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Cloud attacks do not stay within the boundaries of a single security tool. An intrusion can begin with an API request, execute a process inside a Kubernetes workload, modify a file, contact an external host, use a cloud identity, and change cluster state, all as part of the same incident. But the evidence needed to…

Security teams should not have to switch between tools to understand what is happening across their cloud environments. That’s why we’re excited to announce that the Upwind solution for Microsoft Sentinel is now available through the Microsoft Marketplace and the Microsoft Security Store. The integration brings Upwind security data directly into Microsoft Sentinel, helping security…

We've all been there: it's 3:00 PM on a Friday, and you get that "quick" request for a specific security status report. Suddenly, your afternoon is gone as you juggle filters, export CSVs, and try to explain to someone outside the security team why these numbers actually matter. Reporting shouldn't feel like a fire drill…

We’re excited to announce that the Upwind Blue Agent is now available in Beta. Blue is an AI-powered SOC investigator that autonomously investigates Upwind Threat Stories end to end. It gathers and correlates security context across the customer environment, evaluates the available evidence, and delivers one of three clear verdicts: Each verdict includes supporting reasoning…

Security teams aren't short on data. But they’re often short on context and time. The average vulnerability management program is buried in alerts, running on scan results that are hours or days old, and facing both savvy and unskilled attackers that can leverage AI to develop sophisticated exploits in minutes. That combination is why backlogs…

Cloud object storage plays a central role in modern applications. Buckets are used to store application assets, exchange files, manage backups, build data pipelines, and share information across services and teams. That flexibility also makes object storage an attractive attack vector. A malicious file uploaded to a bucket can introduce risk into downstream applications, workloads,…

Your APIs are probably the least-monitored component of your attack surface. They multiply faster than any team can document, and most scanners only ever pick up the ones you already know about. But that gap just got smaller. Upwind’s Attack Surface Management capabilities now provide a unified view of cloud and API exposure, helping security…

Upwind now integrates with PagerDuty, enabling security teams to create workflows that automatically route Upwind findings and detections to the appropriate on-call team based on existing incident management workflows. This integration expands Upwind's growing library of native workflow integrations, giving security and platform teams even more ways to turn real-time detections into immediate action. What's…

Identity used to be treated as a directory problem: find the user, inspect the groups, review the assigned roles, and decide whether the account has too much access. That model no longer matches the cloud. A single person may authenticate through Okta, inherit permissions from multiple groups, receive role assignments in more than one cloud,…

As enterprise adoption of artificial intelligence accelerates, modern AI infrastructure has expanded far beyond traditional cloud perimeters. Securing enterprise AI today requires complete visibility across four distinct operational layers: Traditional cloud security tools stop at the cloud provider boundary. When enterprise teams connect directly to external AI Providers, security teams lose sight of access paths,…

Cloud applications begin long before they reach the cloud. Source code, open-source dependencies, infrastructure definitions, container images and pull requests all shape what will eventually run in production. Yet these layers are often secured separately. Software Composition Analysis (SCA) tools inspect dependencies, Infrastructure as Code (IaC) scanners inspect configuration files, container scanners inspect artifacts and…

How Upwind’s Agentic Pack uses NVIDIA Nemotron 3 Super and NVIDIA garak agent breaker probe to continuously validate cloud posture, attack surfaces, and AI applications. By: Avital Harel, Alon Saban, Yuval Elarat (Upwind). Eliya Cohen, Shiri Hochhauser, Orel Hazai (NVIDIA) Executive Summary AI-generated code, autonomous agents, MCP servers, and cloud-native architectures are transforming how software is…