If you run a growing business, agency, or sales team, chances are your most valuable data is already in Snowflake—and a lot of it is JSON. Product events, ad impressions, lead activity, support logs: they all arrive as semi-structured blobs. The good news is Snowflake treats JSON as a first-class citizen. The better news is that an AI computer agent can learn your patterns and run these JSON queries for you at scale.

Below are three practical levels of maturity: from hands-on SQL, to no-code automation, to fully delegated AI-agent workflows.

1. Manual ways to query JSON in Snowflake (hands-on SQL)

1.1 Load JSON into a VARIANT column

1. Create a table with a VARIANT column:CREATE OR REPLACE TABLE events (src VARIANT);

2. Load JSON using PARSE_JSON for small samples:INSERT INTO events
SELECT PARSE_JSON(column1) AS src
FROM VALUES ('{"customer": {"name": "Joyce"}}');
Learn more in the official docs: https://docs.snowflake.com/en/sql-reference/functions/parse_json

For production loads from cloud storage, follow Snowflake's JSON basics tutorial: https://docs.snowflake.com/en/user-guide/json-basics-tutorial

1.2 Explore JSON with colon and dot notation

Snowflake lets you traverse JSON using column:field.subfield.

• Get all dealership names from a VARIANT column src:SELECT src:dealership
FROM car_sales
ORDER BY 1;

• Get nested fields:SELECT src:salesperson.name
FROM car_sales;
Reference: https://docs.snowflake.com/en/user-guide/querying-semistructured

1.3 Use bracket notation for tricky keys

If a JSON key has spaces, numbers, or symbols, use bracket notation:

SELECT src['company name'], zipcode_info['94987']
FROM partners, addresses;


This is also handy when you’re not sure about case sensitivity.

1.4 Pick elements from JSON arrays

JSON arrays (like lists of line_items or vehicles) are accessed by index starting at 0:

SELECT src:customer[0].name,
src:vehicle[0].price
FROM car_sales;


This is perfect for “first item only” scenarios.

1.5 Flatten arrays into relational rows

When you want every array element as its own row (e.g., each line item on an invoice), use LATERAL FLATTEN:

SELECT e.src:customer[0].name AS customer_name,
f.value:description::string AS item_desc,
f.value:price::number AS item_price
FROM events e,
LATERAL FLATTEN(input => e.src:line_items) f;


Official flatten tutorial: https://docs.snowflake.com/en/user-guide/json-basics-tutorial-flatten

1.6 Cast values out of VARIANT

Everything you select with : or [] is a VARIANT. Cast to concrete types so analysts and tools can use them:

SELECT src:vehicle[0].price::number AS price_num,
src:date::date AS sale_date
FROM car_sales;


Manual pros: full control, great for debugging, flexible for complex logic.
Manual cons: repetitive, fragile if JSON schema shifts, time-consuming for non-technical marketers or sales leaders.

2. No-code and low-code JSON querying

Once you know the core SQL, you can wrap it in friendlier tools so your team doesn’t live in worksheets all day.

2.1 Use views to hide JSON complexity

Create business-friendly views that expose clean columns:

CREATE OR REPLACE VIEW v_lead_events AS
SELECT src:lead.id::string AS lead_id,
src:lead.source::string AS source,
src:event_type::string AS event_type,
src:timestamp::timestamp AS ts
FROM events;


Now non-SQL users can query v_lead_events without ever seeing JSON. Learn more about views: https://docs.snowflake.com/en/user-guide/views-intro

2.2 Schedule queries with Snowflake tasks

Snowflake Tasks let you run JSON-flattening SQL on a schedule—no cron, no servers:

CREATE OR REPLACE TASK nightly_flatten
WAREHOUSE = analytics_wh
SCHEDULE = 'USING CRON 0 2 * * * America/Los_Angeles'
AS
INSERT INTO fact_lead_events
SELECT * FROM v_lead_events
WHERE ts::date = CURRENT_DATE - 1;


Tasks overview: https://docs.snowflake.com/en/user-guide/tasks-intro

2.3 Orchestrate with no-code automation tools

Connect Snowflake to orchestration tools (e.g., data integration or workflow platforms) that can:

• Run a saved JSON query
• Export the result to Google Sheets or your CRM
• Notify Slack when thresholds are hit

This gives operations teams a drag-and-drop way to trigger JSON queries without touching SQL daily.

No-code pros: easier for business teams, fewer manual runs, better consistency.
No-code cons: still requires someone to design and maintain flows; changing requirements often lead to a tangle of tasks and dashboards.

3. At-scale automation with an AI computer agent

This is where an AI computer agent, like one powered by Simular Pro, changes the game. Instead of you orchestrating every step, you describe the outcome and let the agent operate your tools—Snowflake, browser, spreadsheets—like a tireless analyst.

3.1 Agent-driven exploration of JSON

Imagine onboarding an AI agent with the story: “Every Monday, pull last week’s events.src JSON from Snowflake, flatten arrays, segment by campaign, and paste a summary into our revenue Notion page.”

The agent can:

1. Open Snowflake in the browser, log in, and navigate to the right worksheet.
2. Run your curated JSON queries (dot/bracket notation, FLATTEN, casts) and save the results.
3. Export the query results as CSV.
4. Open Google Sheets or Notion, paste the latest numbers, and format them.

Because Simular Pro executes real UI actions with transparent logs, every click and query is auditable and tweakable.

3.2 AI agents running production JSON pipelines

Take it further:

• The AI agent wakes up every hour.
• It checks for new JSON files in cloud storage.
• If present, it triggers Snowflake load scripts or uses the UI to run COPY INTO.
• Then it runs your tested flattening queries and quality checks (e.g., "row count must be > 0").
• Finally, it pushes summaries into dashboards or sends a Slack update to sales.

Here, you’ve effectively handed the operational burden of JSON querying to an AI teammate.

3.3 Pros and cons of the AI-agent approach

Pros:

• Frees humans from repetitive browser and SQL routines.
• Works across desktop, web apps, and Snowflake without rigid APIs.
• Transparent execution so data leads can review exactly what ran.

Cons:

• Requires upfront time to design clean prompts and example workflows.
• Best when paired with solid core SQL patterns and governance.

To see how Simular Pro is built for long, reliable computer workflows, explore: https://www.simular.ai/simular-pro and learn about the research-driven team behind it at https://www.simular.ai/about

Heading 1

Heading 2

Heading 3

Heading 4

Heading 5

Heading 6

Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur.

Block quote

Ordered list

1. Item 1
2. Item 2
3. Item 3

Unordered list

• Item A
• Item B
• Item C

Text link

Bold text

Emphasis

^Superscript

_Subscript