Social and well connected
Azure AD B2C brings Microsoft’s expertise in identity and access management to consumer-facing interactions. Built on the Azure Active Directory platform, your business can deliver seamless, personalised customer experiences with the confidence that your service is reliable and secure.
Simplifying access to your website and mobile applications is crucial to customer satisfaction. A disjointed experience is not only frustrating but damaging to your brand. Azure AD B2C gives you the ability to incorporate social identities, as well as standard sign-in credentials, so your customers can safely enjoy seamless interactions from virtually anywhere.
Oxford Computer Group is among the first Microsoft partners to deploy Azure AD B2C. Our identity management pedigree makes us ideally placed to help you deliver a unified experience for your customers.
Apply for a free half-day CIAM Vision Workshop. See how you can offer customers simple and secure access to your applications with Azure AD B2C.Apply for free workshop
How will you score?
Is customer access to your online services secure and friction-free?
Take our quick and easy assessment and find out how well your user experience meets consumer expectations. You’ll receive a tailored report with recommendations for improvement.
Azure AD B2C will help your business…
- Simplify access
Single sign-on (SSO) for consumers across your applications.
- Protect consumer identities
Robust security controls, including multi-factor authentication (MFA).
- Keep costs down
A highly scalable infrastructure where you only pay for what you use.
- Meet customer demands
Offer consumers the choice to use social accounts such as Facebook.
- Raise satisfaction levels
Self-service so users can manage their profiles and passwords.
Apply for a free CIAM Vision Workshop
Learn how to meet current consumer expectations with a free half-day vision workshop
Discover how you can provide a seamless login experience across multiple channels, secure customer identities and deploy B2C to its full potential.