Synchronoss Universal ID is a cloud-based solution that delivers an unparalleled layer of security while simplifying the user experience. It enhances e-business agility and improves productivity by giving users easy, secure access to the information they need, where and when they need it.
Extend access to your employees, business partners, and customers
Safely verify identities and let only the right people into your network, systems, and applications – so both you and your users can conduct business confidently and securely.
Universal ID allows selectable options for one-time passcode delivery, so users can choose the method most convenient for them at the time. If any option is unavailable or lost, convenient backup alternatives are always available.
Reduces the risk of identity fraud and data theft, protecting corporate assets and brand
Enables mobile workforce and BYOD – simplifying secure access and boosting productivity
Allows businesses to securely grant access to third party business partners
Controls costs by eliminating the need for on premise hardware and software, and significantly reduces help desk costs
Enables users to process transactions and sign documents from mobile devices
Addresses compliance requirements for HIPAA, DEA Rule 1311, FFIEC, FICAM and FISMA
Universal ID’s Key Features
Universal ID reduces risk with two-factor authentication that’s certified to strict government and industry standards. The platform works by generating a one-time passcode that users add to their existing username and password sign-in sequence. And with frictionless options such as scanning a QR code or proximity sign in, there’s no need to enter usernames and passwords at all.
Online, self-service identity proofing via web portal or in-person vetting.
Synchronoss Universal ID enables organizations to securely and confidently expand e-business. Whether its extending access to employees, third-parties or a network of healthcare providers, we help ensure that people get the information they need from anywhere, on any device.