Cyscale saves security teams time by turning scattered signals into facts: what is exposed, what is exploitable, who owns it, and what remediation will reduce the most risk.
4.9
Internet-exposed service with a reachable vulnerable package
72% of the remediation context is already mapped with Cyscale.
Momentum
Cyscale Solutions
Detect, contextualize & remediate misconfigurations in your unique cloud environment
S2E Italy, the largest Italian digital transformation and cybersecurity consulting company, has build an entire misconfigurations and vulnerabilities detection system on top of Cyscale.
Cybersecurity professionals already know there is no shortage of alerts. Cyscale connects the facts behind those alerts so teams can make faster decisions with stronger evidence.
Code to cloud visibility
Cyscale helps teams connect repository findings, packages, images, workloads, and exposed services so remediation starts with what actually matters in production.
THE FACT PATTERN
BEHIND YOUR CLOUD RISK
An unpatched virtual machine running an app with the devastating Log4j vulnerability is close to harmless in a private network. However, a server running the same vulnerable cloud app while being exposed to the internet, and having read or write access to a production datastore presents an urgent risk.
Cyscale highlights these relationships for you, so triage starts with facts instead of manual investigation and debate.
LESS MANUAL TRIAGE
MORE SECURITY PROGRESS
Cyscale brings years of cloud security expertise into an agentless CNAPP workflow that surfaces the facts, relationships, and priorities a practitioner would look for manually.
EXPERT CONTEXT, FASTER DECISIONS
Posture, identity, data, and vulnerability facts in one place, ready for triage.
Know what exists, who owns it, and why it matters.
Bring AWS, Google Cloud, Azure, Alibaba Cloud, Okta, GitHub, and other signals into one security model.
for posture drift, CVEs, secrets, and failing controls
Modern cloud teams need more than isolated scanners. Cyscale combines posture, vulnerability, compliance, identity, data, code, and AI context so teams can prioritize findings with the highest blast radius, exposure, and fix urgency.
Explore the dedicated pages for CSPM, CNAPP, and cloud vulnerability management.
Get fast onboarding, clear remediation guidance, and unified visibility across multi-cloud environments without rebuilding context in spreadsheets and meetings.
CSPM focuses on cloud misconfiguration detection, posture drift, and compliance checks. CNAPP is broader: it combines CSPM with vulnerability management, identity and entitlement risk, workload context, Kubernetes visibility, data security, AI Security, and remediation workflows in one platform.
Cyscale correlates vulnerabilities with internet exposure, identity reachability, asset criticality, affected workloads, data sensitivity, compliance impact, and attack paths so teams can fix the risks that are most likely to matter in production.
Most cloud connectors are agentless and use secure provider APIs. Kubernetes coverage uses the Cyscale Kubernetes agent because cluster runtime inventory, workload context, and package metadata require in-cluster collection.
Cyscale supports AWS, Microsoft Azure, Google Cloud, Alibaba Cloud, Kubernetes, Microsoft Entra ID, Google Workspace, Okta, GitHub, and GitLab workflows, with expanding coverage for AI services and Kubernetes-hosted AI workloads.
AI-SPM means AI Security Posture Management. Cyscale discovers AI services, AI workloads, models, endpoints, agents, datasets, vector stores, and AI BOM context, then connects them to cloud identities, data paths, public exposure, and remediation priority.
Yes. Cyscale maps findings to frameworks such as ISO 27001, SOC 2, PCI DSS, NIST, CIS, NIS 2, DORA, and AI Best Practices. Teams can also define custom controls and policies that reflect their own cloud and AI security requirements.
Cyscale is designed to expose product modules, such as Data Security and AI Security, based on the account or plan configuration. This keeps the UI, billing view, and connector behavior aligned with what the customer has enabled.
Cloud Security Wiki
Security buyers and practitioners should evaluate platforms by operational execution, not by adjectives. The right platform saves investigation time, aligns engineering and security teams, and proves risk reduction with evidence.
SAST Guide
What static application security testing should actually deliver to engineering teams.
SCA Guide
How to manage dependency risk, transitive packages, and SBOM visibility.
CNAPP Guide
Framework to evaluate unified code-to-cloud security operations.
CSPM Guide
How to prioritize and remediate posture drift in multi-cloud environments.
Cloud Vulnerability Management Guide
Operational model for SBOM-based scanning and risk-based remediation.
Secret Scanning Guide
How to stop credential exposure from becoming a cloud incident.
Cyscale vs Wiz
Comparison focused on operational clarity, speed, and pricing fit.
Cyscale vs Orca Security
Comparison focused on actionability from findings to fixed risk.
OUR BLOG
Cyscale Security Wiki
Explore connected guidance, implementation notes, and decision frameworks that link directly to this topic and related Cyscale workflows.
CNAPP combines cloud posture, vulnerability management, identity context, and compliance workflows into one operating model so teams can fix risk faster.
CSPM continuously identifies cloud misconfigurations and policy violations across AWS, Azure, and Google Cloud to reduce breach exposure and audit risk.
Cloud vulnerability management must connect software findings with runtime context so teams can prioritize exploitable and exposed issues first.
Cloud compliance programs work best when technical controls, evidence collection, and remediation ownership are continuous rather than audit-driven.
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