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AI Security Framework

 AI security testing for agentic systems, focused on behaviour, logic, and real-world exploits.

Engineering-led AI security for agentic systems

The Chaleit Difference

Many treat AI as a shortcut, not a strategic enabler. This leads to surface-level security testing that ignores the complexity of AI systems, where real risks come from how decisions are made, chained, and acted upon — not just from code or configuration.

We close that gap with engineering depth. Because we design and integrate agentic systems ourselves, we understand the unintended consequences of their interactions, including how agentic contracts define behaviour, guardrails, and boundaries. By combining private local LLMs with automated exploitation and expert security engineering, we stress-test your entire stack under real-world conditions.

We target the decision-making core of your AI. Instead of basic prompt testing, we simulate sophisticated attacks on system logic, data flows, and agent interactions, reflecting how attackers engage with AI systems. This results in actionable exploits and a clear, risk-based plan to fix your most critical vulnerabilities first.

Proven exploitation testing

Every critical finding includes working exploits and visual evidence. If we can’t demonstrate exploitation, we don’t report it as critical.

Context-aware analysis

Our private, local LLMs analyse AI apps in their full architectural context. This delivers near-zero false positives, threat-category grouping, and actionable reports.

AI-native offensive expertise

AI is never a black box to us. We build, integrate, and orchestrate agentic systems ourselves — a builder’s perspective that allows us to exploit and secure the risks others miss.

Multi-model, private by design

We assess AI systems across commercial and self-hosted models, with all analysis running in your environment. Your code and data stay under your control.

Focus on AI foundations

AI pressure-tests the systems you already have

AI doesn't introduce new problems in isolation. It accelerates the ones you already have.

With agentic AI, the risk increases. You're no longer testing static systems, but decision-making chains, agent interactions, and loosely defined guardrails, often governed by implicit or poorly defined contracts that shape behaviour and control outcomes.

Most organisations struggle not because AI is new, but because it sits on foundations that were never clearly understood or properly controlled.

Before adding more AI capability, the priority is to stabilise and strengthen what already exists. That’s where our Cyber Security Uplift work comes in. When secured properly, these systems enable faster decisions, safer automation, and more resilient operations.

cloud security services

AI Security Toolbox

Applied AI security across code, cloud, and context

AI & LLM Security Assessment

Multi-Model Testing
Guardrails
Behavioural Analysis

Full security evaluation for AI and LLM integrations, covering system prompts, guardrails, and alignment across OpenAI, Azure, Anthropic, DeepSeek, and local models.

We identify critical risks, including persona drift, over-cooperation, prompt leakage, and state corruption. Beyond the model, we test how your AI behaves, analysing agentic workflows, orchestration logic, and decision-making across chained systems.

Ai security testing

Local LLM-Powered SAST

Private Local Models
Architectural Context
Near-Zero False Positives

In our context-aware workflows powered by private, offline LLMs, we perform context-rich, secure code reviews with a full understanding of the architecture.

Instead of flagging string matches, we identify architectural flaws, insecure patterns, and missing controls, then automatically group findings by threat category and business impact.

This includes identifying logic flaws introduced by AI-driven components, not just traditional code vulnerabilities.

AI Code Analysis

Automated Cloud Intelligence

Cloud Enumeration
Architecture Diagrams
Exposure Mapping

Our internal Cloud Review Suite automatically enumerates your cloud infrastructure, extracts resource configurations, and generates architecture diagrams and data flow maps.

The result is accurate, auditable infrastructure intelligence that enables rapid architecture and exposure analysis.

AI cloud security

Context-Driven AI Security Consulting

Exposure Mapping
Lateral Movement
Prioritised Risk

We help CISOs and CTOs understand what AI systems are doing in practice, not just what they were designed to do.

You receive exposure maps, lateral movement paths, and prioritised, actionable risk grounded in deep architectural context, not generic findings or framework checklists.

A man and a woman working together in front of a laptop.

AI Security Outcomes

Real assessments. Real exploits. Measurable savings.

Traditional workflows take 5–6 weeks of manual triage and verification. We deliver confirmed exploits in 2–3 weeks, with proof that teams can act on.

%

Noise reduction

%

Weeks saved

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False positives on exploits

%

Environment mapped

How AI security testing turns findings into actionable outcomes

Proof in action

AI security

“AI is not the problem. The problem is never fixing the basics.” Chaleit VP of Technical Services

From 2,000 findings to 48 real exploits

In a benchmarked AI security assessment, traditional scanners flagged more than 2,000 issues with little clarity on what actually mattered. Using our context-aware analysis and controlled exploitation to validate real risk, we reduced noise and delivered a short, defensible list of issues that teams could act on immediately.

Results

Clear prioritiesTeams worked from a short list of proven risks.
Faster decisionsExploits replaced debate and manual verification.
Less reworkDevelopers fixed issues once, with confidence.
ai security findings

Meet your cyber partners

Friendly faces, fierce defenders.

India

Balaji Gopal

Cyber security expert and leader of Chaleit's red & purple teams. Former Black Hat speaker with proven offensive & defensive capabilities.

New Zealand

Shyam Kumar

Former Black Hat trainer specialising in offensive testing services and social engineering, with a wider focus on cyber security frameworks, governance and compliance.

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