Discover how the top cloud security tools can help you strengthen your cloud security posture. Explore hands-on demos without the sales pitch. All demos were part of a previously live event hosting the top cloud security tools.
Orca Security's agentless cloud security platform uses side scanning technology to discover vulnerabilities, attack paths, and data risks across complex multi-cloud environments.
Sysdig's cloud security platform focuses on runtime visibility, attack path analysis, and customizable risk detection with open-source roots.
Upwind's runtime-first cloud security platform uses eBPF sensors to provide real-time visibility into network flows, API traffic, and application behavior across environments.
Sweet Security's runtime-focused cloud security platform, which detects threats across applications, workloads, and infrastructure.
SentinelOne's cloud security platform combines agentless scanning with agent-based workload protection, including an offensive security engine that tests public-facing vulnerabilities.
ARMO's cloud security platform uses behavioral analysis and the open-source Kubescape to detect threats, provide visibility, and offer remediation for Kubernetes environments.
Prowler’s open-source cloud security platform that assesses multiple cloud providers. Demo includes web UI, findings, compliance frameworks, and remediation capabilities.
Tenable Cloud Security's identity-first approach to cloud security focuses on evaluating net effective permissions and how they impact vulnerabilities and misconfigurations.
Lacework FortiCNAPP combines risk assessment and threat detection capabilities to identify vulnerabilities, misconfigurations, and anomalous behaviors across cloud environments.
Rad Security’s AI-driven platform creates behavioral fingerprints of cloud workloads using eBPF technology, detecting zero-day attacks and drift with automated remediation and workflows.
Stream Security’s CloudTwin™ technology provides real-time cloud detection and response with agentless posture-aware threat modeling.
