Learn how our solutions help tackle key verification and authentication challenges.
Accelerate digital onboarding
Onboard businesses faster
Confidently verify consumers
Optimize consumer servicing
Go passwordless
Instant identity verification
Enhance your identity & fraud stack
Mitigate fraud globally
Prove’s Identity Platform
Improve consumer experiences and mitigate fraud across the consumer lifecycle.
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Accelerate consumer onboarding and mitigate fraud
Secure digital wallet with seamless identity validation
Remove friction from onboarding & account access
Enhance patient onboarding & servicing with identity proofing
Reduce quote abandonment with identity verification
Drive growth while maintaining trust at any transaction
Verify trusted consumers and avoid fraudulent transactions
Streamlined user experience with secure identity checks
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Read the latest news and insights from Prove's Identity developers
If you are like us here at Prove, then you’re really passionate about programming,programming languages, and their runtimes. You will argue passionately abouthow Erlang has the best Distributed Systems model (2M TCPconnections in one box), Haskell has the best typesystem, and how all our ML backend should be written in Lua (Torch).
Recently we’ve witnessed some pretty big password leaks. First, 6.4m unsalted passwords leaked from LinkedIn, then 500m passwords leaked from Yahoo, which today turned to 1 billion accounts.
This post) covers a Ruby on Rails backend that provides a basic user login authentication flow with PushAuth integrated.
With my internship at Prove coming to an end, it’s a great time to look back and reflect.
