AI Security

Secure the AI
you’re building.

As AI moves from chat to autonomous action, it becomes your newest, fastest-growing attack surface. UnityOne AI secures your models, prompts, agents, and AI data — with runtime guardrails, posture management, and governance — so you can deploy AI with confidence instead of exposure.
Protects the models, frameworks, and data layers you build on
OpenAIAnthropicAmazon BedrockAzure OpenAIVertex AI Hugging FaceLangChainPineconeWeaviate OWASP LLM Top 10NIST AI RMFMITRE ATLASEU AI Act
… and more, across any model provider or AI platform.

Your AI is your newest
attack surface

LLMs and agents are already in production — and attackers have noticed. The controls that secure code and cloud don’t address prompts, models, and autonomous actions. AI needs its own security.
Top risk
# 1
Prompt injection tops the LLM risks
Prompt injection is ranked LLM01 in the OWASP Top 10 for LLM Applications — with reported attack success rates of 50–84% and no complete fix, making defense-in-depth essential.
Reality
0 %
Of orgs hit a GenAI security issue
In 2026, the vast majority of organizations reported GenAI security issues or breaches. LLMs are already in production — and attackers have noticed.
Shadow AI
0 %
Of users bypass controls
Nearly half of users route around AI controls via personal accounts — and breaches involving shadow AI are reported to cost hundreds of thousands more per incident.
Defense
Runtime
Guardrails on every prompt
External, deterministic guardrails evaluate every prompt and response inline — the enforceable control layer that turns AI risk frameworks into real protection.
Figures are representative, drawn from published 2026 AI-security research and public frameworks (including the OWASP Top 10 for LLM Applications and industry breach reports); actual results vary by environment.
What it does
Discover, protect, monitor,
govern your AI
Nine capabilities across the AI attack chain — from prompt-injection defense
to model scanning to governance — unified in one control plane.

01

Prompt Injection & Jailbreak Defense
Detect and block direct and indirect prompt injection and jailbreaks in real time — the top-ranked LLM risk, for which no single fix exists.

02

Runtime
Guardrails
External, deterministic guardrails scan inputs and outputs — redacting sensitive data, filtering harmful content, and validating output before it reaches a user or a tool.

03

AI Asset Discovery &
Posture
Continuously discover every model, agent, RAG pipeline, prompt, and vector database — including shadow AI — and surface misconfigurations and risk.

04

Agent & Tool-Use
Security
Enforce least-privilege tooling, permission boundaries, and human approval for high-risk actions — because agentic AI turns a bad instruction into a real-world action.

05

Data & RAG
Security
Secure training data, RAG sources, vector databases, and embeddings — defending against poisoning and the sensitive data that ends up inside prompts.

06

Model Supply-Chain
Scanning
Scan model files for embedded malicious code before they load, and verify provenance — because a model file can execute code the moment it’s opened.

07

AI Monitoring & Abuse Detection
Detect and block direct and indirect prompt injection and jailbreaks in real time — the top-ranked LLM risk, for which no single fix exists.

08

Adversarial Testing & Red-Teaming
Red-team models before deployment and test guardrails continuously against known attack patterns — because untested guardrails have blind spots.

09

AI Governance &
Compliance
Map AI systems to EU AI Act, NIST AI RMF, ISO 42001, and the OWASP LLM Top 10 — with risk-tiering and audit trails that satisfy regulators and customers.
How it works
Discover, protect,
monitor, govern
One loop secures every AI asset — from the model supply chain to
the live prompt to the autonomous action.

1

Discover
Inventory every model, agent, RAG pipeline, and prompt — including shadow AI — and assess posture.

2

Protect
Enforce runtime guardrails on every prompt and response, and least-privilege on every agent action.

3

Monitor
Watch AI behavior for probing, injection, abuse, and data exfiltration — and alert your SOC.

4

Govern
Map to frameworks, tier risk, and generate audit trails for regulators and customers.
Why UnityOne AI
A control plane for AI
security, not point tools
Purpose-built for AI threats, layering runtime protection with posture, securing the whole lifecycle, and governed for compliance
— so AI security is policy-driven operations, not reactive triage.
Purpose-Built for AI Threats
Prompt injection, excessive agency, data leakage, and model poisoning target prompts, pipelines, and inference APIs — not just code. This is security built for how AI actually breaks, not repurposed AppSec.
Runtime + Posture, Defense-in-Depth
Because no single control stops prompt injection, protection layers external deterministic guardrails on live traffic with continuous posture management across every AI asset — the only viable strategy.
Secures the Whole AI Lifecycle
From scanning model files in the supply chain, to securing RAG and vector data, to constraining agents at runtime, to red-teaming before release — coverage across the entire AI attack chain.
Governed & Compliant
A control plane beats point tools: AI-SPM plus Zero-Trust runtime enforcement turns AI security into governed, policy-driven operations — mapped to the EU AI Act, NIST AI RMF, and OWASP LLM Top 10, with evidence into Smart Audit.

FAQ

Questions teams ask us

What is AI security, and what is AI-SPM?

AI security protects the AI systems you build and run — models, prompts, agents, RAG pipelines, and vector databases — from threats unique to AI, like prompt injection and data poisoning. AI Security Posture Management (AI-SPM) is the discovery-and-posture layer: it continuously inventories your AI assets, finds misconfigurations and shadow AI, and reduces risk across the estate.

What is prompt injection, and can it be fully prevented?

Prompt injection is when adversarial input overrides a model’s intended instructions — either typed directly by a user or hidden indirectly in content the model retrieves. It’s the #1 LLM risk (OWASP LLM01), and no complete fix exists even for frontier models, so the only viable strategy is defense-in-depth: external guardrails, least-privilege tooling, output validation, and continuous adversarial testing.

How do runtime guardrails work?

Guardrails sit inline with your AI traffic and evaluate both prompts and responses against your policies — redacting PII and secrets, filtering harmful content, validating outputs, and detecting injection. Critically, they run as external, deterministic controls rather than relying on the model’s own system prompt, which can itself be manipulated.

What about AI agents and the tools they can use?

Agentic AI turns a manipulated instruction into a real-world action, so agents get least-privilege tooling, hard permission boundaries, and human-in-the-loop approval for high-risk actions — with authorization enforced deterministically outside the model, not left to the prompt.

How does it help with EU AI Act and NIST AI RMF compliance?

It maps your AI systems to the EU AI Act, NIST AI RMF, ISO 42001, and the OWASP LLM Top 10, tiers them by risk, and generates the audit trails and evidence regulators, customers, and internal assurance expect — feeding directly into Smart Audit.

Does it cover shadow AI and third-party models?

Yes. Continuous discovery surfaces unsanctioned, shadow AI use across the organization, and model supply-chain scanning inspects third-party and open-source model files for embedded malicious code and verifies provenance before they’re loaded.

See it on your stack

Deploy AI with confidence,
not exposure

Request a demo and see UnityOne AI discover your AI assets, block prompt injection in real time, guard every prompt and agent action, and keep you compliant with the EU AI Act and NIST AI RMF.

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About UnityOne AI ™

UnityOne AI™ is an agentic intelligence platform for ITOps management, comprising CERNE™, LUMI™, and VEKTOR™. CERNE™ replaces dozens of cloud management tools by unifying DCIM, AIOps, HCMP, FinOps, and GreenOps within a single AI-driven control plane. LUMI™, the AI copilot, provides contextual intelligence, operational recommendations, and workflow automation, while VEKTOR™ enables enterprises to provision, orchestrate, and scale AI factories with the lowest cost-to-serve. The UnityOne AI™ suite enables enterprises to simplify hybrid/multicloud operations, strengthen governance, optimize resource utilization, and accelerate transformation to AI-driven ITOps.