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Validate your defenses: systems, people, and processes.

SAMI’s autonomous simulations think like attackers and report like auditors. By combining live adversary intelligence, dynamic penetration testing, and full-stack internal and external attack simulations etc SAMI continuously validates the resilience of your defenses; across IT, OT, Cloud, AI, and third-party environments.

These data is corelated to any weaknesses found, SAMI quantifies the liability, calculates your SPI (Strategic Prioritization Index) and LII (Liability Introduction Index), and builds a roadmap to strengthen your posture before attackers strike, all while integrating live context from your existing tools like SIEM, SOAR, EDR, and MDR to show what’s really happening inside your environment.

Why It Matters

Most organizations test their defenses only after an incident.
Traditional scans and annual pen tests flag issues but don’t show what’s truly exploitable or how attackers could use those weaknesses to cause real damage. Meanwhile, threat actors are evolving using automation, AI, and multi-vector attacks like phishing, credential theft, ransomware, upply-chain compromise and more

SAMI changes this.

It delivers continuous, autonomous attack simulations, penetration testing etc. that mirror real-world adversary behavior safely, ethically, and constantly. Whether you want to see how ransomware could spread internally, how APT groups would target your OT network, or how an AI prompt injection could compromise your models, SAMI can emulate those scenarios at scale.

Each test isn’t just a “red team result.” It’s a quantified liability insight in dollars, downtime, and compliance risk – proof you can take to your board, regulator, or insurer.

What SAMI Delivers

Simulates thousands of real-world attacker tactics from common malware campaigns to nation-state-level APT strategies across
internal and external surfaces just to give
a few examples:

  • Malware, ransomware, brute-force, and credential theft scenarios.
  • Advanced Persistent Threat (APT) emulation with multi-stage persistence and exfiltration chains.
  • Living-off-the-land behavior.
  • Privilege escalation and lateral movement analysis.
  • Industrial and IoT attack path modeling across OT/ICS/SCADA systems.
  • AI-specific attacks including prompt injection, jailbreaks, data leakage, and evasion.

Simulates thousands of real-world attacker tactics from common malware campaigns to nation-state-level APT strategies across
internal and external surfaces just to give
a few examples:

  • Malware, ransomware, brute-force, and credential theft scenarios.
  • Advanced Persistent Threat (APT) emulation with multi-stage persistence and exfiltration chains.
  • Living-off-the-land behavior.
  • Privilege escalation and lateral movement analysis.
  • Industrial and IoT attack path modeling across OT/ICS/SCADA systems.
  • AI-specific attacks including prompt injection, jailbreaks, data leakage, and evasion.

Simulates thousands of real-world attacker tactics from common malware campaigns to nation-state-level APT strategies across
internal and external surfaces just to give
a few examples:

  • Malware, ransomware, brute-force, and credential theft scenarios.
  • Advanced Persistent Threat (APT) emulation with multi-stage persistence and exfiltration chains.
  • Living-off-the-land behavior.
  • Privilege escalation and lateral movement analysis.
  • Industrial and IoT attack path modeling across OT/ICS/SCADA systems.
  • AI-specific attacks including prompt injection, jailbreaks, data leakage, and evasion.

Simulates thousands of real-world attacker tactics from common malware campaigns to nation-state-level APT strategies across
internal and external surfaces just to give
a few examples:

  • Malware, ransomware, brute-force, and credential theft scenarios.
  • Advanced Persistent Threat (APT) emulation with multi-stage persistence and exfiltration chains.
  • Living-off-the-land behavior.
  • Privilege escalation and lateral movement analysis.
  • Industrial and IoT attack path modeling across OT/ICS/SCADA systems.
  • AI-specific attacks including prompt injection, jailbreaks, data leakage, and evasion.

Customer Value

Internal

Validates resilience within your own infrastructure,  systems, processes, and users.

External

From Threats to SPI & LII

Every simulation feeds directly into SAMI’s core intelligence models:

SPI (Strategic Prioritization Index):

Quantifies each exploitable weakness by its real-world business impact – factoring in risks, active threats, policies, compliance, and context.

LII (Liability Introduction Index):

Measures how external vendors, partners, and third parties could introduce liabilities through their own vulnerabilities or misconfigurations.

This dual scoring approach gives your organization an unified, defensible, liability-first view  showing not just what’s vulnerable, but what actually matters.

Why SAMI is Different

SAMI’s attack simulation engine doesn’t rely on static signatures or pre-defined scripts. It uses a live adversary model built on numerous standardized frameworks such as MITRE ATT&CK etc and proprietary simulation playbooks that mimic real campaigns in real time safely.
 It’s the only platform that unifies:

Simulation

continuous, autonomous attack testing.

Correlation

continuous, autonomous attack testing.

Quantification

continuous, autonomous attack testing.

Every layer, every detail — from endpoints to vendors, from binaries to open-source libraries

Continuous & autonomous — no consultants, no manual effort

Liability-first — not just CVEs, but real-world business impact

Board-ready clarity — SPI turns technical risk into executive language

Every risk uncovered.
Every impact quantified

SAMI finds risks across your stack – and shows exactly what they mean in financial, operational, and compliance terms.

MySAMI is the world’s first liability first cybersecurity platform built to unify your stack, simulate threats, and automate remediation across IT, OT, cloud, and AI.