Tink is a multi-language, cross-platform open-source cryptographic library developed by Google. It provides secure cryptographic APIs designed to be easy to use correctly and reduce common pitfalls.

Tink is intended for developers who need to implement cryptographic operations in their applications without requiring a deep background in cryptography. It aims to make secure crypto usage accessible and robust across different platforms.

How does Tink improve upon other cryptographic libraries?

Tink distinguishes itself by focusing on user-centered design, extensive testing, and code reviews, ensuring APIs are secure by default and harder to misuse. It abstracts away many complex cryptographic details, reducing the likelihood of common implementation errors.

When should Tink be considered for a project?

Tink should be considered when developing applications in Java, Android, C++, Obj-C, Go, or Python where secure, production-ready cryptographic functions are needed. It is suitable for projects prioritizing ease of correct use and robust security.

How does Tink handle key management?

Tink simplifies key management through KeysetHandle and KeysetReader/KeysetWriter interfaces, which manage a set of cryptographic keys. It supports various key types and provides tools like Tinkey for key generation and rotation, reducing complexity for developers.

github.com · 25 MAY '20

Tink

Item: Tink
Rating: 5
Author: Simon Frey

Tink is a Google-developed, cross-platform, open source cryptographic library designed to provide secure, easy-to-use APIs. Note that this specific GitHub repository is archived and read-only, with active development having moved to github.com/tink-crypto.

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Questions & Answers

What is Tink?: Tink is a multi-language, cross-platform open-source cryptographic library developed by Google. It provides secure cryptographic APIs designed to be easy to use correctly and reduce common pitfalls.
Who should use Tink?: Tink is intended for developers who need to implement cryptographic operations in their applications without requiring a deep background in cryptography. It aims to make secure crypto usage accessible and robust across different platforms.
How does Tink improve upon other cryptographic libraries?: Tink distinguishes itself by focusing on user-centered design, extensive testing, and code reviews, ensuring APIs are secure by default and harder to misuse. It abstracts away many complex cryptographic details, reducing the likelihood of common implementation errors.
When should Tink be considered for a project?: Tink should be considered when developing applications in Java, Android, C++, Obj-C, Go, or Python where secure, production-ready cryptographic functions are needed. It is suitable for projects prioritizing ease of correct use and robust security.
How does Tink handle key management?: Tink simplifies key management through KeysetHandle and KeysetReader/KeysetWriter interfaces, which manage a set of cryptographic keys. It supports various key types and provides tools like Tinkey for key generation and rotation, reducing complexity for developers.