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Secure AI From Strategy Through Production

Symosis helps organizations secure enterprise AI across governance, architecture, data, identities, applications, models, and autonomous agents.

Tested against real attack paths. Designed for real operating environments.

AI Requires Continuous Assurance

Organizations need ongoing visibility into how AI systems behave after deployment—not just one-time assessments.

AI Is Changing the Enterprise Attack Surface

Traditional Application Security Is Not Enough

Prompt injection, RAG manipulation, model abuse, excessive agency, and tool misuse introduce new attack paths.

Agents Expand Enterprise Privilege

AI agents increasingly access APIs, SaaS applications, sensitive data, business systems, and enterprise workflows.

AI Adoption Is Decentralized

AI applications, copilots, models, and agents are being introduced faster than traditional governance programs can inventory and assess them.

AI Security Problems We Help Solve

AI security is not one problem. Symosis helps organizations identify where AI creates risk, design practical controls, and validate those controls across the operating environment.

AI Governance, Discovery & Risk

Establish visibility and control over enterprise AI adoption.

Capabilities:

  • Enterprise AI discovery and inventory

  • AI use-case risk assessments

  • AI risk classification

  • Governance operating models

  • AI policies and acceptable-use standards

  • AI third-party/vendor risk assessments

  • NIST AI RMF and ISO 42001 alignment

  • AI regulatory readiness

Typical outcomes:

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AI Inventory | Risk Register | Governance Model | Policies | Control Framework | Security Roadmap

Secure AI Architecture & Data Protection

Design AI environments with security embedded from the start.

Capabilities:

  • AI architecture security reviews

  • LLM and RAG security architecture

  • AI threat modeling

  • Data-flow and trust-boundary analysis

  • Sensitive-data protection

  • Model and API security

  • Vector database security

  • Secure AI deployment patterns

  • Cloud and SaaS AI security

Typical outcomes:

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Threat Model | Architecture Assessment | Security Requirements | Target-State Architecture | Remediation Roadmap

 Agentic AI, Identity & Authorization

Control what AI agents can access, decide, and execute.

Capabilities:

  • AI agent inventory

  • Non-human identity assessment

  • Agent authentication

  • OAuth and API permission analysis

  • Least-privilege authorization

  • MCP and tool security

  • Human-in-the-loop controls

  • Privileged action approval

  • Agent ownership and attribution

  • Agent-to-agent trust analysis

Typical outcomes:

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Agent Inventory | Permission Map | Authorization Model | Control Architecture | Remediation Roadmap

AI Application Security & Red Teaming

Test AI systems against realistic adversarial attack paths.

Capabilities:

  • LLM application penetration testing

  • AI red teaming

  • Agentic AI red teaming

  • Prompt injection testing

  • Indirect prompt injection

  • Jailbreaking

  • Guardrail bypass

  • RAG manipulation

  • Data exfiltration testing

  • Tool and workflow abuse

  • Model and API abuse

  • Business-logic attack scenarios

Typical outcomes:

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Attack Scenarios | Validated Findings | Business Impact | Control Gaps | Remediation Guidance | Retesting

AI Security Operations & Continuous Assurance

Operationalize security across production AI systems.

Capabilities:

  • AI security logging requirements

  • AI and agent behavioral monitoring

  • Detection use-case development

  • AI incident-response playbooks

  • Continuous control validation

  • AI posture monitoring

  • Executive reporting

  • AI security metrics

Typical outcomes:

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Monitoring Architecture | Detection Requirements | Response Playbooks | Control Testing | Security Metrics

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From Security Strategy to Implementation

Symosis does not stop at policies or high-level recommendations. We identify risk, design practical controls, prioritize remediation, and provide the engineering direction required to implement, integrate, automate, harden, monitor, and validate those controls.

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