Upwind is a runtime‑first cloud security platform built around an eBPF sensor, sold mainly to cloud security, SecOps and platform teams. Its code security offerings are recent: Upwind Code launched in August 2026, a published DAST page appeared in October 2026 and SAST arrived in November 2026. Because those capabilities are new and lack depth relative to many code‑to‑cloud vendors, teams are looking for alternatives that deliver broader SAST, code quality checks, AI pentesting, automated fixes and richer developer workflows.
Our pick: Aikido Security is the best choice for teams that want code and cloud findings in one workspace. It combines cloud posture, reachability and code findings, and AutoFix drafts pull requests for code, dependency, IaC and container findings.
Top Upwind alternatives reviewed
Aikido Security: Aikido provides SAST, authenticated and unauthenticated DAST, AI pentesting, SCA, IaC, secrets and container image analysis; results appear in the pull request, IDE and CLI. Aikido Cloud covers CSPM and CWPP across major clouds and traces reachability to show which workloads an attacker can reach. Zen is an in‑app firewall that blocks attacks at the application layer, and Runtime Sensors require an agent on supported Kubernetes clusters and Linux VMs. AutoFix proposes reviewable patches or PRs for code, dependency, IaC and container findings. Best for teams that want cloud security with deeper code security and AI pentesting in one workspace.
Wiz (Wiz Cloud + Wiz Code): Wiz offers agentless cloud assessment plus Wiz Code for source‑code vulnerabilities, dependencies, secrets and infrastructure definitions. Wiz Code maps deployed cloud resources back to source code so teams can sort fixes by what is deployed, applies code policies in IDEs, pull requests and pipelines, and can open fix PRs for supported findings. Live blocking requires the Wiz Sensor. Many setups report fix automation limited to the main branch. Best for teams that start from cloud risk and add code later.
Sysdig Secure: Sysdig combines posture and permissions assessment with vulnerability management and Falco‑based runtime detection that uses system‑call activity. Threat policies support investigation and configured responses such as stopping supported containers or killing a process. Response support differs across Linux, Windows and serverless environments and needs deployed components. Self‑managed and air‑gapped deployments do not provide every SaaS analytic. Documented remediation PRs target infrastructure code. Best for teams focused on investigating workload incidents.
Orca Security (with AppSec): Orca pairs agentless cloud assessment with application security for source code, dependencies, secrets, IaC and container images, and links findings to production context. Its application security workflow generates supported IaC and first‑party code fixes as PRs. Live execution context and configured process termination require the Orca Sensor. Orca bundles capabilities in a single SKU but allocates workload credits across protected resources, developers and sensors. Best for teams that want agentless cloud findings first and code fixes second.
Palo Alto Networks Cortex Cloud: Cortex Cloud combines posture assessment with workload protection, threat detection and investigation. Its Runtime offering uses deployed agents on supported hosts, containers, Kubernetes and serverless environments. Runtime Security connects workload events with identity, network and cloud evidence and supports prevention and automated response. Application Security (infrastructure checks, dependency analysis and supported fixes) is an add‑on priced per developer. Best for security operations teams that own production response.
Sweet Security: Sweet links workload sensors and cloud logs with application and API context for runtime threat investigation. It documents runtime hotfixes and containment, including malicious process termination and sensor policies that block exploitation of a known vulnerability while engineers prepare a permanent repair. Marketplace tiers split log‑based Primary from broader Advanced protection; confirm which sensor capabilities a contract includes. Best for teams that need a stopgap for a running application.
Aqua Security: Aqua connects repository and pipeline checks with production workload protection. The Aqua Enforcer applies local policies to block unauthorized process, file, network and privilege actions. Aqua offers SaaS and self‑hosted deployments, including disconnected environments. Developer workflows document guidance, PR comments and tickets; check separately whether source‑fix PRs are generated. Best for teams enforcing container runtime policy in controlled environments.
Microsoft Defender for Cloud: Defender for Cloud combines cloud posture assessment with separately enabled workload protection plans and integrates with Defender for Endpoint. Security Copilot can create IaC fix PRs for connected Azure DevOps repositories; Copilot fixes require repository integration, the Microsoft Security DevOps extension and allocated Security Compute Units. Defender for Servers connects workload protection to endpoint detection and response; pod response actions are in preview and need sensors, API access and suitable permissions. Best for Microsoft‑centric estates.
Why teams seek Upwind alternatives
Code security is new at Upwind: Upwind was designed to show what is running in the cloud and its code security features only arrived in late 2026, so the track record and public detail on the engines are limited. Fixes tend to stay with developers: Upwind provides pull request comments and fix recommendations but has no AutoFix pull requests and no security checks in the IDE, so teams that want fixes delivered as reviewable PRs look elsewhere. Attack testing is limited: Upwind’s DAST materials describe testing against live runtime traffic, but Upwind has no authenticated DAST and no AI pentesting, so it does not reason through applications to uncover deep flaws such as broken access control and multi‑step attack chains. Cloud coverage is reported as broadly comparable to other vendors, making code and testing capabilities the main differentiator.
How we evaluated these tools
We read each vendor’s documentation for code security, developer fix workflows, runtime protection and commercial basis, and examined how each tool handles remediation in the configurations named in the source comparison. Recommendations reflect documented differences. We did not run hands‑on tests or performance benchmarks.
Select the alternative that matches your estate and workflows: run both tools on your repositories and apps, compare findings and fixes, and ask vendors how their billing units map to your repositories, developers, hosts, sensors and managed services.
