Revenue
AI-generated charts, dashboards, and reports built on a governed semantic layer.
Trusted by 200+ companies to make smarter decisions
“We evaluated Omni and other BI tools, but the speed to insight with Basedash is unmatched.”
Greg Demoge
Co-founder & CPO · FullEnrich
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“For a security-conscious company like ours, Basedash instantly clicked. Reports that took weeks are ready in hours.”
Claudio Godoy
AI Agents Lead · Taxfyle
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Describe what you want to track and let Basedash generate a custom dashboard for you in minutes.
New subscriptions
LiveCAC
14 wks
Burnrate
$32.5K
Cohort retention
| Cohort | Week 1 | Week 2 | Week 3 | Week 4 | Week 5 | Week 6 |
|---|---|---|---|---|---|---|
| 1 | 248 | 200 | 140 | 108 | 64 | 25 |
| 2 | 112 | 104 | 58 | 6 | 2 | 0 |
| 3 | 168 | 124 | 94 | 76 | 12 | 1 |
| 4 | 98 | 76 | 51 | 51 | 12 | 14 |
| 5 | 102 | 155 | 114 | 0 | 0 | 2 |
Runway in years
2.4
LTV in years
0.8
Get instant answers, uncover important trends, and make confident decisions faster.
Give the AI approved SQL definitions to reuse across chat, charts, and dashboards.
MRR
VerifiedMonthly recurring revenue from active subscriptions.
MRR by month
VerifiedDirect answer
What is Basedash's built-in semantic layer?
Basedash's built-in semantic layer is a catalog of reusable SQL definitions scoped to each data source. AI can create, inspect, and reference definitions with Liquid syntax, so every answer, chart, dashboard, insight, and automation uses the same approved metric logic.
Reusable SQL definitions
Model approved metrics once in SQL, then reference them from chat, charts, dashboards, insights, automations, and the SQL editor.
AI-aware metric logic
Basedash AI can inspect, create, and reuse definitions instead of inventing one-off SQL for the same business question.
Governed by admins
Definitions are scoped to a data source, versioned over time, and editable by admins so every team works from the same logic.
Architecture
Built-in semantics answer different questions.
Use Basedash definitions for governed metrics that need to be visible to the BI tool's AI, dashboards, and reports. Keep heavier transformations in the warehouse, then put the reusable business metric layer where teams consume it.
Built-in BI semantic layer
Best when teams want the analytics tool and AI analyst to share metric definitions directly where questions are asked.
Standalone modeling layer
Best when a data team wants transformations and warehouse models managed outside the BI workflow, often in dbt, Cube, or LookML.
Connect your own warehouse, or use Basedash Warehouse to visualize all your data in one place.
See all 750+ integrationsSecurity posture
All controls enforcedSOC 2 Type II
Audited annually with continuous monitoring.
Encryption everywhere
Data encrypted in transit and at rest.
Never trains on your data
Customer data is never used to train models.
Role-based access
RBAC and row-level security on every source and metric.
SSO and SCIM
Single sign-on (SAML, OIDC) with SCIM provisioning.
Cloud or self-hosted
Deploy inside your own network boundary.
Audit log
LiveFAQ
What is an AI-native business intelligence platform?
An AI-native business intelligence (BI) platform uses natural language processing to let teams query databases, generate dashboards, and explore analytics without writing SQL. Basedash lets teams ask questions in plain English and turn answers into dashboards, automations, and shared workflows quickly. It covers the full data stack in one product — storage, data syncing, a semantic layer for trusted metrics, and the BI and reporting on top — so analytics stay consistent from raw data to final dashboard. The result is faster time-to-insight with less manual query work and fewer handoffs between teams.
Why does Basedash include a built-in semantic layer?
Basedash includes a built-in semantic layer so teams can define important metrics once as reusable SQL definitions, then let AI chat, charts, dashboards, insights, automations, and the SQL editor reference the same approved logic. It is different from a standalone modeling layer because the metric catalog lives directly inside the BI workflow where questions are asked. Teams can still use dbt or warehouse models for transformations, then use Basedash definitions for governed business metrics that need to stay consistent across every report.
How is Basedash different from traditional BI tools like Metabase or Tableau?
AI-native BI is significantly faster and less brittle than traditional BI for day-to-day analytics work. Traditional tools often depend on SQL-heavy workflows, manual dashboard setup, and multiple rounds of query iteration before teams get a usable answer. Basedash reduces that friction by moving from plain-English prompt to governed chart quickly, so teams ship dashboards in minutes instead of waiting on longer setup cycles.
How is Basedash different from AI tools like ChatGPT or Claude Code?
General AI tools are useful for brainstorming, but Basedash is purpose-built for production analytics. Basedash connects directly to your real data stack, understands your database schema, tables, and metric definitions, and returns answers grounded in governed sources. It is designed for teams with shared dashboards, reusable metrics, role-based access controls, and deployment options that match security and compliance requirements. The result is faster time-to-insight with more consistent and trustworthy answers.
What data sources does Basedash support?
Basedash supports 750+ integrations across databases, warehouses, and SaaS tools, including PostgreSQL, MySQL, Snowflake, BigQuery, Salesforce, HubSpot, Stripe, and Google Analytics. Teams can connect their existing stack directly and keep analysis grounded in governed business data. You can explore the full integration catalog and source categories on the data sources page.
How does Basedash prevent hallucinations and ensure AI analysis is accurate?
Basedash is designed to prioritize accuracy in production analytics. Instead of generating freeform answers, it translates natural language into structured queries that are validated and executed directly against your connected databases or warehouses. Responses are grounded in your actual schema, tables, and governed metric definitions. Generated queries can be reviewed, traced to underlying data, and re-run for verification. By constraining AI within your real data environment and enforcing shared definitions and access controls, Basedash combines AI speed with the reliability of traditional BI systems. On BI Bench, our public benchmark of AI data analyst agents, Basedash is the most accurate and the fastest tool tested.
Is Basedash secure for production and enterprise use?
Basedash is designed for production and enterprise environments with concrete security controls, including SOC 2 Type II compliance, encryption in transit and at rest, and strict data access boundaries. Customer data is never used to train models. Teams can enforce role-based access controls, single sign-on (SSO with SAML and OIDC), SCIM user provisioning, and native audit logs, define trusted metrics, and deploy in self-hosted or VPC-based environments to meet internal network and compliance requirements. See our compliance page for SOC 2, HIPAA, ISO 27001, and GDPR details. This allows organizations to adopt AI-native analytics without compromising their existing security posture.