



01
The logic your team already built becomes the agent’s foundation. No RAG pipelines, no vector databases, no duplicate infrastructure. Value compounds as your enterprise writes back rich human-in-the-loop insights directly to the warehouse.
02
Writeback, webhooks, API actions, input tables, and scheduled triggers are trusted, proven methods across thousands of apps. AI chat bots can call tools, but every action must be wired from scratch. There is no pre-built, governed execution layer.
03
Every agent action respects existing read and write permissions so no one sees or updates the wrong data. IT already approved the security once and Sigma Agents inherit it directly. No shadow AI or compliance surprises.
04
Agents produce live AI Apps connected to your warehouse and can even build more Agents. Users drill down, filter, and pivot on the agent’s recommendations or further architect builds. This isn’t a just a markdown text response.
Sigma translates spreadsheet operations into SQL on the fly. Switch statements become CASE logic, moving averages become window functions, and pivots compile to your warehouse's dialect.
Query History shows the generated SQL for every element, with timing breakdowns and request IDs for warehouse tuning.
Sigma exposes query behavior including queue time, Sigma runtime, warehouse runtime, and result fetch time, plus admin usage dashboards and audit logs.
Sigma can run as the user (OAuth) or as a service account, and optionally map users/teams to warehouse roles. Or you can define access rules in Sigma.
Not every click should wake up your warehouse. Sigma’s hybrid query engine evaluates the fastest, lowest-cost execution path by starting in the browser, then escalating through query ID caching, and only then to the warehouse.







The questions we think every enterprise should ask when evaluating AI Agents.
Yes. Every write-back from a Sigma Agent is executed natively within the warehouse using the Sigma Actions framework. All operations inherit existing row-level and column-level security policies. Every action is logged in the warehouse's audit trail, giving compliance teams an immutable record of who accessed what, when, and what was changed.
Security is entirely inherited. Sigma passes the authenticated user's identity directly to your warehouse via OAuth Passthrough. The agent physically cannot reason over data the executing user is restricted from viewing. There are zero duplicate permission models to maintain.
Because Sigma compiles every agent action to SQL against your warehouse's semantic layer, changes to your data model are reflected automatically. Unlike custom Python agents or LangChain scripts, there is no brittle code to rewrite when a table schema evolves.
Absolutely. Sigma Agents operate across three modes: Interactive (chat-driven with human approval), Autonomous (scheduled monitoring and execution), and External Actions (API calls to third-party systems). You can start fully supervised and scale autonomy as institutional trust grows.
A copilot answers questions — an agent takes action. Sigma Agents don't just surface insights; they execute writes, trigger REST API calls, fire webhooks, and interface with external systems like Salesforce, Jira, and Slack. The critical distinction: Agents act, everything else informs.
No. All agent processing runs on your warehouse compute. Sigma compiles agent operations into SQL or native platform functions and pushes them to the warehouse. No data is sent to external AI services unless you explicitly configure an external function.
Sigma will operate as both an MCP client and an MCP server. As a client, agents pull context from external CRMs and document stores. As a server, Sigma exposes governed data, dbt semantic models, and tested workflows to external AI tools to act as a single governed endpoint.
Most aren't. Build confidence by identifying and beginning to iteratively automate your enterprise's most high-value workflows. Begin to further enhance and accelerate them to guide where building Sigma Agents could add the most value. Leverage the business logic already built and integrate agents that detect anomalies, trigger API actions, fire webhooks to complete the evolution once ready.