CNAPP PLATFORM
Cyscale gives Security, Engineering, and Cloud teams one shared operating model to detect, prioritize, and remediate risks that actually reduce attack surface.
Leading CNAPP teams replace scattered tooling with one platform that can prioritize real risk and drive fixes quickly. Cyscale brings together posture, identity, vulnerability, and compliance in a single actionable workflow.
Unify findings from code, cloud, identities, workloads, and compliance into one prioritized queue with clear ownership.
Focus on what is exposed and exploitable, not raw finding counts. Surface attack paths that have real business impact.
Connect cloud accounts through secure, read-only integrations and start triage with an immediate baseline of posture and risk.
A modern CNAPP is expected to do more than aggregate posture and workload findings. It should also help teams understand where code and dependency risk reaches live services so remediation starts with the most meaningful issues.
Continuously detect posture drift and misconfigurations across AWS, Azure, Google Cloud, and Alibaba Cloud.
Correlate vulnerabilities, identities, and exposures to surface attack paths that materially increase risk.
Map findings to frameworks like ISO 27001, SOC 2, PCI DSS, and NIST with ongoing evidence collection.
Identify exposed data stores and toxic risk combinations that put sensitive cloud data at risk.
Understand effective permissions, excessive access, and identity risk across multi-cloud environments.
Scan and prioritize workload risks across VMs, container images, Kubernetes, and cloud functions.
Track container exposure and vulnerabilities in context with runtime configuration and access paths.
Inventory clusters and continuously assess control gaps, workload risk, and security drift.
Cyscale helps teams move from fragmented findings to coordinated remediation. Every issue is analyzed with context so you can understand exposure, likely impact, and the fastest remediation path.
Cyscale CNAPP unifies cloud posture, vulnerabilities, identity and entitlement context, Kubernetes security, workload risk, data security, AI Security, compliance evidence, and remediation workflows across cloud accounts and runtime environments.
Point tools create siloed alerts, duplicate triage, and separate ownership models. Cyscale correlates findings across code, cloud, identities, workloads, data, compliance, and AI assets so teams get one prioritized queue tied to business and attack-path context.
Yes. Cyscale prioritizes based on exposure, exploitability, identity reachability, affected workloads, sensitive data access, compliance impact, and business context, helping teams focus on high-impact attack paths first.
Most cloud onboarding is agentless and uses secure provider APIs. Kubernetes coverage uses the Cyscale Kubernetes agent because cluster runtime inventory, workload context, and package metadata require in-cluster collection.
Yes. Cyscale provides actionable remediation context and ownership-ready workflows so security, platform, and engineering teams can resolve risks without tool switching.
Yes, when the AI Security module is enabled for an account or plan. Cyscale can discover AI services, AI workloads, model endpoints, agents, datasets, vector stores, AI BOM components, and risky AI relationships across cloud and Kubernetes environments.
Cyscale connects repositories, packages, container images, workloads, cloud assets, identities, and findings so teams can see whether a code or dependency issue reaches a live service and who should own the fix.
Yes. Cyscale maps findings to compliance frameworks and supports custom controls, exemptions, evidence, and reports so compliance and remediation work happen from the same cloud security context.
CNAPP Buyer Guide
Strong CNAPP programs are measured by remediation throughput, cross-team usability, and risk-reduction reporting quality. The platform should help security, engineering, and leadership make faster, better decisions from the same data model.
SAST Wiki Guide
Bring secure code analysis into a broader code-to-cloud risk model.
SCA Wiki Guide
Use SBOM and dependency context to prioritize real software risk.
CNAPP Wiki Guide
Detailed framework for selecting and operationalizing a CNAPP platform.
CSPM Wiki Guide
How posture management should integrate into CNAPP workflows.
Cloud Vulnerability Management Wiki Guide
How to run contextual vulnerability programs at cloud speed.
Secret Scanning Wiki Guide
Understand how exposed credentials change application and cloud risk fast.
Cyscale vs Wiz
Comparison for teams evaluating enterprise CNAPP alternatives.
Start seeing measurable risk reduction in weeks, not quarters
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CNAPP combines cloud posture, vulnerability management, identity context, and compliance workflows into one operating model so teams can fix risk faster.
SAST analyzes source code, bytecode, or compiled artifacts before deployment so teams can catch insecure coding patterns earlier in the delivery pipeline.
SCA identifies vulnerable and risky open-source packages, transitive dependencies, license issues, and outdated components across modern software delivery pipelines.
Secret scanning detects exposed credentials, API keys, tokens, and certificates before they become an entry point into cloud or application environments.
Cloud vulnerability management must connect software findings with runtime context so teams can prioritize exploitable and exposed issues first.
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