Synqly’s Vulnerabilities connector now supports Wiz, giving OEM security platforms access to Wiz’s cloud vulnerability findings through a single unified connector. OEM product and engineering teams building vulnerability management, asset inventory, or exposure management tools can surface Wiz vulnerability data to their customers without a dedicated build cycle. Wiz joins Tenable, Rapid7, and Qualys as vulnerability providers an OEM platform can support through the same normalized integration surface.
The addition reflects a broader shift in where vulnerability data lives. As organizations move most of their workloads to the cloud, cloud-native scanners like Wiz are becoming the primary source of vulnerability findings, not a secondary feed. An OEM vendor whose product cannot ingest Wiz vulnerability data is missing a growing share of its prospective customers’ actual risk picture, and the findings that security teams treat as most urgent.
What is Wiz?
Wiz is a cloud and AI security platform used by a majority of Fortune 100 companies to secure development, infrastructure, data, and runtime environments. It takes an agentless approach, connecting directly to AWS, Azure, Google Cloud, and Kubernetes environments to discover resources, containers, and workloads without deploying sensors across every asset.
What makes Wiz relevant here is the vulnerability output. Wiz correlates its inventory against a security graph to prioritize exploitable attack paths and toxic combinations of risk, and those prioritized vulnerability findings are exactly what the Synqly integration exposes to OEM platforms. Because Wiz already sits at the center of many customers’ cloud vulnerability management programs, an OEM product that can ingest Wiz findings natively saves its own customers a meaningful integration step and strengthens the case for choosing that OEM’s platform in the first place.
What Wiz Vulnerability Data the Integration Exposes
Synqly’s Vulnerabilities connector exposes Wiz through two core operations, with the vulnerability findings as the centerpiece. Both return data through the same normalized schema Synqly applies across every vulnerability provider, so an OEM product does not need a separate data model for Wiz findings, and the same severity and remediation-state filter logic an engineering team already wrote for one provider carries over to Wiz without modification.
| Operation | What it pulls | Filter by |
| Query findings | The prioritized Wiz vulnerability findings tied to a customer’s cloud assets (the primary payload) | Severity (critical to informational), remediation state (new, resolved, or suppressed), or when a finding was first seen |
| Query assets | The inventory of cloud devices and resources those findings map back to | Hostname, device name, unique device identifier, or when an asset was first seen |
Pulling findings and their underlying assets through one normalized schema means an OEM platform can present a Wiz critical the same way it presents a Tenable or Qualys critical, in a single severity-sorted queue rather than a per-scanner silo.
Use Case: Unified Vulnerability Management for OEM Platforms
An OEM vendor building a unified vulnerability management or exposure management product can now fold Wiz’s cloud vulnerability findings into the same view as findings from other scanners, without asking a customer to export a report or maintain a second login.
A security team using the OEM’s product gets one place to triage vulnerability findings regardless of which underlying scanner produced them, and it can filter that combined view by severity or remediation state the same way it already does for every other provider. For the OEM vendor, offering a Wiz integration is also a meaningful differentiator with prospects that have already standardized on Wiz for cloud vulnerability management and expect their other vendors to plug into it cleanly.
How Synqly Manages the Integration
Synqly manages the authentication, query translation, and field normalization behind this integration through the Synqly unified API, so the OEM engineering team configures the Wiz provider once and gets ongoing access to both operations without maintaining API client code against Wiz’s own interfaces. That is time an engineering team can put back into product features rather than integration maintenance, and one more reason for a prospective customer already running Wiz to choose that OEM’s product over a competitor’s.
Documentation and Full Integration List
Full technical documentation for the Wiz integration, including the exact filters supported on both the query assets and query findings operations, is available at docs.synqly.com, on the Vulnerabilities connector overview page. That page also lists the rest of the vulnerability management providers supported alongside Wiz, so engineering teams can see how it fits into the broader connector. A full list of every live integration is also maintained on the Synqly integrations page.
Get Started
If your product needs a Wiz integration, or you want to see how it fits alongside the rest of Synqly’s vulnerability management connectors, you can book time with the Synqly team.
Steven Erickson
https://www.synqly.comSteve brings a proven track record of turning complex technical challenges into scalable, user-centric products. Drawing on his experience leading engineering organizations at Styra, Illumio, and Juniper Networks, Steve shares his insights on product innovation, cloud-native security, and modernizing cybersecurity solutions. He is dedicated to building high-performing teams to fix the broken state of security integrations.
