Home / Database SSO / SSO for InfluxDB
Time-Series Database
InfluxDB HTTP API / InfluxQL / Flux
Query Audit

SAML/OIDC SSO for InfluxDB Access

InfluxData

Add SAML/OIDC Single Sign-On to InfluxDB connections. Replace API tokens with identity-based access. Full query audit trail for time-series data with individual accountability.

Overview

Why InfluxDB Needs Identity-Based Access

InfluxDB is the leading time-series database, used for IoT sensor data, infrastructure monitoring, financial tick data, and real-time analytics. InfluxDB stores time-stamped operational data that reveals infrastructure health, business metrics, and sensor readings. Despite the sensitivity of this data, InfluxDB access relies on API tokens that are shared across teams and applications. OnePAM's proxy adds SAML/OIDC authentication to InfluxDB, providing identity-verified access to your time-series data.

Database Security Risks

InfluxDB Access Security Risks

Without identity-based database access, these risks threaten your data every day.

Shared database credentials across teams and environments
No audit trail for individual query activity
Static passwords stored in config files and environment variables
Inability to revoke access instantly when team members leave
Default port 8086 exposed without identity verification
The Challenge

Database Security Challenges

These are the risks organizations face with traditional database authentication.

Shared API Tokens

Teams share InfluxDB API tokens for read and write access. Leaked tokens provide full access to all time-series data.

No Native SSO for Queries

InfluxDB supports token-based auth but not SAML or OIDC for query API connections.

Operational Data Sensitivity

Time-series data reveals infrastructure topology, performance patterns, and business metrics.

No Query-Level Identity

InfluxDB logs show the token used but not the human analyst executing queries.

Token Sprawl

InfluxDB API tokens end up in scripts, CI/CD pipelines, Grafana configs, and developer machines.

IoT Data Governance

Sensor data from IoT devices may contain PII or regulated operational data.

Setup Guide

How OnePAM Adds SSO to InfluxDB

Step-by-step guide to deploying identity-based database access.

1

Connect via OnePAM Proxy

Point your InfluxDB client (influx CLI, Grafana, Telegraf) to OnePAM's proxy.

OnePAM proxies InfluxDB's HTTP API, supporting both InfluxQL and Flux queries.
2

Authenticate via Corporate IdP

OnePAM authenticates you via SAML/OIDC with MFA.

Analysts authenticate with corporate credentials instead of shared API tokens.
3

Token Injection

OnePAM retrieves the appropriate InfluxDB API token from its vault for the authenticated session.

Users never see API tokens. Tokens can be rotated without disrupting users.
4

Query Logging with Identity

Every InfluxQL/Flux query logged with the analyst's corporate identity.

Full audit trail for operational data governance.
Key Benefits

Benefits of SSO for InfluxDB

What changes when you deploy identity-based database access.

Individual Query Accountability

Every time-series query tied to a specific analyst via corporate identity.

100% query attribution

Zero Token Exposure

Analysts never handle InfluxDB API tokens. Vault-injected at session time.

Zero token exposure

Protect Operational Data

Infrastructure metrics and IoT data accessible only to authorized analysts.

Operational data protected

MFA for Data Access

Enforce MFA before any time-series query execution.

MFA enforced

Instant Offboarding

Disable an analyst and InfluxDB access stops immediately.

Instant revocation

Compliance Audit Trail

Identity-verified query logs for SOC 2 and operational compliance.

Audit-ready
SSO Features

Database SSO Features

Every feature needed for enterprise-grade database authentication.

SAML 2.0 and OIDC authentication for InfluxDB
HTTP API proxy with InfluxQL and Flux support
Works with influx CLI, Grafana, Telegraf, and Chronograf
Bucket-level access control
Role mapping from IdP groups
Short-lived API token injection
Read-only vs read-write policies
Time-limited sessions
Write access control for data ingestion
Organization-level access policies
Security

Security Features

Enterprise-grade security controls for database access.

Token vaulting with AES-256 encryption
Automatic token rotation
Query-level audit logging
Data masking in logs
IP allowlist enforcement
TLS encryption for all connections
No direct InfluxDB port exposure
Session timeout enforcement
Large query detection
SIEM integration
Real-World Scenarios

InfluxDB SSO Use Cases

Common scenarios where organizations deploy OnePAM Database SSO.

1
SRE teams accessing production InfluxDB with individual identity
2
SOC 2 compliance for identity-verified time-series query logs
3
IoT data governance with per-analyst access auditing
4
DevOps teams managing InfluxDB Cloud and self-hosted instances
5
Contractor access to monitoring data with time limits and MFA
6
Protecting financial tick data with regulatory audit requirements
7
Infrastructure monitoring data with operational security requirements
8
Multi-tenant monitoring platforms with per-customer data isolation
Frequently Asked Questions

SSO for InfluxDB FAQ

Common questions about Database SSO and query-level auditing.

Does OnePAM work with InfluxDB Cloud?

Yes. OnePAM's proxy works with InfluxDB Cloud, InfluxDB OSS, and InfluxDB Enterprise.

Does OnePAM support both InfluxQL and Flux?

Yes. OnePAM proxies InfluxDB's HTTP API, supporting both InfluxQL and Flux query languages.

Can I still use Telegraf for data ingestion?

Yes. Telegraf can write through OnePAM's proxy with service account tokens, or connect directly for write-only access.

Does OnePAM work with Grafana dashboards?

Yes. Grafana can query InfluxDB through OnePAM's proxy. Service accounts use API token auth for dashboard queries.

Can I restrict access per InfluxDB bucket?

Yes. OnePAM policies can restrict which buckets each analyst can query or write to based on IdP groups.

Add SSO to InfluxDB Access

Deploy OnePAM database proxy in minutes. No InfluxDB configuration changes required.