# Suronex — full platform copy

> The Enterprise AI Security, Compliance & Cyber Resilience Platform. Suronex continuously discovers, secures and governs your entire AI ecosystem — models, agents, datasets, prompts, APIs, identities and cloud infrastructure — while automating compliance across global regulations and enterprise frameworks from a single AI-powered platform. Agentless, read-only, deployed in minutes.

## AISentinel — AI security posture management

https://suronex.ai/platform/aisentinel

From foundation models to autonomous agents — Suronex continuously discovers every AI asset, detects AI-native threats like prompt injection and jailbreaks, red-teams your models, and maps what it finds to emerging AI regulation.

### Your AI adoption is outpacing your AI security

Every team is shipping AI features, connecting agents and experimenting with LLMs — while security teams can't even answer the question: what AI do we have?

- **Shadow AI is everywhere** — Employees and teams adopt LLMs, AI SaaS and agent frameworks without approval. Most organisations underestimate their AI footprint by 5–10x.
- **AI-native threats bypass legacy tools** — Prompt injection, jailbreaks, data poisoning and model theft don't look like traditional attacks — posture tools, EDR and WAFs simply cannot see them.
- **Sensitive data leaks through prompts** — Prompts, RAG pipelines and fine-tuning datasets quietly expose PII, secrets and intellectual property to third-party models.
- **AI regulation is already here** — The EU AI Act, ISO 42001 and NIST AI RMF demand AI governance today — and manual evidence collection can't keep up.

### Six capabilities. One AI security platform.

Purpose-built for models, agents, prompts and pipelines — not retrofitted from cloud tooling.

- **AI Discovery** — Automatically inventory every AI asset across cloud, code and SaaS — including the ones nobody told you about. (AI Models, AI Agents, MCP Servers, Vector DBs, Prompt Libraries, Shadow AI, Training Datasets)
- **AI Threat Detection** — Detect AI-native attacks in real time, mapped to OWASP LLM Top 10 and MITRE ATLAS. (Prompt Injection, Jailbreaks, Data Poisoning, Model Theft, Prompt Leakage, Rogue Agents)
- **AI Governance** — Continuously monitor AI compliance with evidence collected automatically. (EU AI Act, ISO 42001, NIST AI RMF, OWASP LLM Top 10, MITRE ATLAS, AI Verify)
- **Automated AI Red Teaming** — Continuously attack your own models and agents — before adversaries do. (Prompt Testing, Jailbreak Testing, Hallucination Testing, Toxicity Testing, RAG Security, Agent Security)
- **AI Risk Engine** — Every AI asset scored by risk, compliance, exposure and business criticality — with attack paths visualised. (Risk Score, Compliance Score, Exposure Level, Attack Paths)
- **AI Remediation** — Every finding ships with an AI-generated fix, control mapping and verification — not just an alert. (Step-by-Step Guidance, Control Mapping, Compliance Impact, Verification)

### Posture by day. Runtime protection always.

Suronex doesn't stop at configuration. AI workloads are monitored at runtime — live prompt traffic, agent actions, tool calls and model behaviour — so prompt injection, data exfiltration and rogue-agent activity are detected and stopped as they happen, not discovered in next week's scan.

### What Suronex scans

Agentless connections to every layer of your AI stack — deployed in minutes.

- Model Providers & Platforms: OpenAI, Azure OpenAI, Anthropic, Google Gemini, Amazon Bedrock, Vertex AI, Hugging Face, Mistral, Cohere
- Agent & Orchestration Frameworks: MCP Servers, LangChain, LlamaIndex, AutoGen, CrewAI, Semantic Kernel, Custom Agents
- Vector Databases & RAG: Pinecone, Weaviate, Chroma, Milvus, Qdrant, pgvector, OpenSearch, Elasticsearch
- AI in Your Environment: AI SaaS Applications, Fine-Tuned Models, AI APIs, Notebooks, Training Pipelines, GPU Workloads

### Frequently asked questions

**How does Suronex discover Shadow AI?**

Suronex correlates signals across your cloud accounts, SaaS applications, code repositories and network egress to identify unsanctioned AI usage — from an employee pasting data into a chatbot to an unapproved agent framework running in production. Everything is agentless and read-only.

**What AI-native threats can Suronex detect?**

Suronex detects prompt injection, jailbreaks, data poisoning, model theft, sensitive data and prompt leakage, API exposure, excessive agent permissions, AI credential leakage, supply chain risks and rogue AI agents — mapped to OWASP LLM Top 10 and MITRE ATLAS.

**How does automated AI red teaming work?**

Suronex continuously runs adversarial test suites — jailbreak attempts, prompt attacks, hallucination and toxicity probes, RAG and agent abuse scenarios — against your models and applications, then reports pass/fail results with remediation guidance.

**Does this help with the EU AI Act and ISO 42001?**

Yes. Every discovered AI asset is automatically mapped to relevant controls in the EU AI Act, ISO 42001, NIST AI RMF and other frameworks, with continuous evidence collection and audit-ready reports through ComplySense.

**Do I need to install agents or change my AI pipelines?**

No. Suronex connects via cloud provider APIs, SaaS integrations and repository access — deployment takes minutes and requires no agents, proxies or code changes.

## AssetGraph — Asset intelligence

https://suronex.ai/platform/assetgraph

A real-time inventory of everything you run — AI assets, cloud, Kubernetes, SaaS, identities, applications and containers — connected in one graph so you can see how an attacker would move before they do.

### You can't protect what you can't see — or connect

Asset inventories live in ten different consoles, spreadsheets and a CMDB that was stale the day it was built. Attackers, meanwhile, see one connected graph.

- **Fragmented inventories** — Cloud consoles, K8s dashboards, SaaS admin panels, CMDBs — each holds a partial, conflicting view of what you actually run.
- **Stale the moment it's written** — Manual asset registers and quarterly audits can't keep pace with ephemeral containers, autoscaling groups and AI services spun up in minutes.
- **Relationships are invisible** — Knowing an S3 bucket exists isn't enough. Which identity can reach it? Which agent reads from it? Which app depends on it? Nobody knows.
- **Attack paths stay hidden** — Breaches chain low-severity issues across layers. Without a graph, the chain from exposed key → role → database is invisible until it's exploited.

### A living map of your entire environment

AssetGraph continuously discovers, connects and scores every asset — so questions that took weeks take seconds.

- **Real-Time Unified Inventory** — One continuously-updated inventory across every environment — no agents, no spreadsheets. (AI Assets, Cloud, Kubernetes, SaaS, Identities, Applications, Containers)
- **Relationship Mapping** — Every asset connected to the identities, networks, data and workloads it touches — a queryable graph of your environment. (Ownership, Dependencies, Data Flows, Network Reachability)
- **Attack Path Analysis** — Suronex chains misconfigurations, permissions and exposures to reveal exploitable paths to your crown jewels. (Path Visualisation, Choke Points, Blast Radius, Prioritised Fixes)
- **Graph Search** — Ask questions in seconds: 'internet-exposed VMs with access to production data' or 'AI agents that can write to code repos'. (Natural Queries, Saved Views, Instant Answers)
- **Business Context** — Tag assets by owner, environment and criticality — so risk scores reflect what actually matters to the business. (Auto-Tagging, Criticality, Ownership, Environments)
- **Drift & Change Timeline** — See what appeared, changed or vanished — with a full history for investigations and audits. (Change History, New Asset Alerts, Forensic Timeline)

### A graph that knows what's running right now

AssetGraph enriches every asset with runtime signals — live workloads, active network flows and real reachability — so the graph reflects what is actually running and communicating this minute, not what a config file says should be.

### What AssetGraph inventories

Agentless, API-based discovery across your full stack.

- Cloud Providers: AWS, Microsoft Azure, Google Cloud, Oracle Cloud, Alibaba Cloud
- Runtime & Orchestration: Kubernetes, AKS, EKS, GKE, OpenShift, Containers, Virtual Machines, Serverless
- AI & Data: AI Models, AI Agents, MCP Servers, Vector DBs, Databases, Storage Buckets, Data Warehouses
- SaaS & Identity: Microsoft 365, Google Workspace, Salesforce, GitHub, Slack, Okta, Entra ID, Service Accounts

### Frequently asked questions

**How is AssetGraph different from a CMDB?**

A CMDB is a manually-maintained database that describes what you think you have. AssetGraph is built automatically from live API data, refreshed continuously, and — critically — models the relationships between assets, which is what attack path analysis requires.

**How quickly is a new asset discovered?**

Assets are typically discovered within minutes of creation through continuous API polling and event-based triggers — including short-lived containers and AI services.

**What is attack path analysis?**

Suronex combines asset relationships with misconfigurations, vulnerabilities and permissions to compute realistic paths an attacker could take — for example, exposed workload → over-permissioned role → production database — and highlights the single choke point that breaks the chain.

**Can I query the graph myself?**

Yes. Graph Search lets you ask questions across every connected environment and save the results as live views — useful for security reviews, audits and incident response.

**Does AssetGraph require agents?**

No. Everything is discovered agentlessly through read-only API connections to your cloud, SaaS, identity and code platforms.

## CloudPosture — Cloud security

https://suronex.ai/platform/cloudposture

Continuously assess AWS, Azure, Google Cloud, Oracle Cloud and Alibaba Cloud against 1,000+ security checks. Find public exposure, risky misconfigurations and compliance drift — prioritised by real attack-path context, not alphabetical order.

### The cloud moves fast. Misconfigurations move faster.

Misconfiguration remains the leading cause of cloud breaches — and every new account, region and service multiplies the surface.

- **One toggle from a breach** — A single public bucket, permissive security group or unencrypted store is all it takes. At enterprise scale you have thousands of chances to get it wrong.
- **Multi-cloud, multiplied complexity** — AWS, Azure, GCP, Oracle and Alibaba each have their own services, defaults and failure modes. Consistent policy across five clouds is impossible by hand.
- **Alert fatigue burns teams out** — Legacy posture tools dump thousands of context-free findings. Teams drown in noise while the one exploitable path goes unnoticed.
- **Compliance drifts silently** — An environment that passed its audit in January quietly drifts out of compliance by March — and nobody notices until the next audit.

### Continuous, contextual cloud security

Not another list of findings — a prioritised view of what's actually exploitable in your cloud.

- **Continuous Multi-Cloud Assessment** — Agentless scanning of every account, region and service across all five supported clouds — always on, never sampled. (AWS, Azure, GCP, OCI, Alibaba, 1,000+ Checks)
- **Public Exposure Detection** — Find every internet-facing resource — including the ones exposed through chained configurations no single console shows. (Buckets, Databases, VMs, Load Balancers, APIs)
- **Attack-Path Prioritisation** — Findings ranked by exploitability and blast radius using AssetGraph context — fix the 5 that matter, not the 5,000 that don't. (Toxic Combinations, Blast Radius, Risk Scoring)
- **Compliance Drift Detection** — Continuous mapping to CIS, ISO 27001, SOC 2, PCI DSS and more — with drift alerts the moment posture degrades. (CIS Benchmarks, ISO 27001, SOC 2, PCI DSS)
- **Guided & Auto Remediation** — Every finding includes AI-generated, environment-specific fixes — console steps, CLI commands and IaC patches. (AI-Generated Fixes, IaC Patches, Verification)
- **AI Workload Awareness** — Cloud misconfigurations that touch AI workloads — exposed model endpoints, open training buckets — get flagged with AI-specific context. (Model Endpoints, Training Data, GPU Instances)

### Posture findings, validated at runtime

CloudPosture correlates misconfigurations with live workload behaviour and runtime threat signals — separating theoretical risk from active danger. An exposed resource that's receiving suspicious traffic right now jumps straight to the top of the queue.

### What CloudPosture scans

Full-coverage, agentless assessment across five clouds.

- Cloud Platforms: AWS, Microsoft Azure, Google Cloud, Oracle Cloud, Alibaba Cloud
- Service Categories: Compute, Storage, Databases, Networking, IAM, Serverless, AI/ML Services, Logging & Monitoring, Encryption & KMS
- Compliance Frameworks: CIS Benchmarks, ISO 27001, SOC 2, PCI DSS, HIPAA, EU GDPR, NIST CSF, DORA, NIS2

### Frequently asked questions

**How is CloudPosture deployed?**

Through a read-only cloud role or API connection per account — no agents, no sidecars, no traffic steering. Most customers see their first findings within 15 minutes.

**How does prioritisation actually work?**

Every finding is evaluated in the context of AssetGraph: is the resource exposed, what data can it reach, which identities touch it, is it part of an attack path? A public bucket full of test fixtures ranks very differently from one holding production PII.

**Does CloudPosture support multi-account and multi-org setups?**

Yes. Connect entire AWS Organizations, Azure management groups and GCP folders — new accounts and projects are discovered and onboarded automatically.

**Can findings flow into our existing workflow?**

Findings can be routed to ticketing, messaging and SIEM tools with full context and suggested fixes attached, and tracked to closure inside Suronex.

**How often does scanning run?**

Continuously. Configuration changes are picked up in near real time via provider APIs and event streams, with full re-assessments running on a rolling basis.

**How does Suronex help with cloud security?**

Suronex strengthens cloud security by continuously identifying, prioritising, and providing remediation guidance for security risks and misconfigurations across multi-cloud, cloud-native, and SaaS environments. The platform provides real-time visibility, context-aware risk analysis, and AI-guided remediation, enabling organisations to reduce exposure, prevent breaches, and maintain a strong security posture at scale.

**What types of security risks does Suronex detect?**

Suronex detects risks related to identity and access management (IAM), network exposure and segmentation, data protection and encryption, logging and monitoring gaps, misconfigured cloud services, and over-permissive access and roles. Findings are prioritised based on real-world risk and impact, not just rule violations.

**How is cloud security different from cloud compliance?**

Cloud security focuses on reducing risk and preventing breaches, while cloud compliance monitors alignment with regulatory and policy requirements. Suronex unifies both, so that secure configurations directly support compliance goals.

**Does Suronex support multi-cloud security?**

Yes. Suronex provides a single pane of glass for managing security across AWS, Microsoft Azure, Google Cloud, Oracle Cloud, Kubernetes and SaaS platforms.

**Does Suronex provide remediation guidance for security issues?**

Yes. Suronex offers AI-guided, context-aware remediation, providing step-by-step guidance through the cloud console, CLI commands, and Infrastructure-as-Code workflows.

**Can security policies be customised?**

Yes. Organisations can customise built-in security controls, create new security policies aligned to internal standards, and apply policies consistently across all cloud accounts and environments.

**How are security alerts delivered?**

Suronex supports real-time alerts via email, Slack, Jira, ServiceNow, Microsoft Teams, and other integrated systems. Alerts can be tuned to reduce noise and focus on high-impact risks.

**How does Suronex scale with cloud growth?**

Suronex is designed for dynamic, fast-changing environments, automatically adapting as new resources, services, and accounts are added — without manual reconfiguration.

## KubePosture — Kubernetes security

https://suronex.ai/platform/kubeposture

Protect AKS, EKS, GKE, OpenShift and self-managed clusters against misconfigured RBAC, privileged workloads, vulnerable images and risky network policies — benchmarked against CIS and mapped to real attack paths.

### Kubernetes ships insecure by default

Clusters multiply across teams and clouds — each one a stack of RBAC, workloads, images and network policy that's easy to get subtly, dangerously wrong.

- **Cluster sprawl** — Dev, staging, prod, per-team and per-region clusters across three clouds — no consistent baseline, no single view of what's running where.
- **RBAC nobody fully understands** — Service accounts with cluster-admin, wildcard roles and stale bindings accumulate silently — until one compromised pod owns the cluster.
- **Privileged and exposed workloads** — Privileged containers, hostPath mounts, missing security contexts and public LoadBalancers turn one exploited app into a node takeover.
- **AI workloads run on K8s too** — GPU workloads, model servers and inference APIs increasingly run in-cluster — inheriting every Kubernetes misconfiguration underneath them.

### Full-stack Kubernetes security posture

From CIS benchmarks to attack-path context — every cluster, every namespace, continuously.

- **CIS Benchmark Assessment** — Continuous assessment of every cluster against CIS Kubernetes benchmarks and provider-specific hardening guides. (CIS Kubernetes, CIS EKS/AKS/GKE, Custom Policies)
- **RBAC & Identity Analysis** — Map who — and what — can do anything in your clusters. Find cluster-admin sprawl, wildcard roles and risky service accounts. (Role Analysis, Bindings, Service Accounts, Least Privilege)
- **Workload Posture** — Detect privileged containers, host mounts, missing limits and insecure pod specs across every namespace. (Pod Security, Security Contexts, Admission Risks)
- **Image & Registry Scanning** — Scan container images for CVEs, malware and embedded secrets — in registries and running workloads. (CVE Detection, Secret Detection, Base Image Risk)
- **Network Policy Review** — Find namespaces with no network segmentation and services exposed further than intended. (Segmentation Gaps, Exposed Services, Ingress Review)
- **Cluster Attack Paths** — Chain pod, RBAC and cloud-layer weaknesses into full attack paths — from exposed service to cloud account takeover. (Container Escape, Privilege Escalation, Cloud Pivot)

### Runtime protection for running workloads

Beyond configuration: KubePosture watches cluster workloads at runtime — detecting container escapes, crypto-mining, anomalous process execution and suspicious network behaviour in live pods, and tying every runtime alert back to the posture gap that allowed it.

### What KubePosture scans

Managed, self-managed and on-prem — one posture view.

- Kubernetes Distributions: Amazon EKS, Azure AKS, Google GKE, Red Hat OpenShift, Rancher, Self-Managed, k3s
- Cluster Components: Control Plane, Nodes, Workloads, RBAC, Network Policies, Admission Config, Secrets, Ingress
- Supply Chain: Container Registries, Helm Charts, Images, SBOM

### Frequently asked questions

**How does KubePosture connect to clusters?**

Via read-only API access to managed control planes (EKS, AKS, GKE, OpenShift) or a lightweight read-only collector for self-managed clusters. No privileged DaemonSets, no kernel modules.

**Does it cover both configuration and vulnerabilities?**

Yes. KubePosture assesses cluster and workload configuration (RBAC, pod security, network policy) while VulSense powers image and workload CVE scanning — results are unified in one risk view.

**Can it detect attack paths that cross into the cloud layer?**

Yes. Because Suronex also models your cloud accounts, it can chain in-cluster weaknesses with cloud IAM — for example, a pod with a node role that can read production storage.

**How are multi-cluster environments handled?**

All clusters appear in a single posture dashboard with per-cluster, per-namespace and per-team breakdowns — and consistent policies enforced across every distribution.

**Does it support compliance reporting for Kubernetes?**

Yes — CIS results and workload posture map into ComplySense, contributing evidence to ISO 27001, SOC 2, PCI DSS and other framework reports automatically.

**What Kubernetes security risks does Suronex address?**

Suronex detects risks across cluster configuration, RBAC, API exposure, network policies, container images, and workload security, helping prevent misconfigurations and access-related threats.

**Which Kubernetes platforms are supported?**

Suronex supports Amazon EKS, Azure AKS, Google GKE, and compatible Kubernetes environments.

**How does Suronex help with container and workload security?**

The Suronex platform analyses Kubernetes configurations, maps vulnerable container images to running workloads, and enforces security baselines to reduce runtime and deployment risks.

**Does Suronex support Infrastructure as Code (IaC) security?**

Yes. Suronex scans IaC templates (such as Terraform, CloudFormation and many more) to detect misconfigurations and policy violations before deployment, helping teams shift security and compliance left.

**How does IaC security improve cloud-native compliance?**

By validating configurations early, IaC security prevents insecure resources from reaching production, reduces remediation effort, and keeps deployments aligned with compliance and security standards from day one.

## SaaSPosture — SaaS security

https://suronex.ai/platform/saasposture

Monitor Microsoft 365, Google Workspace, Salesforce, GitHub, Slack, Zoom — and 100+ SaaS tools — for misconfigurations, oversharing, risky OAuth grants and shadow SaaS your IT team has never heard of.

### SaaS is your biggest surface — and your blindest spot

Hundreds of apps, thousands of settings, millions of shared files. Each admin console is a silo, and nobody owns the whole picture.

- **SaaS sprawl and shadow apps** — Employees connect new tools weekly — including AI apps — via OAuth grants IT never reviews. Your real SaaS estate is far bigger than your licence list.
- **Oversharing is invisible at scale** — 'Anyone with the link' feels harmless once. Multiplied across years and thousands of users, it becomes a searchable archive of your company's secrets.
- **Risky third-party access** — OAuth apps with read access to email, files and calendars are standing backdoors — rarely inventoried, almost never revoked.
- **Every app is configured differently** — Salesforce, M365 and GitHub each bury critical security settings in different places. Consistent hardening across hundreds of apps is impossible manually.

### Continuous posture for every SaaS app

One dashboard for configuration, sharing, identity and third-party risk across your whole SaaS estate.

- **Configuration Posture** — Continuously assess each app against vendor hardening guides and security best practices — with drift alerts. (MFA Enforcement, Session Policies, Admin Settings, Sharing Defaults)
- **Data Exposure Detection** — Find files, records and repos shared publicly or externally — with sensitive-data context. (Public Links, External Sharing, PII Detection, Public Repos)
- **OAuth & Third-Party Risk** — Inventory every third-party and AI app granted access to your data — scored by scope and vendor risk. (OAuth Grants, Scope Analysis, AI App Detection, Revocation)
- **SaaS Identity Hygiene** — Find dormant accounts, missing MFA, over-privileged admins and external users who never left. (Dormant Accounts, Admin Sprawl, Guest Access)
- **Shadow SaaS Discovery** — Surface apps in use that never went through procurement — including unsanctioned AI tools. (Discovery, Usage Context, Sanctioning Workflow)
- **SaaS Compliance Mapping** — App posture mapped to ISO 27001, SOC 2 and privacy frameworks through ComplySense. (ISO 27001, SOC 2, EU GDPR, Evidence Collection)

### SaaS activity monitored as it happens

SaaSPosture pairs configuration posture with runtime activity monitoring — impossible travel, mass downloads, anomalous OAuth token use and risky admin actions are detected in real time across your SaaS estate, not found in a quarterly review.

### What SaaSPosture monitors

Deep integrations for major platforms — 100+ SaaS tools covered and growing.

- Productivity & Collaboration: Microsoft 365, Google Workspace, Slack, Zoom, Teams, Notion, Confluence
- Business Platforms: Salesforce, HubSpot, ServiceNow, Zoho, Dynamics 365, Box
- Developer & AI Tools: GitHub, GitLab, Atlassian, OpenAI, Anthropic, AI SaaS Applications
- Identity Providers: Okta, Microsoft Entra ID, Google Identity

### Frequently asked questions

**How does SaaSPosture connect to our apps?**

Through each platform's official admin APIs using read-only OAuth or service integrations — no browser extensions, no traffic interception, no agents on user devices.

**Can it find SaaS apps we don't know about?**

Yes. Shadow SaaS discovery correlates identity provider logs, OAuth grants and expense/network signals to reveal apps in active use that were never sanctioned — including AI tools.

**How does it handle oversharing at scale?**

SaaSPosture inventories external and public sharing across your estate, prioritises by data sensitivity (PII, secrets, source code), and supports bulk remediation workflows to fix years of accumulated exposure.

**What about third-party AI apps connected to our data?**

Every OAuth grant is inventoried and scored. AI applications get special treatment: Suronex flags which ones can read email, files or code, feeding your AI governance programme in ComplySense.

**Will monitoring impact our users or apps?**

No. All assessment is read-only via admin APIs. Remediation actions are always explicit, logged and reversible.

**What does Suronex SaaS Security do?**

Suronex continuously evaluates SaaS applications to identify risky configurations, excessive permissions, unmanaged identities, and compliance gaps, providing visibility and control across SaaS environments.

**Does Suronex secure every SaaS application?**

Suronex integrates with widely used enterprise SaaS platforms. Coverage depends on available APIs and permissions. New integrations can be enabled as customer needs evolve.

**Is a SaaS security solution necessary?**

As SaaS environments grow rapidly and change frequently, manual reviews become impractical. SaaS posture management automates monitoring and compliance checks, making it a critical component of a modern SaaS security strategy.

**How does Suronex discover SaaS usage?**

Suronex relies on authorised API integrations to monitor users, service accounts, access methods, and SaaS-to-SaaS connections. This ensures accurate and secure visibility without intrusive methods.

## VulSense — Vulnerability intelligence

https://suronex.ai/platform/vulsense

Unified vulnerability management across cloud, containers, VMs, Kubernetes, applications, dependencies, operating systems and third-party libraries — deduplicated, correlated and prioritised by exploitability, exposure and business impact.

### You don't have a scanning problem. You have a priority problem.

Every scanner finds tens of thousands of CVEs. The question that matters — which ten could actually hurt us this week? — goes unanswered.

- **Siloed scanners, conflicting answers** — Separate tools for VMs, containers, code and cloud each produce their own duplicate findings, scores and dashboards — none aware of the others.
- **Patch teams can't keep up** — Thousands of 'critical' CVSS findings with no context force teams to patch alphabetically while the one exploitable flaw waits its turn.
- **No runtime or exposure context** — A critical CVE in an internal test box is not the same as a medium in an internet-facing service holding customer data. CVSS alone can't tell them apart.
- **The window keeps shrinking** — Exploitation now begins within days of CVE publication. Quarterly scan-and-patch cycles are structurally too slow.

### One engine for every vulnerability, ranked by real risk

Agentless detection, cross-stack correlation and prioritisation your patch team can actually act on.

- **Unified Detection** — One agentless engine across your whole stack — no duplicate findings, no coverage gaps between tools. (Cloud, Containers, VMs, Kubernetes, Applications, OS, Libraries)
- **Risk-Based Prioritisation** — CVSS × exploitability (KEV, EPSS) × exposure × attack-path context = a shortlist, not a spreadsheet. (CISA KEV, EPSS, Exposure, Attack Paths)
- **SBOM & Dependency Intelligence** — Full software bill of materials for every workload — know instantly if the next Log4j touches you. (SBOM Generation, Dependency Graphs, Zero-Day Response)
- **Runtime Correlation** — Is the vulnerable package actually loaded? Is the service actually reachable? Findings carry runtime truth, not just presence. (Reachability, Loaded Packages, Network Exposure)
- **AI Remediation Plans** — Grouped, ordered fix plans — one base-image update that clears 400 findings beats 400 tickets. (Fix Grouping, Patch Plans, Ticketing Integration)
- **SLA & Trend Tracking** — Track remediation SLAs, mean-time-to-remediate and risk trends by team, environment and business unit. (SLA Tracking, MTTR, Executive Reporting)

### Runtime context on every finding

VulSense validates findings against runtime truth: is the vulnerable package actually loaded, is the process running, is the service reachable from the internet right now? Exploitability at runtime — not theoretical presence — drives every priority.

### What VulSense scans

Everything that can carry a CVE — under one engine.

- Infrastructure: Virtual Machines, Cloud Workloads, Containers, Kubernetes, Serverless Functions
- Software Layers: Operating Systems, Third-Party Libraries, Language Dependencies, Base Images, Middleware
- Sources & Intelligence: NVD, CISA KEV, EPSS, OSV, GitHub Advisories, Vendor Feeds, Exploit Intelligence

### Frequently asked questions

**How does agentless vulnerability scanning work?**

VulSense analyses workload snapshots and container images through cloud provider APIs — full visibility into installed packages and configurations with zero performance impact and no agents to deploy or maintain.

**How much noise reduction can we expect?**

Customers typically see the actionable list shrink by 95–99% once exploitability, exposure and attack-path context are applied — from tens of thousands of findings to a prioritised shortlist.

**Does VulSense replace our existing scanners?**

It can consolidate most of them. One engine covers VMs, containers, Kubernetes, cloud workloads and dependencies — and findings from remaining tools can be ingested and deduplicated into the same risk view.

**How fast can we respond to a new zero-day?**

Because SBOMs are maintained continuously, you can answer 'are we affected?' in seconds — search the package across every workload and get an impact list with fix plans immediately.

**How do fixes reach the right teams?**

Findings are grouped into remediation plans and routed by ownership tags to the right team via your ticketing system, with progress and SLAs tracked automatically.

## CodeShield — Application security

https://suronex.ai/platform/codeshield

Secure software from commit to production with SAST, secret detection, dependency scanning, IaC scanning and container scanning — wired into your repos and pipelines, with findings developers actually fix.

### Vulnerabilities are cheapest to fix before they ship

Everything found in production — leaked secrets, vulnerable dependencies, misconfigured IaC — started as a preventable mistake in a pull request.

- **Secrets leak into repos daily** — API keys, tokens and credentials get committed constantly. Once pushed, they're compromised — even after deletion, they live in git history.
- **Your code is mostly other people's code** — Open-source dependencies form 80%+ of modern applications — each transitive package a potential vector, most never reviewed by anyone.
- **IaC replicates mistakes at scale** — One insecure Terraform module gets copied into fifty deployments. Infrastructure-as-code means misconfiguration-as-code without scanning.
- **Security findings arrive too late** — Findings that surface weeks after merge, in a separate tool, assigned to nobody — that's how backlogs are born and never fixed.

### Security that lives where developers work

Every scan type, wired into PRs and pipelines — with AI-generated fixes attached to findings.

- **SAST** — Fast, accurate static analysis on every commit and PR — tuned for low noise so developers keep trusting it. (Code Vulnerabilities, Taint Analysis, PR Comments, OWASP Top 10)
- **Secret Detection** — Catch keys, tokens and credentials before they're pushed — and find the ones already buried in git history. (Pre-Commit, Git History, Validity Checks, Auto-Revocation)
- **Dependency Scanning (SCA)** — Know every open-source package, its vulnerabilities, its licence and whether the vulnerable code is actually reachable. (CVE Detection, Reachability, Licence Compliance, SBOM)
- **IaC Scanning** — Scan Terraform, CloudFormation, Helm and Kubernetes manifests before misconfigurations become infrastructure. (Terraform, CloudFormation, Helm, K8s Manifests)
- **Container Scanning** — Scan images at build time and in registries — base image risk, CVEs and embedded secrets, before deployment. (Base Images, Registries, Build Gates)
- **AI-Powered Fixes** — Findings arrive with suggested patches and context — merge the fix, not just the ticket. AI-generated code gets scanned too. (Auto-Fix PRs, AI Code Review, Guardrails)

### Code-to-runtime correlation

CodeShield connects every running workload back to the exact repository, image and pull request that produced it — and detects drift between what was scanned at build time and what is actually running, so a runtime incident traces to a fixable line of code in seconds.

### What CodeShield scans

From first commit to running container.

- Source & CI/CD: GitHub, GitLab, Bitbucket, Azure DevOps, Jenkins, CircleCI, GitHub Actions
- Languages: Python, JavaScript / TypeScript, Java, Go, C#, Ruby, PHP, Rust, Kotlin
- Infrastructure as Code: Terraform, CloudFormation, Helm, Kubernetes Manifests, Docker, Pulumi, ARM / Bicep
- Artifacts: Container Images, Registries, SBOM, Packages

### Frequently asked questions

**Will CodeShield slow down our pipelines?**

No. Scans run incrementally and in parallel — typical PR feedback lands in under a minute. You choose which findings block a merge and which just comment.

**How does it reduce false positives?**

Findings are validated with reachability analysis (is the vulnerable code actually called?), secret validity checks (does the key still work?) and deployment context from the rest of Suronex — so developers see real issues, not noise.

**Does it handle AI-generated code?**

Yes. Code written by AI assistants goes through the same SAST, secret and dependency analysis — an increasingly important control as AI-authored code volume grows.

**Can findings connect to runtime risk?**

Yes — this is where the platform shines. A vulnerable dependency in a repo maps to the running workloads built from it, so you can trace a production attack path back to the exact PR that fixes it.

**Which workflows does it integrate with?**

PR checks and comments in your git platform, pipeline gates in CI, tickets in your tracker, and alerts in Slack or Teams — with ownership auto-assigned by repo and team.

## AccessGraph — Identity intelligence

https://suronex.ai/platform/accessgraph

Understand users, roles, permissions, service accounts, AI identities and privileged access across cloud and SaaS. Detect excessive permissions, dormant access and the identity risks that power modern breaches.

### Identity is the new perimeter — and it's wide open

Most breaches now start with a credential, not an exploit. Meanwhile permissions only ever accumulate, and non-human identities multiply unchecked.

- **Permission sprawl compounds daily** — Roles get granted for one project and never revoked. Years later, ordinary identities hold admin-grade access nobody remembers approving.
- **Effective access is unknowable by hand** — Group nesting, role chaining, inherited policies and cross-account trusts make 'who can touch prod?' a research project instead of a query.
- **Non-human identities outnumber humans** — Service accounts, CI tokens and now AI agents hold most of your real access — usually with static credentials and no MFA, reviews or expiry.
- **Dormant privileged access waits quietly** — Unused admin permissions are pure risk with zero benefit — a standing gift to whoever compromises the account first.

### Every identity, every permission, one graph

From effective-access answers to least-privilege enforcement — for humans, services and AI agents alike.

- **Effective Permissions Mapping** — Compute what every identity can actually do — through every group, role chain and trust relationship. (Cross-Account, Role Chaining, Group Nesting, Resource Policies)
- **Excessive Permission Detection** — Compare granted vs. used permissions and generate right-sized policies to close the gap safely. (Usage Analysis, Right-Sizing, Safe Revocation)
- **Privileged Access Analytics** — Continuous inventory of admin-grade access across cloud and SaaS — with anomaly alerts on new grants. (Admin Inventory, Escalation Paths, Anomaly Alerts)
- **AI Identity Governance** — Treat AI agents as first-class identities: what they can access, what they've used, and when to revoke. (Agent Permissions, Tool Access, Credential Hygiene)
- **Dormant & Toxic Access** — Find unused accounts, stale keys, departed users and toxic combinations that violate separation of duties. (Stale Keys, Offboarding Gaps, SoD Conflicts)
- **Identity Attack Paths** — See privilege escalation chains before attackers do — and the single revocation that breaks them. (Escalation Chains, Lateral Movement, Choke Points)

### Access watched at runtime, not just granted on paper

AccessGraph observes how permissions are actually used at runtime — flagging anomalous privilege use, first-time access to sensitive resources and live credential abuse the moment it happens, for humans, service accounts and AI agents alike.

### What AccessGraph analyses

Human and non-human identity, across every platform that grants access.

- Cloud IAM: AWS IAM, Azure RBAC / Entra ID, Google Cloud IAM, Oracle Cloud IAM
- Identity Providers: Okta, Microsoft Entra ID, Google Identity, Ping
- Non-Human Identities: Service Accounts, API Keys, CI/CD Tokens, Workload Identities, AI Agents, MCP Credentials
- Access Targets: Databases, Storage, Secrets Managers, Kubernetes RBAC, SaaS Roles, Code Repositories

### Frequently asked questions

**What makes AccessGraph different from our IdP's reports?**

Your IdP knows who's in which group. AccessGraph computes effective access — what each identity can actually do across cloud, SaaS and Kubernetes after every role chain, inheritance and resource policy is resolved — and compares it against what's actually used.

**How does it handle AI agents as identities?**

AI agents are inventoried like any identity: their credentials, permissions, tool access and usage are tracked, scored and governed — including flagging agents with far more access than their task requires.

**Can it safely reduce permissions without breaking things?**

Yes. Right-sizing recommendations are based on observed usage over configurable windows, generated as reviewable policy diffs — so teams can tighten access with confidence, not guesswork.

**Does it detect privilege escalation paths?**

Yes. AccessGraph chains permissions to reveal escalation routes (for example, iam:PassRole leading to admin) and identifies the minimal revocation that breaks each path.

**How does this connect to compliance?**

Access reviews, least-privilege evidence and privileged-access reports flow into ComplySense — satisfying ISO 27001, SOC 2 and similar identity controls automatically.

## ComplySense — Compliance automation

https://suronex.ai/platform/complysense

Monitor compliance against 50+ global standards and best practices — from the EU AI Act and ISO 42001 to SOC 2, PCI DSS and DORA — with evidence collected continuously, controls mapped automatically, and reports that are always audit-ready.

### Compliance is a full-time job you're doing with screenshots

Frameworks multiply, AI regulation arrives, and evidence still gets collected by hand in the weeks before each audit — describing a moment, not your posture.

- **Audit prep devours quarters** — Teams burn months collecting screenshots and exports for each audit — evidence that's stale before the auditor even reads it.
- **Framework overlap, duplicated work** — ISO 27001, SOC 2, PCI DSS and DORA share most of their controls — yet each audit re-collects the same evidence from scratch.
- **AI regulation changes the game** — The EU AI Act and ISO 42001 demand governance of models, agents and datasets — assets your current GRC tooling has never heard of.
- **Point-in-time ≠ continuous** — Passing an audit in January says nothing about March. Drift happens daily; annual assessments catch it annually.

### Compliance that runs itself

Continuous evidence, automatic control mapping, and audit-ready reporting — across cloud, SaaS and AI.

- **50+ Standards Out of the Box** — AI, security and privacy standards, frameworks and best practices — global and regional — maintained and updated by Suronex. (EU AI Act, ISO 42001, ISO 27001, SOC 2, PCI DSS, HIPAA, EU GDPR, DORA, NIS2, RBI, SEBI CSCRF)
- **Continuous Evidence Collection** — Evidence gathered automatically from your cloud, SaaS, code and AI integrations — timestamped, versioned, audit-ready. (Auto-Collection, Versioning, Audit Trail)
- **Cross-Framework Control Mapping** — Satisfy a control once, comply everywhere it applies — overlap handled automatically across all your frameworks. (Common Controls, Gap Analysis, Coverage Matrix)
- **Bring Your Own Compliance** — Onboard proprietary or industry-specific frameworks and monitor them with the same automation. (Custom Frameworks, Internal Policies, Contractual Controls)
- **Drift Detection & Alerts** — The moment a control degrades — a setting changes, evidence expires — you know, with a suggested fix. (Real-Time Score, Control Alerts, Auto-Remediation)
- **Audit-Ready Reporting** — Exportable, auditor-friendly report packs and executive dashboards — generated in minutes, not months. (Auditor Exports, Executive Dashboards, Trend Reports)

### Compliance verified against live systems

ComplySense checks controls against running systems continuously — encryption, logging, access and AI guardrails are validated at runtime, so your evidence describes what is true right now, not what a screenshot showed last quarter.

### Frameworks and evidence sources

Every framework you're accountable to, fed by every system you run.

- AI Frameworks: EU AI Act, ISO 42001, NIST AI RMF, OWASP LLM Top 10, MITRE ATLAS, AI Verify
- Security & Privacy Frameworks: ISO 27001, SOC 2, PCI DSS, HIPAA, EU GDPR, DPDP, CIS Benchmarks, NIST CSF, RBI, SEBI CSCRF, DORA, NIS2
- Evidence Sources: AWS, Azure, Google Cloud, Oracle Cloud, Kubernetes, GitHub, Microsoft 365, Google Workspace, Okta, AI Platforms, HR Systems

### Frequently asked questions

**How is this different from GRC tools like a compliance spreadsheet on rails?**

ComplySense is connected to your actual infrastructure. Evidence isn't uploaded by humans — it's pulled continuously from cloud, SaaS, code and AI integrations, so your compliance posture reflects reality right now, not last quarter's screenshots.

**Which AI regulations does it cover?**

EU AI Act, ISO 42001, NIST AI RMF, OWASP LLM Top 10, MITRE ATLAS and AI Verify — with controls mapped to the AI assets Suronex discovers, including models, agents and datasets.

**What is Bring Your Own Compliance (BYOC)?**

BYOC lets you onboard any proprietary, contractual or industry-specific framework. Define the controls, map them to Suronex checks, and get the same continuous monitoring and reporting as built-in frameworks.

**Can one control satisfy multiple frameworks?**

Yes — that's the point of cross-framework mapping. Encrypting a database once produces evidence that automatically satisfies ISO 27001, SOC 2, PCI DSS and every other framework that requires it.

**Will auditors accept the evidence?**

Evidence is timestamped, versioned and traceable to source systems, exported in auditor-friendly packs. Customers routinely use ComplySense exports directly in SOC 2 and ISO audits.

**How does Suronex help with cloud compliance?**

Suronex helps organisations maintain continuous cloud compliance across multi-cloud, cloud-native, and SaaS environments by automatically monitoring configurations against regulatory, industry, and internal security standards. Instead of relying on periodic, manual audits, Suronex provides real-time compliance visibility, automated evidence collection, and proactive alerts — so organisations stay audit-ready at all times.

**Which compliance frameworks does Suronex support?**

Suronex currently supports 50+ global and regional compliance frameworks, including but not limited to ISO 27001, SOC 2, PCI DSS, EU GDPR, HIPAA, NIST and CIS Benchmarks. The compliance library is continuously expanding as new regulations and standards emerge.

**How often are new compliance frameworks added?**

Compliance coverage is continuously updated. Suronex regularly adds new frameworks, controls, and regulatory mappings to reflect changes in regulations, new industry standards, cloud provider service updates, and customer-driven compliance needs. Updates are delivered automatically without manual intervention.

**Can BYOC run alongside built-in compliance frameworks?**

Yes. Suronex allows you to run multiple compliance frameworks simultaneously, including a mix of built-in standards (ISO, SOC 2, PCI, etc.) and custom BYOC frameworks. This enables organisations to manage overlapping compliance requirements from a single platform.

**How does Suronex help with audit readiness?**

Suronex automates control-to-requirement mapping, evidence collection, compliance scoring, and audit-ready reporting. This significantly reduces audit preparation time and keeps you audit-ready at all times, not just during assessment periods.

**Does Suronex provide compliance reports?**

Yes. Suronex generates on-demand, audit-ready reports with clear mappings to compliance controls and requirements. Reports can be exported in multiple formats for auditors, regulators, customers, or leadership teams.

**How does Suronex handle compliance drift?**

Suronex continuously monitors environments and detects compliance drift in real time. When configurations fall below defined thresholds, alerts and remediation guidance are automatically triggered.

## Use cases

- **Discover Shadow AI** — Find every unsanctioned model, AI SaaS app and agent framework in use across your organisation — before it becomes an incident.
- **Secure AI Agents & MCP** — Govern what your agents can access, detect rogue behaviour at runtime, and harden MCP servers in production.
- **EU AI Act & ISO 42001 Readiness** — Map every AI asset to regulatory controls with continuous evidence — be audit-ready before enforcement lands.
- **AI Red Teaming** — Continuously attack your own models with automated jailbreak, prompt-injection and toxicity testing.
- **Prevent Cloud Misconfigurations** — Catch public exposure, risky defaults and compliance drift across 5 clouds — prioritised by real attack paths.
- **Attack Path Analysis** — See how an attacker would chain weaknesses from an exposed workload to your crown jewels — and cut the choke point.
- **Risk-Based Vulnerability Management** — Shrink tens of thousands of CVEs to the exploitable few that matter this week.
- **Shift Left / DevSecOps** — Catch secrets, vulnerable dependencies and IaC risks in every pull request — with fixes attached.
- **Least-Privilege Identity** — Right-size permissions for humans, service accounts and AI agents based on what they actually use.
- **SaaS Governance** — Fix oversharing, risky OAuth grants and shadow apps across 100+ SaaS tools.
- **Continuous Compliance** — Turn audit season into a formality with automated evidence across 50+ standards and best practices.
- **Runtime Threat Detection** — Detect live threats — from prompt injection to container escapes — the moment they happen, across your whole stack.

## Industries

- **BFSI** — Banks and financial institutions deploying AI for credit, fraud and service — under the strictest regulatory lens in the market. Suronex keeps models governed and evidence continuous. Frameworks: PCI DSS, DORA, RBI, SEBI CSCRF, SOC 2, ISO/IEC 27001:2022, NIST CSF, CIS.
- **Healthcare** — Clinical AI and patient data demand airtight privacy. Discover every AI touching PHI, detect leakage, and stay continuously HIPAA-ready. Frameworks: HIPAA, HITRUST, EU GDPR, ISO/IEC 27001:2022, SOC 2, NIST CSF.
- **Government** — Public-sector AI needs sovereignty, transparency and resilience. Full-stack visibility with evidence for national compliance frameworks. Frameworks: FedRAMP, NIST 800-53, DPDP Act, EU GDPR, CIS, NIST CSF, ISO/IEC 27001:2022.
- **SaaS** — Ship AI features fast without failing your customers' security reviews. SOC 2 and ISO evidence collected while you build. Frameworks: CSA CCM v4, SOC 2, EU GDPR, ISO/IEC 27001:2022, NIST CSF, CIS.
- **Manufacturing** — From supply-chain AI to OT-adjacent cloud workloads — secure the stack that keeps production running. Frameworks: CIS, ISO/IEC 27001:2022, SOC 2, NIST CSF.
- **Retail** — Recommendation engines, demand forecasting and customer-data AI at scale — with PCI and privacy compliance built in. Frameworks: PCI DSS, DPDP Act, EU GDPR, SOC 2, CIS, ISO/IEC 27001:2022, NIST CSF.
- **Telecom** — Massive infrastructure, sensitive subscriber data and growing AI operations — unified posture across it all. Frameworks: DPDP Act, EU GDPR, NIST CSF, ISO/IEC 27001:2022, CIS.

## General questions

### General

**What problems does the Suronex platform solve?**

Suronex helps organisations continuously manage cloud security, compliance, and digital risk across multi-cloud, cloud-native, and SaaS environments. It replaces fragmented tools and manual audits with automated monitoring, intelligent risk detection, and guided remediation — allowing teams to stay secure and compliant as their cloud environments evolve.

**Which environments and platforms does Suronex support?**

Suronex supports major public clouds including AWS, Microsoft Azure, Google Cloud, and Oracle Cloud, along with Kubernetes environments (EKS, AKS, GKE) and a growing ecosystem of enterprise SaaS applications.

**How does Suronex integrate with existing tools and workflows?**

Suronex offers API-based integrations with popular identity, ITSM, and collaboration tools such as SSO providers, Okta, Jira, ServiceNow, Slack, Microsoft Teams, and cloud-native services like AWS Security Hub. Custom integrations can also be enabled on demand.

**Is Suronex available as a SaaS or on-prem solution?**

Suronex is delivered primarily as a SaaS platform for fast deployment and scalability. Select components can support hybrid or controlled environments based on customer requirements.

**Can Suronex manage security across multiple cloud accounts?**

Yes. Suronex provides a single, centralised view to manage security and compliance across multiple cloud accounts, regions, and providers.

**How often are security controls and checks updated?**

Suronex continuously expands its security control library to support new cloud services, APIs, and compliance requirements. Updates are delivered automatically as part of the platform.

**Can organisations define their own security and compliance policies?**

Yes. Suronex allows teams to create custom security and compliance policies, tailored to internal standards, risk tolerance, and regulatory needs.

**Can controls be enforced consistently across all environments?**

Custom and built-in controls can be applied at scale across multi-cloud, cloud-native, and SaaS environments to ensure consistent governance.

**How are violations and risks communicated to teams?**

Suronex supports real-time alerts and notifications through integrations with email, Slack, Jira, ServiceNow, Microsoft Teams, and other collaboration or ticketing tools.

**What integrations does Suronex support?**

Suronex supports a wide range of native and API-based integrations across cloud providers, identity platforms, ITSM tools, and collaboration systems. This includes integrations with major cloud services, SSO and identity providers, ticketing and workflow tools, and communication platforms. In addition, Suronex offers on-demand and custom integrations, allowing organisations to connect existing tools and workflows seamlessly without disrupting operations.

### Cloud compliance

**How does Suronex help with cloud compliance?**

Suronex helps organisations maintain continuous cloud compliance across multi-cloud, cloud-native, and SaaS environments by automatically monitoring configurations against regulatory, industry, and internal security standards. Instead of relying on periodic, manual audits, Suronex provides real-time compliance visibility, automated evidence collection, and proactive alerts — so organisations stay audit-ready at all times.

**Which compliance frameworks does Suronex support?**

Suronex currently supports 50+ global and regional compliance frameworks, including but not limited to ISO 27001, SOC 2, PCI DSS, EU GDPR, HIPAA, NIST and CIS Benchmarks. The compliance library is continuously expanding as new regulations and standards emerge.

**How often are new compliance frameworks added?**

Compliance coverage is continuously updated. Suronex regularly adds new frameworks, controls, and regulatory mappings to reflect changes in regulations, new industry standards, cloud provider service updates, and customer-driven compliance needs. Updates are delivered automatically without manual intervention.

**Can BYOC run alongside built-in compliance frameworks?**

Yes. Suronex allows you to run multiple compliance frameworks simultaneously, including a mix of built-in standards (ISO, SOC 2, PCI, etc.) and custom BYOC frameworks. This enables organisations to manage overlapping compliance requirements from a single platform.

**How does Suronex help with audit readiness?**

Suronex automates control-to-requirement mapping, evidence collection, compliance scoring, and audit-ready reporting. This significantly reduces audit preparation time and keeps you audit-ready at all times, not just during assessment periods.

**Does Suronex provide compliance reports?**

Yes. Suronex generates on-demand, audit-ready reports with clear mappings to compliance controls and requirements. Reports can be exported in multiple formats for auditors, regulators, customers, or leadership teams.

**How does Suronex handle compliance drift?**

Suronex continuously monitors environments and detects compliance drift in real time. When configurations fall below defined thresholds, alerts and remediation guidance are automatically triggered.

### Cloud security

**How does Suronex help with cloud security?**

Suronex strengthens cloud security by continuously identifying, prioritising, and providing remediation guidance for security risks and misconfigurations across multi-cloud, cloud-native, and SaaS environments. The platform provides real-time visibility, context-aware risk analysis, and AI-guided remediation, enabling organisations to reduce exposure, prevent breaches, and maintain a strong security posture at scale.

**What types of security risks does Suronex detect?**

Suronex detects risks related to identity and access management (IAM), network exposure and segmentation, data protection and encryption, logging and monitoring gaps, misconfigured cloud services, and over-permissive access and roles. Findings are prioritised based on real-world risk and impact, not just rule violations.

**How is cloud security different from cloud compliance?**

Cloud security focuses on reducing risk and preventing breaches, while cloud compliance monitors alignment with regulatory and policy requirements. Suronex unifies both, so that secure configurations directly support compliance goals.

**Does Suronex support multi-cloud security?**

Yes. Suronex provides a single pane of glass for managing security across AWS, Microsoft Azure, Google Cloud, Oracle Cloud, Kubernetes and SaaS platforms.

**Does Suronex provide remediation guidance for security issues?**

Yes. Suronex offers AI-guided, context-aware remediation, providing step-by-step guidance through the cloud console, CLI commands, and Infrastructure-as-Code workflows.

**Can security policies be customised?**

Yes. Organisations can customise built-in security controls, create new security policies aligned to internal standards, and apply policies consistently across all cloud accounts and environments.

**How are security alerts delivered?**

Suronex supports real-time alerts via email, Slack, Jira, ServiceNow, Microsoft Teams, and other integrated systems. Alerts can be tuned to reduce noise and focus on high-impact risks.

**How does Suronex scale with cloud growth?**

Suronex is designed for dynamic, fast-changing environments, automatically adapting as new resources, services, and accounts are added — without manual reconfiguration.

### Cloud-native & Kubernetes

**What Kubernetes security risks does Suronex address?**

Suronex detects risks across cluster configuration, RBAC, API exposure, network policies, container images, and workload security, helping prevent misconfigurations and access-related threats.

**Which Kubernetes platforms are supported?**

Suronex supports Amazon EKS, Azure AKS, Google GKE, and compatible Kubernetes environments.

**How does Suronex help with container and workload security?**

The Suronex platform analyses Kubernetes configurations, maps vulnerable container images to running workloads, and enforces security baselines to reduce runtime and deployment risks.

**Does Suronex support Infrastructure as Code (IaC) security?**

Yes. Suronex scans IaC templates (such as Terraform, CloudFormation and many more) to detect misconfigurations and policy violations before deployment, helping teams shift security and compliance left.

**How does IaC security improve cloud-native compliance?**

By validating configurations early, IaC security prevents insecure resources from reaching production, reduces remediation effort, and keeps deployments aligned with compliance and security standards from day one.

### SaaS security

**What does Suronex SaaS Security do?**

Suronex continuously evaluates SaaS applications to identify risky configurations, excessive permissions, unmanaged identities, and compliance gaps, providing visibility and control across SaaS environments.

**Does Suronex secure every SaaS application?**

Suronex integrates with widely used enterprise SaaS platforms. Coverage depends on available APIs and permissions. New integrations can be enabled as customer needs evolve.

**Is a SaaS security solution necessary?**

As SaaS environments grow rapidly and change frequently, manual reviews become impractical. SaaS posture management automates monitoring and compliance checks, making it a critical component of a modern SaaS security strategy.

**How does Suronex discover SaaS usage?**

Suronex relies on authorised API integrations to monitor users, service accounts, access methods, and SaaS-to-SaaS connections. This ensures accurate and secure visibility without intrusive methods.

### Pricing

**How is Suronex priced?**

Pricing is based on the size of your environment — primarily cloud workloads and AI assets under management — and the modules you enable. You only pay for what you actually protect, and the quote you receive is per-environment and transparent.

**Why don't you publish prices?**

Because a 50-workload startup and a 20,000-workload bank shouldn't pay from the same sheet. Environment-based pricing keeps costs fair at both ends — and our quotes come back in 24 hours, guaranteed, so you're never left guessing for long.

**Can I start with one module and expand?**

Yes. Many customers start with AI Security or CloudPosture and expand as they see value — everything runs on the same platform and data, so enabling a new module is a switch, not a migration.

**Is there a free assessment or trial?**

Yes — the free assessment connects to your environment agentlessly and shows you real findings (Shadow AI, attack paths, compliance gaps) before any commercial commitment.

**What happens after I submit the form?**

Our team reviews your environment details and comes back within 24 hours, guaranteed, with a tailored quote and, if you'd like, a live demo scoped to your stack. No spam, no relentless call sequences.