Surprising findings from our analysis of 3DS transactions in the US
For the last four years, electronic transactions processed in Europe have been subject to Strong Customer Authentication (SCA), which requires businesses to support two-factor authentication (a “challenge”) on their checkout page to reduce fraud. The most common way of authenticating an online card payment relies on the 3D Secure (3DS) authentication standard. While this extra authentication step
Sorbet: Stripe’s type checker for Ruby
By 2017, Stripe had grown to the point where hundreds of engineers had written millions of lines of code. Most of that code was—and still is—written in Ruby, which is famous for helping engineers iterate quickly (if somewhat notorious for encouraging inscrutable code). Unfortunately we were starting to see Ruby come apart at the seams: new engineers found it hard to learn the codebase, and existin
Designing robust and predictable APIs with idempotency
Networks are unreliable. We’ve all experienced trouble connecting to Wi-Fi, or had a phone call drop on us abruptly. The networks connecting our servers are, on average, more reliable than consumer-level last miles like cellular or home ISPs, but given enough information moving across the wire, they’re still going to fail in exotic ways. Outages, routing problems, and other intermittent failures m
Scaling engineering organizations
Raylene led efforts to expand Stripe globally, bringing product and engineering teams to new markets around the world. Prior to Stripe, she was an engineering director at Facebook. She holds BS and MS degrees in computer science from Stanford University. At Stripe, we think a lot about scale. As we’ve scaled our products to process billions of dollars a year for millions of businesses, we’ve also
Scaling engineering organizations
Raylene led efforts to expand Stripe globally, bringing product and engineering teams to new markets around the world. Prior to Stripe, she was an engineering director at Facebook. She holds BS and MS degrees in computer science from Stanford University. At Stripe, we think a lot about scale. As we’ve scaled our products to process billions of dollars a year for millions of businesses, we’ve also
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How we built it: Smart Retries
New Payment Links features to help you sell more, faster
