Credit Card Tokenization: Every Transaction Secured
Cut compliance scope by 93%, skip 300+ PCI requirements, and get certified in days.
Collect, store, and route card data to any processor, with the compliance burden handled for you.
Innovative merchants work with the Basis Theory Payment Vault
Card Tokenization: Empower Your Payment Operations
From capture to compliance, Basis Theory offers a holistic approach to payments. Collect, secure, and use payments data without it touching your environment by using Basis Theory's PCI Level 1 infrastructure, developer-friendly services, and flexible tokens.
Basis Theory allows organizations to:
- Collect card and payments data using secure customizable forms you can embed into your application
- Secure card data in a PCI Level 1 compliant and SOC2 certified payments vault
- Experience seamless transactions and continuous commerce
- Build a custom payments stack that's right for YOUR business
See a Live Demo From Our Payments Experts

Transact Your Way, Compliantly.
Card tokenization significantly reduces the time, cost, and reporting scope of your PCI Level 1 certification by replacing sensitive card data in your system with tokens.
Basis Theory customers are seeing up to a 95% reduction in the time and effort it takes to become PCI compliant.
And, they're able to transact and connect their way.
Tokenize & Encrypt Card Data Faster
Stand up your vault in as little as 5 minutes
- Spin up your own dedicated cardholder data environment (CDE) quickly
- Share data with any payment service provider, partner, or endpoint, seamlessly
- Convert customers with customizable and universal form elements
- Securely vault data with the flexibility to also leverage solutions like Account Updater and network tokens

Easily Connect with Your Current PSP
A flexible API that connects with any existing payment service provider you choose.


"Basis Theory made us PCI compliant in a day, rather than months. The team has been a delight to work with and they beat other tokenization platforms on cost."