Upwind vs Wiz: is runtime depth worth giving up platform breadth?
Cloud Security Compare editors · Matchups reviewed September 2026 · Editorial assessment
The short version
Wiz scores higher, 4.4 to 3.9, and wins five of seven criteria. Upwind's single win is runtime protection depth, 4.7 against 4.2, from a platform designed around an eBPF sensor. Pick Upwind when runtime detection and response is the primary requirement; pick Wiz for broader coverage, a larger ecosystem and more developed code security.
Upwind
3.9/ 5
Wiz
4.4/ 5
Upwind wins 1 criterion, Wiz wins 5, 1 tied.
What is the verdict?
Both vendors combine agentless scanning with an eBPF sensor, so the difference is emphasis. Wiz leads on attack-path analysis through its Security Graph and on ecosystem, where the 1.4-point gap reflects scale: Wiz lists 200+ integrations and says it works with more than 65% of the Fortune 100, while Upwind's newsroom reports 150+ customers. Upwind's runtime lead is the reason it appears on Wiz shortlists.
How do Upwind and Wiz compare on each criterion?
Agentless coverage and time to value
Weight 18%
Upwind: Agentless scanning is part of the platform, though Upwind's design centers on its runtime sensor.
Wiz: Connects by API and, Wiz states, reaches VMs, containers, serverless, PaaS and AI resources without agents.
Runtime protection depth
Weight 16%
Upwind: eBPF sensors, baselines of cloud activity and network flows, and forensic event timelines; Upwind says it detects threats in 15 seconds.
Wiz: The eBPF-based Wiz Sensor can block threats, but runtime is a layer added to an agentless core rather than where the product started.
Risk prioritization and attack paths
Weight 18%
Upwind: Correlates static findings with runtime context for attack path and exposure analysis; Upwind claims 93% noise reduction.
Wiz: The Security Graph links infrastructure, identities, data and AI resources into attack paths; it is the design most rivals get compared against.
Code-to-cloud and AppSec
Weight 14%
Upwind: IaC security, SCA and SBOM, DAST and a container admission controller; SAST is not among its listed modules.
Wiz: Wiz Code covers SCA and SBOM, IaC, secrets and malware scanning, IDE and GitHub integration, ASPM and code-to-cloud tracing.
AI workload security
Weight 12%
Upwind: AI inventory, AI-BOM, AI-SPM, an AI sensor, AI detection and response, and offensive testing for models, agents and MCP servers.
Wiz: Agentless AI-BOM across SageMaker, OpenAI, Bedrock and Vertex AI, AI attack paths, and runtime detection of prompt injection and rogue agents.
Ecosystem and integrations
Weight 12%
Upwind: A younger company (founded October 2022, 150+ customers per its newsroom) with a smaller partner and integration footprint.
Wiz: 200+ integrations through its WIN program, a Fortune 100 footprint Wiz puts above 65%, and Google ownership since March 2026.
Pricing transparency
Weight 10%
Upwind: No public price list; the pricing URL returns a 404.
Wiz: No public price list; quotes come through sales or cloud marketplaces.
Scores are 0 to 5. The marker leans toward the stronger vendor; a gap of 1.5 or more pins it to the end. How to read these bars
What are the key differences?
| Fact | Upwind | Wiz |
|---|---|---|
| Deployment | Agentless scanning combined with eBPF runtime sensors | Agentless, connects by cloud API; optional Wiz Sensor for runtime |
| Runtime sensor | eBPF sensor; CDR with cloud activity baselines and forensic timelines | Wiz Sensor, eBPF-based, blocks threats in real time on VMs, containers and serverless containers (Wiz Defend) |
| Clouds named | AWS, Google Cloud, Azure, OCI (named as partners) | AWS, Azure, Google Cloud, OCI |
| Code security | IaC security, SCA and SBOM, DAST, container admission controller | Wiz Code: SCA and SBOM, IaC, secrets, malware, IDE scanning, GitHub, code-to-cloud tracing, ASPM |
| AI security | AI inventory, AI-BOM, AI-SPM, AI sensor, AI detection and response, offensive testing for models, agents and MCP servers | AI-SPM with agentless AI-BOM (SageMaker, OpenAI, Bedrock, Vertex AI); runtime detection of prompt injection and rogue agents |
| Ownership | Standalone vendor; founded October 2022 in San Francisco; $250 million Series B announced 26 January 2026 | Part of Google since 11 March 2026 ($32 billion deal announced 18 March 2025) |
| Public pricing | Not published. Contact sales. | Not published. Contact sales. |
| Open-source project | None named | None named |
Upwind sources: Upwind home · Upwind newsroom · AI security platform · CDR · Reviewed Sep 2026
Wiz sources: Wiz platform · Wiz Code · Wiz Defend and Sensor · Wiz AI-SPM · Google closes Wiz deal · Google announcement · Reviewed Sep 2026
When should you pick Upwind?
- Your SOC wants cloud detection and response with activity baselines and forensic timelines.
- You prefer a smaller vendor that is building quickly in runtime and AI security.
- You plan to test AI agents and MCP servers offensively, not only inventory them.
When should you pick Wiz?
- You need one platform that security, cloud and development teams all use.
- Attack-path analysis across identities, data and AI resources is the main output you want.
- You want a larger vendor with a deeper integration program, now part of Google.
What do buyers get wrong about this matchup?
Upwind is often described as the runtime alternative to Wiz, and Wiz as a posture tool. Both labels are dated: Wiz Defend and the Wiz Sensor block threats at runtime, and Upwind covers posture, identities, data and AI. Read the runtime bar and the ecosystem bar first; those are where the gaps are largest.
Frequently asked questions
Is Upwind better than Wiz at runtime security?
In our assessment, yes: 4.7 against 4.2 on runtime protection depth. Wiz scores higher on five other criteria, and both are quote only on pricing.
Does Wiz have a runtime agent?
Yes. The Wiz Sensor is eBPF-based and, Wiz states, blocks threats in real time on VMs, containers and serverless containers.
Which is faster to deploy?
Both connect by cloud API first. Wiz scores higher on agentless coverage (4.8 against 4.0) because its coverage without a sensor is broader on the pages we reviewed.