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A September 20, 2026 ZoomEye snapshot reportedly returned 603,475 matches for app:"Grafana" and 77,968 for app:"Kibana". Those are application-filter results—not verified counts of live dashboards, exposed organizations, unauthenticated services, or vulnerable systems. The figures come from a report by Jeffrey Ciend and have not been independently reproduced.

What the reported counts measure

In an October 5, 2026 DEV Community article, Jeffrey Ciend says ZoomEye returned the following results from a snapshot collected September 20, 2026:

Application filter Reported results
app:"Grafana" 603,475
app:"Kibana" 77,968
Prometheus 248
Zabbix 150
RabbitMQ 227
Kafka 165
OpenSearch 571

All figures are query-result counts reported by the article, not independently verified measurements. The smaller figures are included for context, but they have the same limitation: they do not confirm vulnerable or misconfigured services. Read the reported measurement.

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Why a fingerprint match is not a confirmed instance

An application fingerprint can match an asset, page, or response associated with a product without proving that a live, usable instance is running at that address. Ciend explicitly cautions that the counts are fingerprint matches rather than confirmed reachable dashboards; version detection and direct inspection are needed before classifying a host as misconfigured.

The report does not establish unique installations, organizations, production systems, live dashboards, authentication state, vulnerable versions, or compromised hosts. It also does not provide enough methodology to independently confirm the query semantics, deduplicate results, or determine geographic scope and matching precision. The defensible takeaway is narrower: the report describes a large set of product-associated internet-visible fingerprints returned by those filters on one reported snapshot date.

Visibility does not establish exposure or compromise

A publicly reachable result is not, by itself, evidence that authentication is absent or that a vulnerability can be exploited. Configuration matters. Grafana documents multiple authentication options, an auth-proxy configuration, and firewall measures; Elastic documents that Kibana’s HTTP authentication schemes depend on the enabled authentication provider. These references explain available controls, not the settings on any host in the reported results.

There is still a practical reason to take confirmed exposure seriously: observability systems may connect to data stores using credentials, and their output can reveal operational details. That is a risk rationale, not proof that every match exposes credentials or sensitive data. Grafana’s hardening guidance also notes that its own metrics can be accessible without authentication by default and describes how to configure authentication for those endpoints. Grafana security guidance and Elastic’s Kibana authentication documentation describe relevant controls.

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How operators should check their own exposure

  1. Scope the check. Search only address space you own or are authorized to assess. Ciend says searches can be narrowed by network or port filters; the reported article does not provide a reproducible primary ZoomEye methodology for the exact query totals.
  2. Validate each match. Confirm whether the host is a real service, whether it is reachable from outside, and whether external access is intended. Inspect the product and version before drawing conclusions about risk.
  3. Review access controls. Check the actual authentication configuration. Where suitable for the environment, restrict access with network controls or an authentication proxy. Grafana’s documentation covers authentication, security controls, and auth proxy authentication.
  4. Assess data access if exposure is suspected. Review stored credentials and data-source permissions, and determine what information the service could access or reveal.
  5. Rescan the authorized scope after changes. Confirm that the exposure or unintended match has changed; a search result alone does not verify remediation.

These are general operator steps, not a substitute for an environment-specific security review. Grafana’s documentation includes further security-hardening guidance.

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