The word identity describes “who a person is or more specifically what kind of qualities a person or group possesses that distinguishes them from others.” A digital identity, however, is the body of information about an individual, organization, or electronic device which is adopted or claimed in cyberspace. It arises organically through the online actions of each individual and is formed through many different characteristics and attributes. But unlike with a physical ID, it is possible for one single user to have many different digital identities all over the web, and users are also able to give selective information when providing authentication information. Some examples of identifying data points that form digital IDs include: Date of Birth Medical history Online activity, e.g. search history or electronic transactions Password Purchasing behavior/history Social Security Number Username These unique identifiers and use patterns make it possible to detect individuals and their devices. At the same time, users are able to share their data with multiple service providers. Website owners, advertisers, and many other companies often use this information to identify and track users and their online behavior. This allows them to customize their offers and create targeted ads with specific content tailored to the user’s interests. When talking about digital IDs, it is also important to mention concerns in regards to security and privacy, especially in the area of digital identity management. Digital authentication and validation are critical to hinder identity theft and ensure web and network infrastructure security, both in the public and private sectors. What makes a digital ID trustworthy? Although digital IDs open up a lot of possibilities, they are also very complex and hard to navigate. How can you be sure that the information provided through this digital ID is authentic? First of all, every ID should be verified and authenticated to a high degree of security. These so-called high-assurance IDs have multiple use cases in both the civic and economic sectors such as gaining access to education, opening a bank account, and establishing credentials for a job. The reason and necessity for their easy implementation and acceptance are that they meet government as well as private-sector institutions’ standards for initial registration. The second characteristic that a “valid digital ID” should fulfill is uniqueness. This means that an individual has only one identity within a system, and every system identity corresponds to only one individual. As you probably already know this isn’t the case for most social media identities, so multiple identities are often used to hide or to act fraudulently. Furthermore, digital identities should be established with individual consent, meaning that users knowingly register for and use a digital ID. This also includes total knowledge of what personal data will be accessed and how it will be used. And last but not least, a digital ID should protect the privacy of the user and give him/her control over their own personal data. This could be achieved through decision rights concerning who can access the data and built-in safeguards to ensure privacy and security for the user. If these requirements are met and the information that is provided through the digital ID is verified and authenticated, a so-called “trusted digital ID” is formed. This special form of a digital ID provides a certifiable link between an individual and their digital identity because it consists of a set of verified attributes. Some examples of such attributes are verification with third parties such as Government databases, social identity, credit card numbers, or mobile records. Benefits of digital IDs When it comes to Public Administration, the most prominent benefit of implementing digital IDs is the increase of digitalization as well as security. A trusted digital identity could lead to users accessing multiple security-sensitive services such as mobile money, eGov, and online banking, allowing mobile network operators (or MNOs) to take a lead in these fast-growing sectors. In the private sector, certain enterprises like MNOs, OEMs (or Original Equipment Manufacturers), and others could benefit from improved efficiency and reduced expenses on identity and access management, faster customer acquisition processes, and consistent customer data improved security as well as enhanced user privacy. The end users would also benefit from a secured and authenticated digital ID in the form of more security, enhanced trust, improved UX as well as accessibility to public administration. Use Cases Now, this all sounds very convincing and useful but are there any real-life examples? In many countries, digital identities are already being used in many different ways. In Estonia for example, digital IDs are used to access all citizen’s accounts. This includes eHealth, eVoting, eBanking, eSchooling, eSignature etc. In Indonesia they are trying to synchronize all IDs (personal, tax, etc.) into a single digital ID and India already has a UPI system for mobile-to-mobile payment system in place. 1.4 Mio. people have already registered for a digital cash transfer program launched in 2020 (Novissi program) in Togo. Australia has already implemented a digital ID system, while Germany has signed joint declarations with Netherlands, Spain, and Finland to form digital identity working groups that coordinate measures to implement the set out objectives. The availability of technologies that make these initiatives possible is expanding exponentially over the years. Among these, technologies like Self-Sovereign Identity (or SSI) could reshape the way personal data is stored by providing a faster, more efficient, and user-centric decentralized approach as by using this technology, data would be stored on the customer side, instead of on the merchant side, eliminating many threats stemming from centralized storage. To give you a better understanding, the following programs are SSI developments using digital IDs: IATA Travel Pass, the first verifiable credential capable of providing proof of COVID-19 test and vaccination GLEIF(Global Legal Entity Identifier Foundation), committed to following the SSI model for digital ID credentials for companies MemberPass, bringing SSI to financial services with Credit Union customer ID verification SSI4DE, co-funded by the German Federal Ministry of Economic Affairs, supports showcases for secure digital IDs NHS Staff Passport, the first portable digital ID credential for doctors and nurses Lumedic Exchange, the first network designed exclusively for the patient-centric exchange of healthcare data Farmer Connect, enabling and empowering individual coffee farmers to more easily work with global enterprises. Summary All in all, there are numerous benefits of digital IDs and the technology to implement them already exists, especially when it comes to SSI which offers numerous possibilities. In addition, they could offer huge social advantages such as reducing fraud risks, increasing privacy and security, and making public services more accessible. So as long as they fulfill all the requirements for trusted digital identities there is no reason to ignore this technological development. Sideos’ mission is to give people the opportunity to own their data and achieve more around the world by providing a safe, reliable, and simple data ecosystem backed up by SSI. Our decentralized data management system allows businesses and organizations to create verifiable credential templates for their end users that are now able to control what information they wish to receive, share, and verify. This brings countless advantages to both the businesses, who no longer need to store users’ personal information with all the consequent risks, and to the people who will finally have ownership of their digital identities and an improved digital experience.