Runtime security
Real-time detection of threats and anomalous activity in workloads and containers.
Upwind is a cloud security platform (CNAPP) focused on runtime - detecting threats in real time and prioritizing the risks that really matter.
Upwind combines cloud posture management, vulnerability management and workload protection with runtime visibility from a lightweight eBPF-based sensor. That shows which vulnerabilities and exposures actually exist in running components - so you fix those first.
ELPC helps organizations running in the cloud and on Kubernetes deploy Upwind, define policies and handling processes, and feed the findings into the daily work of development, DevOps and security teams.
Real-time detection of threats and anomalous activity in workloads and containers.
Finds misconfigurations and exposures across AWS, Azure and GCP.
Prioritized by what is actually running and reachable, not long lists.
Visibility and control over clusters, pods and traffic.
Discovers APIs and tracks their exposure.
Lightweight deployment with low performance impact.
Finds misconfigurations, internet-exposed resources and policy drift across your cloud accounts.
An eBPF-based sensor that detects anomalous processes, traffic and behavior at runtime on hosts and containers.
Prioritizes vulnerabilities by what is actually loaded, running and reachable, not just by severity score.
Visibility into clusters, pods and the traffic between them, plus an admission controller for unapproved images.
Maps permissions of users, roles and service accounts and flags excessive privileges.
Discovers APIs and sensitive data stores in the cloud and tracks their exposure.
Organizations in the cloud get long lists of vulnerabilities and misconfigurations from scanning tools - thousands of findings, most of which aren't actually exploitable. Development and DevOps teams can't fix everything, and the real risk gets lost in the noise.
Upwind adds the runtime layer: a lightweight eBPF-based sensor sees which packages are actually loaded, which services are exposed to the internet and what traffic flows between them. That lets you focus on the findings that truly put the environment at risk, and detect an active attack rather than just a theoretical weakness.
A CNAPP delivers value only when someone turns its findings into organized work. ELPC bridges security, development and DevOps teams, and deploys Upwind as part of your organization's risk management process.
Upwind helps document cloud controls that support ISO 27001, SOC 2, GDPR and Amendment 13 to Israel's Privacy Protection Law - particularly around personal data stores in the cloud and access to them. ELPC also supports vendor due diligence: security reports, the data processing agreement (DPA) and understanding what data the sensor collects.
The product is only half the solution. ELPC’s team designs, deploys and operates it as part of your IT and security department.
Upwind is a cloud security platform (CNAPP) that combines cloud posture management, vulnerability management, entitlement management and workload protection, with runtime visibility from an eBPF-based sensor. The goal is to detect threats in real time and prioritize the risks that actually matter.
A CNAPP (Cloud-Native Application Protection Platform) unifies several areas of cloud security - configuration (CSPM), workloads, entitlements (CIEM), vulnerabilities and code security - into one view, instead of a separate tool for each.
Agentless scanning shows configurations and vulnerabilities present in the environment. Upwind adds a runtime sensor that shows what is actually loaded and running, which services are reachable and what activity is really happening - enabling better prioritization and detection of active attacks.
The sensor is based on eBPF, a Linux kernel technology that collects process and network data efficiently. Performance impact is low, and ELPC starts with a limited deployment to validate this before expanding.
Connecting cloud accounts and getting an initial picture is relatively quick. Sensor rollout, policy tuning and connecting findings to workflows happen gradually, and the timeline depends on the size of the environment and the number of clusters.
Companies running applications in the public cloud, especially on containers and Kubernetes - SaaS companies, growing startups and organizations moving to the cloud that need to show security controls to customers and auditors.
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