Descope vs Kinde

Descope is a customer and agentic identity platform for authentication, user management, authorization and identity journeys. Developers can use Descope Flows to build login screens and authentication journeys visually, without writing code. Authentication options include magic links, passkeys, social login, one-time passwords, SSO, biometrics, MFA, authenticator apps and passwords. The platform provides client, mobile and backend SDKs, plus REST APIs for custom implementations; Descope says its SDKs are open source. Listed framework and language integrations include React, Next.js, Vue.js, JavaScript, Angular, Python, Node.js, Java,.NET, Go, PHP, Ruby, Kotlin, Swift, React Native and Flutter. Native mobile SDKs support Swift iOS, Kotlin Android, Flutter and React Native apps. Descope documents more than 50 third-party connectors for CRM, identity verification, fraud prevention and audit use cases. The Free Forever plan costs nothing and includes 7,500 MAUs, 10 monthly active tenants and 3 SSO connections. Pro costs $249 a month, billed annually; Growth costs $799 a month, billed annually.

Kinde is a cloud platform combining authentication, access management, subscription billing, and feature management for SaaS products. Sign-in options include passwords, passwordless access, enterprise SSO, machine-to-machine access, social and developer logins, and multi-factor authentication. Organizations and multi-tenancy support B2B models. Feature flags provide 10 on Free and unlimited flags on Pro and higher plans. The Free plan includes 10,500 monthly active users, two custom roles, 10 permissions, five custom properties, one webhook, and two environments. Paid plans start at $25 a month. Listed billing transaction fees are 0.7% on Free and Pro, 0.6% on Plus, and 0.5% on Scale; prices are indicative and vary with actual usage. Kinde provides APIs and SDKs for iOS and Android. It lists ISO 27001 registration, SOC 2 Type 2 attestation, HIPAA compliance, and GDPR compliance. Stated protections include AES256 encryption at rest and TLS 1.2 or later in transit, alongside OAuth 2.0, CSRF protections, DMARC, DNSSEC, and a strict content security policy.