AI SECURITY · GOVERN AI USAGE SAFELY //MODELS · AGENTS · MCP SERVERS · DATA

Say yes to AI.
Securely, and at scale.

Shadow agents, LLM apps, coding assistants and MCP servers are already running inside your business — most of them outside security’s line of sight. Acta Beacon helps Australian organisations discover every AI asset, secure it, and validate it at runtime — so you can enable AI safely instead of restricting, hand-checking, or simply hoping.

Powered by Noma Security Discover · Secure · Protect OWASP · ATLAS · NIST AI RMF ISO 42001 · EU AI Act · ISM

AI is moving faster than governance.

Gartner names AI security platforms a top strategic technology trend for 2026 — this is a board-level conversation, not just a security-team one. Yet most enterprises run AI through one of three failure modes, and every one of them ends badly.

// 01 · RESTRICT

Block until security catches up

Lock AI down until the controls exist. The result: stalled innovation, frustrated business teams who route around security, and shadow AI that explodes underground - now completely unseen.

// 02 · MANUAL

Review everything by hand

Manage AI risk through manual reviews and spreadsheets. Fine for three models - impossible for three hundred. It creates blind spots the moment AI scales, which is exactly when it matters most.

// 03 · UNGOVERNED

Let AI proceed unchecked

Ship AI with no security oversight at all. The result: significant exposure and audit failure. It only takes one rogue agent or one leaked dataset to make it a board-level - and career-level - incident.

Visibility and control lets you say yes to AI at scale.

Your existing stack can’t see what AI introduces.

Traditional tools were built for software that behaves deterministically. AI - and especially AI agents - is different in kind, not degree. SIEM, EDR and WAF were never designed to understand natural-language manipulation or trace an agent’s blast radius. These are the blind spots that show up first.

// 01
AI-specific attack vectors your tools don’t speak.
Prompt injection, jailbreaks and model poisoning are entirely new attack classes. SIEM, EDR and WAF don’t understand natural-language manipulation - the exploit reads like ordinary text right up until it isn’t.
// 02
No inventory of AI means no risk baseline.
Every team deploys models and agents, often with no security in the loop. Homegrown apps, SaaS agents like Copilot and AgentForce, and local coding assistants pile up. You can’t assess what you can’t see.
// 03
Agentic complexity has no blast-radius map.
Agents act autonomously, connect to other agents, execute code and call APIs. No traditional tool can trace the chain reaction - which systems a compromised agent reaches, or the data it can exfiltrate.
// 04
MCP servers are unsupervised production access.
Model Context Protocol servers grant agents access to file systems, databases and production environments - deployed everywhere by developers with zero security oversight. A single compromised server can pivot through the org.
// 05
Shadow AI and a poisoned supply chain.
SaaS AI tools run outside the perimeter, and open-source models pulled from public repositories can carry malicious, code-executing payloads. Without scanning and discovery, both are invisible until they aren’t.

AI security isn’t your old stack pointed at AI. It is a new control plane for a new attack surface.

DISCOVER / SECURE / PROTECT

Enable AI with visibility and control.

Acta Beacon delivers AI security across the full lifecycle - from development to production - on the Noma Security platform. One continuous loop: each stage feeds the next, so what red teaming finds in testing becomes what runtime blocks in production. See everything, secure it by design, and enforce at the point of execution.

// 01 · DISCOVER

AI & agent discovery

Automatically map every model, agent, MCP server and data source - and how they connect - across homegrown apps, SaaS agents and developer tools. Shadow AI surfaces by default.

  • Shadow AI discovery
  • Agent-to-agent flow mapping
  • Blast-radius analysis
// 02 · SECURE

Posture & red teaming

Define approved AI supply chains, enforce least-privilege on every agent, and validate continuously with an adaptive red-team agent that attacks your specific application - not a canned test library.

  • AI supply chain scanning
  • Least-privilege agent policy
  • Continuous red teaming
// 03 · PROTECT

Runtime protection

Inspect every prompt, response, tool call and agent-to-agent message at the point of execution - in milliseconds. Detect, mask, alert or block, configurable per agent, risk level and business context.

  • Prompt-injection & jailbreak blocking
  • PII, secret & API-key masking
  • Full searchable audit trail

Capabilities across the AI stack.

Working from one platform, we can help you cover models, agents, MCP servers, data pipelines and the AI-powered tools your teams already use - from discovery through to runtime.

// 01

AI security posture management

Continuously discover, assess and govern every AI asset — models, agents, pipelines and MCP servers — in one inventory with business-risk context.

// 02

AI agent security

Map each agent’s tools, identities and knowledge sources, expose cascading risk before deployment, and rein in excessive autonomy and over-permissive access.

// 03

Continuous AI red teaming

An adaptive attack agent probes your live AI the way an adversary would — covering RAG exploitation, memory manipulation, tool misuse and MCP vulnerabilities.

// 04

AI runtime protection

Detect and respond to prompt injection, jailbreaks, data leakage and rogue outputs in real time — detect, mask, alert or block at the point of execution.

// 05

Agentic access control

Enforce least-privilege for every agent and AI application, and stop destructive or unauthorised actions before they fan out across systems.

// 06

MCP server security

Instantly discover sanctioned and shadow MCP deployments, analyse blast radius, and guardrail tool calls to block destructive actions and credential leakage.

// 07

AI supply chain security

Scan models and open-source components for malicious code, poisoned data and vulnerabilities before they reach production.

// 08

AI governance & compliance

Automated evidence and continuous monitoring, with controls mapped to OWASP, MITRE ATLAS, NIST AI RMF, ISO 42001, the EU AI Act and the ISM.

Securing the AI you build is a new buying motion.

This isn’t AI-powered SOC tooling, and it isn’t blocking staff from pasting into ChatGPT. It’s security of the AI systems your enterprise builds, deploys and uses. If any of these are you, let’s talk.

//  SECURITY LEADER

Accountable for AI risk

You’re being asked to greenlight AI without owning the exposure. You need visibility and control you can sign off against - and evidence for the board.

// APPSEC · PLATFORM TEAM

Building & shipping AI

Your teams ship homegrown AI apps and agents on LangChain, CrewAI and beyond. You want security that integrates into the pipeline without slowing delivery.

// GRC · COMPLIANCE LEAD

Answerable to regulators

ISO 42001, the EU AI Act and the ISM all demand AI-specific controls your GRC tooling can’t map. You need continuous, audit-ready evidence - not a point-in-time scramble.

// Restrict, manual, or ungoverned — which best describes your team today? Acta Beacon is built so you don’t have to choose any of them.

AI controls, mapped to the frameworks regulators read.

Findings and controls map automatically to the AI security frameworks that matter - so governance stops being a quarterly fire drill and becomes continuous, board and regulator-ready evidence.

OWASP
OWASP Top 10 for LLMs
The most widely referenced AI security framework - covering prompt injection (#1), insecure output handling, training-data poisoning, model denial of service and supply-chain risk. Every finding is mapped automatically.
ATLAS
MITRE ATLAS
MITRE’s adversarial threat landscape for AI systems - the AI equivalent of ATT&CK. Red-teaming and posture reporting align to real-world AI attack tactics, techniques and procedures.
NIST
NIST AI Risk Management Framework
Four functions - Govern, Map, Measure and Manage - for managing risk across the AI lifecycle. The platform maps to all four, with particular depth in Govern (policy, accountability) and Manage (monitoring and response).
ISO
ISO/IEC 42001
The international standard for AI management systems - the AI equivalent of ISO 27001. Certification needs AI-specific governance controls, complete audit trails and continuous monitoring the platform provides out of the box.
EU
EU AI Act
The world’s first comprehensive AI regulation, phasing in through 2024–2026. High-risk AI must meet strict transparency, human-oversight and security requirements - supported here with built-in controls and audit trails.
ISM
Australian ISM · GOV-08
A continuous AI inventory, policy enforcement and audit trail give executives the visibility and accountability that ISM control GOV-08 - Executive artificial intelligence accountability - calls for, alongside the broader ISM AI control set.

Govern AI usage safely - with evidence an auditor can read and an executive can sign.

Questions we can help with.

// 01 Isn’t AI security just our existing stack pointed at AI? +
No. SIEM, EDR and WAF were built for software that behaves deterministically. They don’t understand natural-language manipulation like prompt injection, jailbreaks or model poisoning, and they can’t trace an agent’s blast radius. Securing the AI you build and run is a distinct discipline - and that’s what we help you stand up.
// 02 We don’t think we have much AI running yet. Why now? +
Almost every organisation already has more AI than security knows about - Copilot, Salesforce AgentForce and ServiceNow agents built by business teams, plus local coding agents and MCP servers on developer laptops. An AI discovery assessment is the fastest way to see what’s already running and what it can reach.
// 03 What is an MCP server, and why does it matter? +
Model Context Protocol (MCP) servers connect AI agents to real tools - databases, file systems, APIs and code execution. They’re often deployed with zero oversight, yet grant agents permission to run commands, modify data and trigger workflows. We discover every deployment, analyse blast radius, and enforce least-privilege guardrails on tool calls.
// 04 How do you stop prompt injection and rogue agent actions? +
Runtime protection inspects every prompt, response, tool call and agent-to-agent message at the point of execution - in milliseconds, before damage is done. It blocks prompt injection and jailbreaks, masks PII, credentials and API keys, and stops destructive tool calls. By the time a log or SIEM alert fires, exfiltration has already happened - runtime stops it first.
// 05 How does this help with AI compliance and audit? +
Findings and controls map automatically to OWASP Top 10 for LLMs, MITRE ATLAS, NIST AI RMF, ISO/IEC 42001 and the EU AI Act, with a complete audit trail of every interaction. That turns point-in-time audit scrambles into continuous, board- and regulator-ready evidence.
// 06 How does this map to the Australian ISM and GOV-08? +
The continuous AI inventory, policy enforcement and audit trail give executives the visibility and accountability that ISM control GOV-08 - Executive artificial intelligence accountability - calls for, alongside the broader ISM AI control set. Australian leaders get evidence they can sign off against.
// 07 Do we have to change our AI applications to adopt this? +
No architecture changes required. Integration is agentless for SaaS agent platforms, and SDK- or API-based for homegrown apps and frameworks like LangChain and CrewAI. The platform meets your AI where it lives.
// 08 Who owns AI security - is this a SOC problem? +
Securing enterprise-built AI is usually owned by the CISO, AppSec or the AI platform team rather than the SOC alone, with the GRC and compliance lead close behind. The fastest start is an AI security assessment that gives every stakeholder a shared picture of exposure.
// 09 What’s the engagement model with Acta Beacon? +
Start with an AI Visibility & Risk Assessment - typically a few weeks - to inventory models, agents and MCP servers and map their blast radius. From there we scope securing and runtime protection that closes the gaps the assessment surfaced, with compliance evidence before the next board cycle.

Say yes to AI - safely.

Let’s find out what’s already running, what it can reach, and how fast we can put controls around it.

// USE CASES · LOW FRICTION
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↓ REQUEST USE CASES
// SOUNDBOARD
AI VISIBILITY & RISK BRIEFING
We walk through what you know, what you don't and what's the organisations goals. We can get to understand what a practical plan could look like. Table if and where we can help. No deck. No pitch.
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