The Problem
Your AI adoption is outpacing your AI security
Every team is shipping AI features, connecting agents and trying new AI tools — while security teams still can't answer the first question: what AI do we have?
Shadow AI is everywhere
People sign up for AI tools, paste in work data and wire up agents without asking. Nobody has the full list, so nobody can govern it.
AI-native attacks bypass legacy tools
Prompt injection and jailbreaks arrive as ordinary text. Firewalls, EDR and posture tools see a normal request and wave it through.
Sensitive data leaks through prompts
Customer records, source code and API keys end up pasted into chatbots and sent to third-party models, one prompt at a time.
AI regulation is already here
The EU AI Act, ISO/IEC 42001 and NIST AI RMF ask for evidence today, and screenshots in a spreadsheet will not satisfy an auditor.
Suronex AI Security
Six capabilities. One AI security platform.
Find it, test it, block it, prove it — purpose-built for models, agents and the people using them, not retrofitted from cloud tooling.
AI Discovery & Shadow AI
One list of every model, agent, MCP server and AI service across your clouds, plus the AI tools your people use — including the ones nobody approved.
AI ModelsAI AgentsMCP ServersShadow AIPeople Using AIExposed AI KeysAI-BOM ExportAI Firewall
Block prompt injection and redact personal data and secrets before the model or the user sees them — in your apps and in the browser.
Prompt InjectionJailbreaksPII RedactionSecretsDisguised AttacksBrowser ExtensionKill SwitchAI Compliance
Evidence from real scans and attack tests, mapped clause by clause to the AI frameworks you report against.
EU AI ActISO/IEC 42001NIST AI RMFOWASP LLM Top 10MITRE ATLASArticle 11 OutlineAI Red Teaming
Attack your own chatbots, models and agents the way an adversary would, and see exactly what got through.
JailbreaksPrompt InjectionData LeakageMulti-Turn AttacksAgent & Tool AbuseOne-Click Re-RunFix What Matters First
Every AI asset gets a risk score, and attack paths show where a small misconfiguration becomes a real breach.
AI Risk IndexAttack PathsToxic CombinationsInternet ExposureFixes & Reports
Every finding comes with a copy-ready fix and its compliance impact, and every result exports as a report your board or auditor can read.
Copy-Ready FixesCompliance ImpactExecutive SummaryAudit Evidence Bundle
bedrock-claude-prodManaged
aoai-weu-gpt4oDeployment
vllm-inference-0Self-hostedorg · assistantsSaaS orgmcp-github-toolsMCP server
74
72
13
10+2Mapped, not certified — a check that cannot read its evidence returns Manual, never a pass.Runtime Security
Find it, test it, then block it.
Discovery and red teaming tell you where the risk is. Runtime Protection stops it: an inline firewall in front of OpenAI, Anthropic, Google and Bedrock that blocks or redacts a request and its reply before either side sees it, even mid-stream — and a browser extension that applies the same rules when someone presses Send on ChatGPT or Claude.
- Prompt Injection Blocking
- PII & Secret Redaction
- Streaming Cut-Off
- Browser Extension
- Kill Switch
Coverage & Integrations
What Suronex scans
Read-only, agentless connections to your clouds, model servers and AI SaaS accounts — first findings in minutes.
- Cloud AI Services
Amazon Bedrock- SageMaker
- Amazon Q Business
Azure OpenAI- Azure Machine Learning
- Azure AI Search
Vertex AI- Document AI
- Dialogflow
- AI SaaS & Copilots
- OpenAI
- Anthropic
GitHub Copilot- Microsoft 365 Copilot
Google Workspace- ChatGPT & Claude in the browser
- Agents & Model Servers
- MCP Servers
- Bedrock Agents
- Azure AI Agents
vLLM
Ollama- Self-hosted GPU hosts
- Model Files & Keys
- Pickle & PyTorch
- Safetensors
- GGUF
- ONNX
- Keras
- Exposed AI API Keys
FAQ
Frequently asked questions
How does Suronex find Shadow AI?
It reads your cloud accounts for AI services nobody registered, your AI SaaS admin accounts (OpenAI, Anthropic, GitHub Copilot, Microsoft 365 Copilot, Google Workspace) for who uses what, and your network egress for traffic to AI services. Cloud and SaaS connections are agentless and read-only.
Can it stop staff sending sensitive data to ChatGPT?
Yes. The browser extension checks a message when someone presses Send on ChatGPT or Claude and can block it, redact the sensitive part or warn the person first. Only counts and hashes reach Suronex — the text itself never leaves the device.
How does AI red teaming work?
Point Suronex at a live AI endpoint — Bedrock, Azure OpenAI, Vertex AI, any OpenAI-compatible API or a self-hosted server — and it runs jailbreak, prompt injection, data-leak and agent attacks, from single prompts to multi-turn conversations. Every response is graded with the transcript as evidence, and a re-run shows what changed.
Does this help with the EU AI Act and ISO 42001?
Yes. Findings and red-team results are mapped clause by clause to the EU AI Act, ISO/IEC 42001, NIST AI RMF, OWASP LLM Top 10 and MITRE ATLAS, and Suronex drafts an EU AI Act Article 11 technical documentation outline. Mapping is not certification: your auditor still issues the opinion.
Do I need to change my AI applications?
Not to discover, test or report — those connect through read-only cloud and SaaS APIs. Runtime blocking is the one opt-in step: point your app's model calls at the Suronex firewall by changing a base URL, or roll out the browser extension.
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