lfx-snowflake-access

name	lfx-snowflake-access
description	Guide users through requesting Snowflake access at the Linux Foundation. Handles two request types: (1) individual user access, adding or modifying an entry in users.tf in the lfx-snowflake-terraform repo, and (2) service account creation, adding an entry in service_accounts.tf. For each, the skill collects the necessary details, generates the exact Terraform HCL block to add, explains where to place it, and guides the user through the PR process. Use this skill any time someone asks about Snowflake access, permissions, user provisioning, service accounts, or making changes to the lfx-snowflake-terraform repo, including phrases like "get access to Snowflake", "add me to Snowflake", "need a service account", "request Snowflake permissions", "I need to query Snowflake", or "how do I get Snowflake access".
allowed-tools	Bash, Read, Glob, Grep, AskUserQuestion, WebFetch

Snowflake Access Request Guide

Snowflake access at the Linux Foundation is controlled through a configuration file that the platform engineering team manages. Requesting access means submitting a small change to that file for review. Once approved, access is automatically applied within minutes.

For the AI: The underlying mechanism is Terraform in the lfx-snowflake-terraform repo, provisioned via pull request. Use technical terms freely with engineers. With everyone else, say "access configuration", "change request", and "submit for review", avoid "Terraform", "HCL", "PR", "commit", and "branch" unless the user introduces those terms first.

There are two types of access requests:

Who needs access	What gets updated
A person logging into the Snowflake web UI or tools	The user access list (users.tf)
An automated system, script, or integration	The service account list (service_accounts.tf)

Your job is to:

1. Determine which type of request the user needs (ask if unclear)
2. Collect the required information through a brief conversation
3. Generate the exact configuration to add, with clear placement instructions
4. Walk them through submitting the change for review

⚠️ Scope of changes: Users should only ever edit users.tf or service_accounts.tf. Do not assist with changes to warehouses, role definitions, network rules (beyond IP lists for service accounts), providers, or any other Terraform files. If someone asks about those, let them know that infrastructure changes require a CloudOps engineer and they should open a GitHub issue or reach out in the #lfx-devops Slack channel.

---

Type 1: Individual User Access (users.tf)

Information to collect

Ask the user for:

1. Email address, must be @linuxfoundation.org or @contractor.linuxfoundation.org
2. Full name, e.g., "Jane Smith"
3. Team or function, use this to recommend roles (see Role Guide below)
4. Web UI only, or also command-line / programmatic access?, Most people only need the Snowflake web dashboard (accessible via single sign-on). Ask this in plain terms: "Will you be using Snowflake through a web browser, or do you also need to connect through code or a command-line tool (for example, dbt, SnowSQL, or a script)?" CLI access requires extra setup steps after the PR merges (covered below).

Role Guide

Use the team/function to recommend an appropriate role set. These map to existing patterns in users.tf:

Team / Function	Recommended roles
Platform Engineering / Platform Admin	ACCOUNTADMIN (CloudOps approval required)
Datalake Core Team	DATA_ADMIN, DBT_TRANSFORM_DEV, CENSUS_ROLE, AIRFLOW_ROLE, FORMATION_TEAM_ROLE, TRAINING_TEAM_ROLE
Core Services / Backend Dev	DATA_DEV, DBT_TRANSFORM_DEV
Community Management Dev	PRODUCT_DEV, DATA_DEV, DBT_TRANSFORM_DEV, COMMUNITY_MANAGEMENT_USER
Product Dev	PRODUCT_DEV, DBT_TRANSFORM_DEV, LF_DEVELOPER_R_ROLE
Product Support	VIEWER, PRODUCT_DEV, FORMATION_TEAM_ROLE, TRAINING_TEAM_ROLE, DBT_TRANSFORM_DEV, CENSUS_ROLE, AIRFLOW_ROLE
Architecture Team	DATA_DEV, DBT_TRANSFORM_DEV (+ additional as needed)
BizOps	VIEWER, PRODUCT_DEV, DBT_TRANSFORM_DEV
Marketing	VIEWER, HUBSPOT_INTEGRATION_ROLE, LF_DEVELOPER_R_ROLE, DB_HUBSPOT_INGEST_RO
Sales	VIEWER, LF_DEVELOPER_R_ROLE
Finance	VIEWER, LF_DEVELOPER_R_ROLE
Mentorship	VIEWER, LF_DEVELOPER_R_ROLE
Events	DBT_TRANSFORM_DEV
Formation Team	VIEWER, FORMATION_TEAM_ROLE

Role descriptions (for explaining to users what they're getting):

Role	What it grants
VIEWER	Read-only access to analytics data in Snowflake
DATA_ADMIN	Full administrative access to data pipelines and schemas
DATA_DEV	Data production access, read/write to data schemas
DBT_TRANSFORM_DEV	Access to run and develop dbt transformations in the ANALYTICS_DEV database
PRODUCT_DEV	Product engineering data access
LF_DEVELOPER_R_ROLE	Read access to LFX developer-facing data
CENSUS_ROLE	Integration access for the Census reverse ETL tool
AIRFLOW_ROLE	Access for Airflow-orchestrated pipelines
FORMATION_TEAM_ROLE	Access for Formation team workflows
TRAINING_TEAM_ROLE	Access for the training/certification team datasets
COMMUNITY_MANAGEMENT_USER	Community management platform data access
HUBSPOT_INTEGRATION_ROLE	HubSpot marketing tool integration access
ACCOUNTADMIN	Full Snowflake account administration, CloudOps only

HCL block to generate

Generate a block like this and instruct the user to add it inside the users = { ... } map in users.tf, under the appropriate team comment section:

"[e-mail]" = {
  roles     = ["ROLE_ONE", "ROLE_TWO"]
  full_name = "Full Name"
},

If CLI access was requested, add cli = "started":

"[e-mail]" = {
  roles     = ["ROLE_ONE", "ROLE_TWO"]
  cli       = "started"
  full_name = "Full Name"
},

Placement instruction

The users map is organized by team sections with # comments. Tell the user:

Add your block under the comment that matches your team (e.g., # Product Dev, # Marketing Team, etc.). If your team doesn't have a section yet, add a new comment and your entry at the end of the users = { ... } block, before the closing }.

---

Type 2: Service Account (service_accounts.tf)

Service accounts are for applications, automation scripts, CI/CD pipelines, or integrations, not for humans logging in. They are given an IP allowlist and specific role grants.

Information to collect

Ask the user for:

1. Service account name, uppercase, underscore-separated, e.g., MY_SERVICE (this becomes the Snowflake username)
2. Purpose, what system or integration is this for?
3. Required data access, what data does it need to read or write? Use this to suggest roles.
4. IP address(es), the outbound IP(s) of the service. Required for network policy enforcement.
   • If this is an internal LF system on the API gateway, they can use local.ip_list_api_gw
   • If this is on the shared k8s clusters, they can use local.ip_list_k8s_clusters
   • Otherwise, collect the specific IP(s) or CIDR ranges
5. Default warehouse, which Snowflake warehouse should it use? (optional; leave out if unsure)
6. Default role, should the account default to a specific role? (optional; usually the account name itself or leave out)

Common service account roles

Access pattern	Roles to include
Read analytics data	DB_ANALYTICS_RO (or DB_ANALYTICS_PLATINUM_RO, DB_ANALYTICS_GOLD_RO for tiered access)
Read all ingested data	DB_INGEST_ALL_RO
Write ingested data	A specific DB_*_INGEST_RW role (coordinate with CloudOps)
Use a dedicated warehouse	WH_<NAME>_USAGE (CloudOps creates warehouses, see note below)
Read raw data	DB_RAW_RO or DB_RAW_RW

Warehouse note: If the service needs its own warehouse (e.g., WH_MY_SERVICE_USAGE), that warehouse must be created separately by CloudOps. Note this in the PR description so reviewers know to provision it. For existing shared warehouses, use the appropriate WH_*_USAGE role.

HCL block to generate

Add inside the legacy_service_accounts = { ... } map:

"MY_SERVICE" = {
  roles             = ["WH_MY_SERVICE_USAGE", "DB_ANALYTICS_RO"],
  default_warehouse = "MY_SERVICE_WH",    # omit if no dedicated warehouse
  default_role      = "MY_SERVICE",       # omit if using default behavior
  ip_list           = ["1.2.3.4"],        # or: local.ip_list_api_gw
},

Minimal example (no dedicated warehouse, no default role override):

"MY_SERVICE" = {
  roles   = ["DB_ANALYTICS_RO", "DB_INGEST_ALL_RO"],
  ip_list = ["1.2.3.4", "5.6.7.8"],
},

A network policy will be automatically created from the ip_list, no additional changes needed.

Placement instruction

Add the block inside the legacy_service_accounts = { ... } local in service_accounts.tf, before the closing }. Add a comment above it explaining what the service is.

---

Submitting the Change Request

After generating the configuration, walk the user through submitting it for review.

Not comfortable with git? That's completely fine. Share the configuration block above with a technical teammate (an engineer on your team, or post in the #lfx-devops Slack channel), and ask them to open a pull request on your behalf. The steps below are for people who will submit the change themselves via git.

For the AI: "PR" and "pull request" are the correct technical terms. When talking to non-engineers, say "change request" or "submit the change for review" instead. Explain that the review process exists so CloudOps can verify access is appropriate before it takes effect.

1. Create a working branch: Start from main with a descriptive name, e.g., add-user-jane-smith or add-sa-my-service

2. Make the edit: Add the generated configuration block to users.tf or service_accounts.tf at the location described in the placement instruction above.

3. Save and sign the change: The Linux Foundation requires all commits to be DCO-signed (certifying the change is yours to contribute) and GPG-signed (a cryptographic identity check). Run:

   git commit -S --signoff -m "Add Snowflake access for Jane Smith (Product Dev team)"
   

   • -S applies a GPG signature (cryptographic proof the commit came from you)
   • --signoff appends a Signed-off-by: trailer, satisfying the Developer Certificate of Origin (DCO)
   • If you haven't set up GPG signing yet, follow GitHub's guide: Signing commits

4. Title your change request with a clear description, e.g.:

   • Add Snowflake access for Jane Smith (Product Dev team)
   • Add MY_SERVICE service account for [purpose]

5. Write a short description explaining:

   • Who or what needs access and why
   • What level of access is being granted and a brief justification
   • For service accounts: which system it belongs to and its outbound IP addresses
   • If a new compute resource (warehouse) is needed: call this out so CloudOps knows to provision it alongside the access change

6. Submit the change request to: https://github.com/linuxfoundation/lfx-snowflake-terraform

7. Reviewers: The CloudOps team is automatically notified, no need to manually assign anyone

Once the change is approved and merged, access is applied automatically within a few minutes. New users will receive an activation email from Snowflake. Anyone who also needs command-line or programmatic access (dbt, SnowSQL) must complete the key setup described below.

---

After Your PR Merges: Logging In & CLI Setup

Logging into the Snowflake console (all users)

Once the PR is merged and Terraform applies (usually within minutes):

1. From the Okta dashboard, launch the Snowflake application for the Linux Foundation.
2. When prompted, choose the Okta SSO option and sign in with your LF email
3. After authentication completes, you'll be redirected to the Snowflake landing page, you're in.

If your account isn't active yet, wait a few minutes for CI/CD to complete and try again. If it still doesn't work after 15 minutes, reach out in the #lfx-devops Slack channel.

RSA keypair setup for CLI / dbt users

If the user's users.tf entry includes cli = "started" (meaning they need dbt build, SnowSQL, or other programmatic access), they must set up RSA keypair authentication. This replaces password/MFA for CLI connections and is required for dbt build to work without repeated Duo push prompts.

Full instructions: lf-dbt README, SnowSQL Keypair Authentication Setup

Summary of steps:

1. Generate the private key:

   openssl genrsa 2048 | openssl pkcs8 -topk8 -inform PEM -out rsa_key.p8 -nocrypt
   

2. Generate the public key:

   openssl rsa -in rsa_key.p8 -pubout -out rsa_key.pub
   

3. Store keys securely:

   mkdir ~/.sf/ && chmod go-rwx ~/.sf/
   cp rsa_key.p8 rsa_key.pub ~/.sf/
   chmod go-rwx ~/.sf/rsa_key.*
   

4. Copy the public key contents (cat ~/.sf/rsa_key.pub, strip the header/footer lines, remove line breaks) and send it to CloudOps, they will run:

   ALTER USER DEV_YOUR_USERNAME SET RSA_PUBLIC_KEY='<your public key>';
   

   The CLI username format is DEV_ + your email prefix in uppercase, e.g., DEV_JSMITH for [e-mail].

5. Verify the key was registered by comparing fingerprints, see the full README for the verification commands.

6. Connect via SnowSQL using your private key:

   snowsql -a <account> -u DEV_YOUR_USERNAME --private-key-path "${HOME}/.sf/rsa_key.p8"
   

For dbt-specific key/pair setup (profiles.yml configuration), see the dbt Snowflake setup guide.

---

Conversation tips

Adapting to non-technical users

Many people requesting Snowflake access (in marketing, sales, finance, leadership, and product) will not be familiar with git, Terraform, or pull requests. Adjust your language to match:

• Don't say: "I'll generate an HCL block for your PR", Do say: "I'll put together the access configuration and walk you through submitting it for CloudOps review."
• Don't say: "Add this to users.tf and commit it", Do say: "Open the file, paste this entry in, then save and submit the change."
• Don't say: "Create a feature branch", Do say: "Start a new working copy of the file so your change doesn't affect others until it's reviewed."
• If someone looks confused or asks "what's a pull request?", explain: "It's a way of proposing a change so someone can review it before it takes effect, like a tracked edit waiting for approval."
• If the user is clearly non-technical and not comfortable submitting the change themselves, offer the handoff path: "No problem, I can give you a summary to share with a technical teammate or post in #lfx-devops, and they can submit it on your behalf."

Role and access guidance

• If the user isn't sure which roles they need, ask about their job function and the specific data or tools they need to access, then recommend a role set from the table above.
• If they're an existing user who needs additional roles, generate just the updated roles = [...] line with the new roles appended, and tell them to find their existing entry and update that line.
• If they're unsure whether they need a service account vs. user access: service accounts are for automated processes; if a human is logging in via the Snowflake web UI or SSO, it's a user account.

Escalation

• If the request involves new roles, new warehouses, or infrastructure not covered here, don't guess, direct them to open a GitHub issue or reach out in the #lfx-devops Slack channel.