Audyense·
Side-by-side record

Infisical vs. Nobl9

Built from each tool’s researched, reviewed record. Figures are checked against public pricing pages at research time — always confirm current pricing with the vendor before buying.

The short version

Infisical starts at $20 per seat, versus Nobl9 at $14,950. Infisical lists more integrations (15+ vs 15+).

Full comparison

Infisicalfrom $20 per identity/month
Nobl9from $14,950 year
Audyense Score65ASFair36AS*Low
PositioningOpen-source platform for secrets, certificates, and privileged access managementService-level objectives and reliability governance
Free tierYesNo
DeploymentCloud / SaaS, On-premiseCloud / SaaS, Hybrid
Best fitStartup, SMB, Mid-market, EnterpriseMid-market, Enterprise
Pricing plans
  • FreeFree
  • Pro$18
  • EnterpriseCustom pricing
  • Teams$14,950
  • ProfessionalCustom pricing
  • EnterpriseCustom pricing
AI featuresPartialAn 'AI Security Advisor' is listed as an Enterprise-tier feature; the product is positioned for securing AI/agent infrastructure rather than offering general AI assistance.
Alerting & on-callNoNo on-call paging or alert routing. Webhooks and audit log streaming can feed external tools.
Application performance monitoring (APM)NoNot an APM tool; Infisical is a secrets, certificate, and privileged access platform.
CI/CD pipelinesYesNative integrations for GitHub Actions, GitLab CI/CD, CircleCI, Azure DevOps, Bitbucket, TeamCity, Jenkins, and Travis CI, plus CLI secret injection.
Distributed tracingNoNo tracing capability offered.
Incident managementNoNo incident lifecycle or postmortem tooling. Approval workflows are access-governance features.
Infrastructure monitoringNoNo host, container, or resource monitoring.
Log managementPartialAudit logs only, with 90-day retention on Pro and streaming to Datadog, Splunk, Sumo Logic, and Microsoft Sentinel on Enterprise. Not a general-purpose log platform.
Public APIYesPublic REST API for secrets CRUD, access control, audit log queries, and credential rotation, with SDKs for Node, Python, Go, Ruby, Java, and .NET.
Self-hosting / on-premYesMIT-licensed and self-hostable via Docker Compose or Kubernetes; enterprise features require a commercial license.
SLO managementYesDefines and manages service-level objectives.
Error budgetsYesTracks reliability tolerance over time.
SLO alertingYesAlerts on reliability policy conditions.
Telemetry integrationsYesReads SLIs from monitoring and observability systems.
Reliability dashboardsYesProvides shared views for service health.
SLO as codeYesSupports configuration and GitOps workflows.
RBAC and SSOYesEnterprise access controls are available.
Data exportYesSupports exporting reliability data and definitions.
Integrations verified15+15+
Aggregate rating5.0 · 4 reviews · No reviews yet
Integrations
AWS LambdaAzureGitHubKubernetesDockerTerraform+6 more
Amazon CloudWatchAppDynamicsBigQueryDatadogDynatraceElasticsearch+10 more
Security & compliance
SOC 2HIPAAFIPS 140-3
SOC 2ISO 27001
Pros
  • Centralizes secrets into a single predictable source of truth, eliminating manually maintained .env files and ad-hoc password sharing
  • Easy CLI and Kubernetes operator integration; reviewers report setup being straightforward even in multicloud and on-prem environments
  • Strong access governance for the price — role-based access control, secret versioning, and audit trails, described as cost-effective versus HashiCorp Vault
  • Responsive support and an active team, with reviewers citing quick answers on questions, issues, and feature suggestions
  • Strong SLO model
  • Connects existing monitoring systems
  • Explicit error-budget workflows
  • Self-hosted and cloud options
Cons
  • Full secret-lifecycle automation is incomplete — multiple reviewers said they could not use automated key rotation for their cloud services and databases
  • Permission management is described as confusing, and organization/user access limits can restrict scaling for larger teams
  • Documentation lacks real-world examples for specific architectures such as AWS Lambda and Kubernetes
  • Operational rough edges reported: outdated Go binaries in the CLI causing vulnerability scans to fail, and underdeveloped Helm charts requiring workarounds
  • High starting price
  • Requires reliability maturity
  • SLO design takes cross-team agreement
  • Not intended as a general dashboard product
Visit Infisical ↗Visit Nobl9 ↗