulator
AINA is a powerful cybersecurity simulator that lets users safely practice real web-application attacks inside a controlled environment. It’s built into Rose X OS and used in RCCE training to help learners and professionals understand how real breaches happen — without any risk to live systems.
With AINA, you pick a target from a library of more than 100 intentionally vulnerable websites (like banking apps, e-commerce stores, university portals, hotels, and tech-company sites). Then you select which MITRE ATT&CK tactics to test — things like SQL injection, cross-site scripting, or file inclusion — and click Launch
AINA instantly runs the full simulation, shows live attack progress on screen, and generates easy-to-read reports that explain what succeeded, what was blocked, and why. It’s the fastest way to see how attacks work and how defenses respond — perfect for learning, teaching, and validating cybersecurity skills.
With AINA, you pick a target from a library of more than 100 intentionally vulnerable websites (like banking apps, e-commerce stores, university portals, hotels, and tech-company sites). Then you select which MITRE ATT&CK tactics to test — things like SQL injection, cross-site scripting, or file inclusion — and click Launch
AINA instantly runs the full simulation, shows live attack progress on screen, and generates easy-to-read reports that explain what succeeded, what was blocked, and why. It’s the fastest way to see how attacks work and how defenses respond — perfect for learning, teaching, and validating cybersecurity skills.
Rocheston AINA Breach Simulator
Train like an adversary—safely. AI‑assisted breach simulator for web apps, used in RCCE training and available in Rose X OS.
Real attacks. Safe lab. Faster skills.
What Does it Do?
Point AINA at an approved target → select tactics → click Launch Attack. AINA executes mapped MITRE ATT&CK techniques end‑to‑end with live feedback.
One click. One run. Clear results.
One click. One run. Clear results.
100+ Vulnerable Apps in Rose X OS
Rose X OS includes 100+ intentionally vulnerable web applications covering SQL injection, XSS, CSRF, SSRF, IDOR, auth bypass, RCE, LFI/RFI, path traversal, cookie theft, insecure deserialization, and more.
Practice every scenario — hundreds of realistic targets.
Why It’s Different
Autonomous adversary logic + ATT&CK mapping + safety controls = credible training runs without messy setup.
Laboratory accuracy with production-grade control.
AINA Engine
AINA sequences steps, adapts to responses, and produces clean artifacts so learners see clear cause → effect.
Precise orchestration, clean evidence.
MITRE ATT&CK Alignment
Every action maps to tactics and techniques; visualize coverage, spot gaps, and export mappings for review.
ATT&CK-mapped runs, audit-ready outcomes.
Attack Catalog
A broad library across recon, scanning, web exploitation, credentials, DoS, persistence, exfiltration, cloud/AD, Linux/Windows, phishing, and IoT—plus custom methods.
The toolbox you need for every threat vector.
Live Telemetry
Follow progress in real time: step status, artifacts, timestamps, and outcomes for instructor narration.
See every step — instant clarity.
Console & Logs
Searchable, time‑stamped logs show successes, failures, and context for walk‑throughs and debriefs.
Logs that tell the full story.
Reports & Exports
Instant summaries—success vs blocked, tactic breakdowns, KPIs, and sortable results; export JSON and print‑ready briefs.
Report-ready evidence in seconds.
Assessment & Scoring
Turn runs into measurable outcomes: time‑to‑detect, time‑to‑respond, objectives achieved, and instructor notes.
Measure skills. Improve results.
Scenarios & Templates
Prebuild lessons with chosen techniques, targets, and objectives; save, reuse, and share across cohorts.
Build once, teach everywhere.
Run Modes & Safety
Simulation for classroom‑safe runs; Emulation for deeper realism. Dry‑runs, throttling, rate limits, and a global Kill Switch.
Realism you control, safety you trust.
Target Management
Register lab/staging targets, set URLs and ports, and rotate environments per lesson to keep scenarios fresh.
Organized targets, repeatable lessons.
Video Tour
A 60‑second overview: select target → choose tactics → launch → watch telemetry → export report.
See a full run in one minute.
For Instructors
Reduce prep time, standardize labs, and run evidence‑based debriefs at any class size.
Less setup, better teaching.
For Learners
Practice real techniques on purpose‑built targets and build a portfolio of mapped results and reports.
Hands-on practice, portfolio proof.
Enterprise‑Scale Labs
Scale to large classes and cyber ranges with consistent images, multi‑seat setups, and reliable offline delivery.
Train one team or the whole org.
Governance, Ethics & Legal
Authorized use only on approved, non‑production systems; follow institutional policies and use built‑in safeguards.
Built-in safeguards, governance first.
Get Started
Choose a target → pick ATT&CK coverage → select methods → Launch. Explore sample labs or contact support for instructor resources.
Ready, set, simulate.
Rocheston AINA Breach Simulator Screenshots
Rocheston AINA Breach Simulator — Enterprise-Grade Cybersecurity Breach Platform
Rocheston AINA Breach Simulator brings together realism, safety, and precision in one complete cybersecurity training platform. It is built for both professionals and students who want to experience real-world attacks in a fully controlled lab setting. AINA gives users the freedom to launch and observe web application breaches without any risk to live systems, making it a reliable and practical tool for cybersecurity learning and enterprise validation.
The simulator operates within Rose X OS and comes with a large collection of more than 100 intentionally vulnerable web applications. These cover a wide range of industries and use cases — banking, e-commerce, universities, hotels, healthcare, gaming, and more. Each site contains realistic weaknesses such as SQL injection, XSS, CSRF, SSRF, IDOR, and file inclusion, providing a complete picture of how attackers exploit systems and how defenders can detect them. Users can select which targets to test, choose their MITRE ATT&CK tactics, and launch the simulation. Every run is deterministic, meaning it follows exactly what the user configures — no random actions, no guesswork.
During each exercise, AINA streams live telemetry, showing every step, status, and result in real time. You can see the tactics used, the point of entry, and the impact as it unfolds. When the run finishes, the simulator automatically generates detailed reports with timestamps, success and failure data, and tactic mappings, all in a clear, exportable format. These reports can be used for training records, SOC analysis, or compliance documentation, making AINA valuable not only for learners but also for organizations that need measurable performance data.
AINA was designed to make cybersecurity education visual, interactive, and measurable. It saves hours of setup time that would otherwise be spent configuring attack labs, allowing users to focus on actual learning and analysis. The system is fully governed by strict safety controls—rate limits, dry-run previews, sandboxed targets, and a global kill switch—to ensure every simulation remains secure. It is a complete, safe, and scalable platform for anyone who wants to practice cybersecurity the way professionals do.
For RCCE students, AINA is the perfect bridge between theory and hands-on experience. It allows learners to practice real attack techniques, observe telemetry, understand response behavior, and gain a true understanding of how web vulnerabilities work in practice. For enterprise teams, it becomes a validation tool—used to measure detection speed, incident handling, and defensive capability across multiple simulated scenarios.
With AINA, breach simulation is no longer limited to elite red teams or expensive enterprise systems. It’s now accessible, structured, and measurable, ready to transform how cybersecurity training is delivered. Every launch demonstrates Rocheston’s commitment to redefining how cybersecurity professionals learn, test, and evolve in a constantly changing digital world.
The simulator operates within Rose X OS and comes with a large collection of more than 100 intentionally vulnerable web applications. These cover a wide range of industries and use cases — banking, e-commerce, universities, hotels, healthcare, gaming, and more. Each site contains realistic weaknesses such as SQL injection, XSS, CSRF, SSRF, IDOR, and file inclusion, providing a complete picture of how attackers exploit systems and how defenders can detect them. Users can select which targets to test, choose their MITRE ATT&CK tactics, and launch the simulation. Every run is deterministic, meaning it follows exactly what the user configures — no random actions, no guesswork.
During each exercise, AINA streams live telemetry, showing every step, status, and result in real time. You can see the tactics used, the point of entry, and the impact as it unfolds. When the run finishes, the simulator automatically generates detailed reports with timestamps, success and failure data, and tactic mappings, all in a clear, exportable format. These reports can be used for training records, SOC analysis, or compliance documentation, making AINA valuable not only for learners but also for organizations that need measurable performance data.
AINA was designed to make cybersecurity education visual, interactive, and measurable. It saves hours of setup time that would otherwise be spent configuring attack labs, allowing users to focus on actual learning and analysis. The system is fully governed by strict safety controls—rate limits, dry-run previews, sandboxed targets, and a global kill switch—to ensure every simulation remains secure. It is a complete, safe, and scalable platform for anyone who wants to practice cybersecurity the way professionals do.
For RCCE students, AINA is the perfect bridge between theory and hands-on experience. It allows learners to practice real attack techniques, observe telemetry, understand response behavior, and gain a true understanding of how web vulnerabilities work in practice. For enterprise teams, it becomes a validation tool—used to measure detection speed, incident handling, and defensive capability across multiple simulated scenarios.
With AINA, breach simulation is no longer limited to elite red teams or expensive enterprise systems. It’s now accessible, structured, and measurable, ready to transform how cybersecurity training is delivered. Every launch demonstrates Rocheston’s commitment to redefining how cybersecurity professionals learn, test, and evolve in a constantly changing digital world.
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