Our Snowflake integration offers critical security benefits by ensuring that sensitive data remains protected even if credentials are compromised. By encrypting data individually, we provide an additional layer of security that goes beyond Snowflake's generic storage-layer encryption. This approach prevents unauthorized access and reduces the risk of data breaches, offering enhanced protection for your sensitive data.

The integration enables you to individually encrypt, tokenize, or mask your data with granular access controls natively in Snowflake without changing how your users work with their data. This overview focuses specifically on how the Snowflake library works and how to use it.

How does Ubiq Work on Snowflake?

For some background on Ubiq and our approach to securing sensitive data, check out our whitepaper.

Snowflake requires a few additional components to empower your data users to encrypt and decrypt data directly from their Snowflake SQL:

AWS API Gateway configurations to route calls between Snowflake and the Ubiq backend
Snowflake UDFs that enable encrypt() and decrypt() in SQL
Ubiq libraries that get pushed to Snowflake

Integration instructions are available in our public docs as you’d expect here, and once you’re ready you use it, you use the same, simple code just like our other libraries:

Using with Visualization or Other Tools

Once you have the power to encrypt/decrypt at the SQL level, you can leverage that from any tool that’s accessing your data. Take, for example, the scenario where you have data encrypted with Ubiq and you don’t want a DBA that’s querying data to be able to see it, but you have a report in Tableau or PowerBI or some other visualization tool that needs to show the data decrypted in plain text.

Your data flow might look something like this:

Where your data is exposed through the entire ETL and reporting flow:

Stored in plain text in Snowflake
Shown in plain text when a Snowflake user or DBA queries it
Retrieved in plain text from the reporting / visualization tool
Shown in plain text on a report to all users

Once data is encrypted in Snowflake itself, however, you can choose where to expose (or not) the plain text data anywhere that it is queried. In this example, we would choose not to allow a DBA or regular Snowflake user to decrypt our SSNs, and we also will choose not to expose SSNs by default in any existing reports. But we can then choose to create a report that explicitly decrypts and shows that sensitive data.

Snowflake Integration vs. Other Ubiq Libraries

It’s all the same - the Snowflake integration and its encrypt/decrypt is completely cross-compatible with all of the other libraries and languages.

All of the same features and values still hold true for using Ubiq on Snowflake:

Data never leaves your environment to encrypt or decrypt data
No changes needed to your Snowflake schema to store data encrypted vs. plaintext
Data is encrypted before it gets persisted - so access from anyone else to your data will only see the ciphertext unless they have access to decrypt
No key management required - just like our application library usage, keys “follow the data” and are managed in the Ubiq SaaS UI for seamless key rotation and revocation
Flexible access controls; Ubiq API keys are used to authenticate the Snowflake user to Ubiq, and that gives them access (or not) to encrypt or decrypt various sets of data
Flexible key association - your key and dataset design in the Ubiq SaaS UI can enable granular key usage (like a unique key per table, per column or per Snowflake database) without any implementation complexity - the SQL queries don’t need to change or even know about the keys
Cross-library compatibility - our Snowflake integration uses the same NIST-approved structured (format-preserving) encryption algorithm, so you can encrypt/decrypt with Snowflake and then encrypt/decrypt with any other Ubiq library

Summary

The Snowflake library works the same way as our datawarehouse integrations and application-language-specific libraries:

Completely self-contained - no external dependencies or customizations in Snowflake
No change to your data flow (data never leaves Snowflake to encrypt/decrypt)
No encryption knowledge required to implement … simple exposure of an ubiq_encrypt() and ubiq_decrypt()function (UDF) that is directly callable from SQL
Similar performance profile to application-language libraries and similar performance design considerations for authenticating to our backend and key caching
Cross-compatible encryption/decryption with every other Ubiq library
Total feature parity - including key management and key rotation features delivered and managed through the Ubiq UI