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Event

Questions Asked at Exploring the Future of Digital Identity: Insights from Better Identity Coalition Day

Ali · January 21, 2023 ·

This post highlights the two questions I asked during the event of Better Identity Coalition Day on the 25th of January, 2023.

Short Preamble to the Event

The Better Identity Coalition is dedicated to working closely with policymakers to advance digital security, privacy protections, and user-friendliness for all individuals. The coalition is made up of some of the most successful companies worldwide, and its purpose is to encourage education and collaboration on securing identities online.

They are exploring innovative solutions to allow people in the United States to take control of their identities and operate their businesses online in a risk-free and protected environment.

During the Event, I Posed Two Questions

On January 25, I went to the Better Identity Coalition Day, and while there, I asked two questions. 

1st Question:

I questioned whether or not they are aware that the federal government of the United States is going to issue secure digital IDs to a certain demographic. For instance, the United States Citizenship and Immigration Services (USCIS) is going to start issuing digital green cards soon, utilizing the format of verifiable credentials.

Click here for the detailed conversation on the 1st question.

– Kaliya asking Congressman Bill Foster if he was familiar with the SVIP Program

2nd Question:

I also questioned a recent conspiracy theory involving Phyto that suggests Apple, Google, and Microsoft are involved in a scheme to grant the NSA access to cloud data. While I was not asking for a response to this theory, I wanted to bring attention to the issue of conspiracy theories within the Meta industry. As a leader, I was curious to know what steps they and other leaders in the room were taking to collectively address this problem.

Click here for the detailed conversation on the 2nd question.

– Kaliya asking a question of the ED of the FIDO Alliance about conspiracy theory

IAPP Event: An Intro for Data Privacy Pros to Self-Sovereign Identity

Ali · January 12, 2023 ·

An event hosted by the International Association of Privacy Professionals (IAPP) asked me to give a talk on the subject of self-sovereign identity and provide a foundational overview for privacy professionals.

The following are some of the primary issues discussed throughout the event:

  • Exactly what it means to have a self-sovereign identity.
  • The direction in which the space is moving.
  • What privacy professionals need to know.

The Panel was put together by Katharina Koerner, the Principal Technology Researcher at IAPP. Myself, Dominique Beron CEO of walt.id and Kristina Yashuda, who does Identity Standards at MSFT.

Kailya, Kristina, Dominique, Katharine

Self-sovereign identity (SSI) is essentially a fresh take on digital identity solutions. Its goal is to empower users with additional options in managing their online identities and in deciding how much of their private data to make public.

In this manner, the self-sovereign identity technology provides assistance for the data reduction and purpose restriction tenets of privacy.

Simply click this link to see the whole video.

DWeb 2022 Talk: Decentralized Identity Open Standards

Ali · January 10, 2023 ·

At the invitation of the organizers of DWeb Camp 2022, I delivered a session on the subject of three open standards for decentralized identities.

Kaliya talking at DWebCamp – clicking on photo goes to the video.

Decentralized identifiers, verifiable credentials, and decentralized identifier communication were discussed throughout this session as three of the most important developing standards for decentralized identity.

Decentralized Identifiers: I went through a variety of issues in this standard, including how a decentralized identifier (DID) differs from private name spaces and globally controlled registries, what it looks like, the standard components of a DID document, DID specifications, and more.

Verifiable Credentials: In this section, I discussed what verifiable credentials are, how they function, as well as characteristics and benefits such as extensive expressive capacity and a vast array of potential applications.

Decentralized Identifier Communication: It is also known as DIDComm Messaging, and inside it, we are able to have peer-to-peer ownership of the social graph commons. During our presentation on this protocol for decentralized identification, I went through its viability and several uses, in addition to the mechanism behind it.

To that aim, I also discussed ways in which we might integrate many of the aforementioned open standards. In addition, two more standard ideas, the “personal data store” and “object capabilities,” have been offered in the conclusion.

Here is the link to the complete video:

https://archive.org/details/25-15-45_-_decentralized_identity_open_standards.qt

Save the Date: APAC Digital Identity unConference, March 1-3, 2023

Kaliya Young · December 7, 2022 ·

We are really thrilled to announce the first APAC Digital Identity unConference March 1-3, Bangkok, Thailand. Registration is now LIVE!

Fostering Innovation and collaboration between emerging digital identity companies across the APAC region. 

Welcome reception in the evening of Wednesday March 1

March 2-3 full conference days. 

The event is inspired by the Internet Identity Workshop and will use the same Open Space format where the agenda is co-created the morning of the event by all the participants. 

The two facilitators and producers of IIW, Kaliya Young, Identity Woman and Heidi Nobantu Saul are collaborating with a local partner Newlogic to host and produce the event. 

The conference venue is  True Digital Park, our venue partner, which is 24 min from the airport and has numerous hotels nearby.

We are working on a website and registration will open soon.  So stay tuned we will announce it on all the channels we have. 
There are sponsorship opportunities similar to IIW that cover conference costs, help keep ticket prices lower than usual and support the community. Please reach out to Heidi at heidi@heidinobantu.com  if you are interested in learning more about sponsorship opportunities.

Thoughtful Biometrics Workshop

Kaliya Young · November 3, 2022 ·

It is happening again. February 13-17th. March 16th Registration is open.

Two things happened today that solidified the decision to move forward with the event.

  1. I had a great conversation with a government of Canada official who started his career as an officer at a boarder crossing and is currently inside the government on modernization on boarder crossing system and process. We are sending him a formal invite tomorrow.
  2. My friend Pet Kaminski shared the event with his newsletter/mailing list community Collective Sense Commons and framed the event and my work very well.

This is a bit of a sneak peek, because registration isn’t open yet – although there is an RSVP form to save your place – but it’s the start of another thing that Kaliya does so well. Find an important part of the tech world, where society needs to make progress, for the good of all, but where the various parties involved have not been able to communicate effectively, and bring them into communication.

In this case, it’s biometrics – using unique physical characteristics to quickly and reliably identify human individuals. You, dear reader, are probably in one of two camps: biometrics give you hives; or biometrics are a key, cornerstone technology for the future.

Kaliya says that the use of biometrics is not going away, and so, how about we get both sides together and figure out how to use the technologies with care and foresight?

Scroll down on the TBW page to see who should be interested and who should attend this workshop.  I’m so glad that it’s Kaliya who is taking on this challenge, after her careful stewardship in the identity space.

– Pete Kaminski – Collective Sense Commons

Seeing Self-Sovereign Identity in Historical Context

Kaliya Young · June 21, 2022 ·

Seeing-Self-Sovereign-Identity-in-Historical-ContextDownload

Abstract

A new set of technical standards called Self-Sovereign Identity (SSI) is emerging, and it reconfigures how digital identity systems work. My thesis is that the new configuration aligns better with the emergent ways our social systems in the west have evolved identity systems to  work at a mass scale and leverage earlier paper-based technologies.

To make this case  I trace two different histories. The first follows the ways in which  identities were designed and managed in computer systems.  The innovations in SSI are a major breakthrough in the design of computer identity systems. The second history examines the evolution of paper-based identity systems that emerged in Europe. This section integrates  recent scholarship about the emergence of a particular social-psychology that came with  the first paper-based identity documents. This work explains what paper based identities meant and why they were accepted and made sense to people. The last section of the paper brings these two histories together and explains why the underlying technological design of SSI aligns  with Western liberal democratic values in a way that the earlier digital identity systems designs do  not.

Introduction 

Developers and policymakers think about social and technological systems as a given in the present moment. The assumption that current systems are a given applies to paper-based identity systems, digital identity systems, and the social systems that we relate to and use to form our identities. This paper adopts a materialist approach that sees all things as the result of processes.  

The first section of the paper reviews the basics of Self-Sovereign Identity (SSI) technology for readers unfamiliar with it —however, it is not intended to be a history of how SSI developed. 

The second section of the paper provides a view of how digital identity systems have evolved since the emergence of computers. This section makes critical differences between those earlier systems clear for non-experts. For example, the new self-sovereign identity systems reduce the inherent opportunities for tracking and, therefore, the privacy risks of earlier digital identity systems and the current dominant technical architecture of enterprise identity and access management. 

The third part of the paper looks at the history of paper-based identity systems that are in widespread use today. It explains  how they work and why they make effective trade-offs between accountability and visibility across systems. This section begins tracing  this history further back than most other accounts —beginning with the actions of the Catholic Church around 500 CE. This section integrates  recent scholarship about the emergence of a particular social-psychology present when the first paper-based identity documents were created. It explains they were accepted and made sense to people. It also walks through scholarship that tracks the material evolution of paper identity documents from when they first appeared to now.

The fourth section of the paper explains how SSI technologies differ from other models of digital identity management—particularly Enterprise Identity, Access Management, and the consumer IdP models. The primary difference is that SSI provides a way to express high confidence digital credentials in a digital format without anchoring identity information to identifiers such as network endpoints under the control of the state or some other corporate entity. SSI provides a way to restore the qualities of paper-based documents in the digital world: once issued to the individual, documents are under his or her control. Individuals can show their documentation to whomever they choose. In addition, SSI improves the efficiency and security of earlier identity systems by limiting the information that individuals must reveal to verify aspects of their Identity.

I am a practitioner who works day in and day out with technologists, business leaders and policy makers. I work in communities full of sincere people working hard to develop good designs for emerging digital identity systems. I am a “natural academic” and have read extensively across a range of disciplines, including those focused on systems design and understanding, and use my literacy in these areas in this paper.

The paper explains the underlying systems design of both paper-based and digital identity and explores qualities of each in a historical context. This includes exploring them both on their own and together where they intersect  in the real world as SSI-based systems designed by Western liberal democracies (New Zealand, Canada, United States, European Union). r.   

One can not reasonably write about identity without at least acknowledging the philosophical questions of identity. These have likely existed since human beings first achieved consciousness. We find them throughout all cultures in our myths, stories, religions, and philosophies. The primary questions being asked: “Who am I?”, “Am I more than just my body?”, and so on. I am setting aside these legitimate paths of exploration, choosing to ground human identity in a historical materialist approach. This approach sees “all structures that surround us and form our reality (mountains, animals, and plants, human languages, social institutions) as the products of specific historical processes.”

Before proceeding, I must emphasize that everything in this historical materialist tradition results from a process Every “thing” that you can point to, that you can identify, results from emergent processes over time. Our lives as human beings in bodies are the result of processes. The artifacts we create to point to or identify people in the complex society we live in—such as “identity documents”—result from these processes. Identity is a process. 

When discussing “identity,” the physical things identified seem central; however, the historical processes that shaped the document or technology used to express it are often forgotten . Documents containing “identity information” result from historical decisions, accidents, and innovations that helped organizations function. Both a human person and their identity documents have a physicality, but how they came to be, the process of their creation, is as important as their “thingness.” 

I introduce this anchoring frame of understanding historical processes because I will use it throughout the paper to explain the processes of various identity systems. By looking at processes, crucial differences between these systems can be seen and understood. If one simply looks at the “things” or resulting artifacts, the differences are less obvious. Different identity architectures are arrived at through processes that have different implications for people and interact with the power relationships between people and organizations.

Self-Sovereign Identity Technology

The following is  a brief, overview of SSI. It is not a history.  For that I recommend Chapter 16 in the Self-Sovereign Identity book. This section covers the basic architecture and core standards of SSI so that: a) the contrast between SSI and other systems can be discussed in the technology section, and b) the appropriateness of SSI to replace paper-based identity documents can be explored in the final section. 

Verifiable Credentials

Verifiable Credentials (VCs) is a World Wide Web Consortium (W3C) specification that defines a universal data format for digital credentials and how to share proofs of their authenticity. A credential can assert anything that an entity wants to assert about another entity and is adaptable for many purposes. An example of a government issued credential is a birth certificate. An example of a credential from civil society is a professional association membership; an example of a commercial credential is a loyalty card from a store; and an example of an employment credential is an employee badge. 

Figure 1. Verifiable Credentials diagram from the W3C specification. 

The issuer of the credentials and the receiver of the credentials (Verifier) do not need to directly communicate because of the clever use of public-private key cryptographic technology. The Issuer uses their private key to seal the credentials before issuing them, as structured data, to the Holder. The Holder stores these credentials in their Digital Wallet. As with a physical wallet, the Holder can choose to present the Verified Credentials stored in their Digital Wallet to anyone. 

When the Holder of the credential wants to present them to any receiver/acceptor (called a Verifier in this model), the Holder sends over a verifiable credential presentation. Then, using the Issuer’s public key, the Verifier runs a mathematical computation to check that the data structure originated with the Issuer, who controls the requisite private key associated with the public key, and that it has not been altered. The Issuers share public keys widely (sometimes via blockchain), so the Verifiers can use mathematical calculations to verify the authenticity of the Holder’s verifiable credential. 

Since the initial compilation of version 1 of the Verifiable Credential specification (2018), developers have expanded its effectiveness to better preserve privacy. Holders can now present particular pieces of information instead of the entire credential. So, a Holder could, for example, show just their age in years and not their birthdate. Or, a Holder could prove they served in the military but not have to share in which branch they served  or the dates of their service. Or, a Holder could prove they were a student at a particular school but not reveal their student number. This type of sharing is called selective disclosure. 

Decentralized Identifiers

A management application and associated storage are needed to support the exchange of Verifiable Credentials and cryptographic key materials associated with the Issuer. The application also has to leverage cryptographic key material generated and managed by the Holder, but never stored with anyone. 

The management of this type of material is difficult. Earlier systems used special key registry services that published the public key associated with a particular email address. People who wanted to send a cryptographically secure email to a given address could use the public key associated with the sender’s email address. To decrypt a message from a particular sender, the receiver would look up the sender’s public key and know that it came from that sender. The scale of key management for a Verifiable Credentials system is vast.  A database, like the MIT key server, or a website, like keys.openpgp.org, does not scale,    Relying on such a centralized service would make the system brittle and vulnerable..

On top of that, keys associated with an email address are anchored to a globally centralized system. Innovators of SSI technology decided to store, and manage, keys in a way that is both scalable and accessible but not controlled by a centralized authority. 

Developers need to provide users with persistent identifiers and pointers to cryptographic keys. Still, administrators also need to reassign different keys to an identifier when updating content that those keys unlock. Developers cannot store cryptographic keys in a fixed database assigned to an email address, like the MIT key database described above. Developers need to find another level of abstraction, so that the cryptographic keys can be rotated over time in relation to persistent decentralized identifiers. Blockchains collectively manage databases (either permissioned or permissionless) that once written are not erasable. Although Verifiable Credentials can be issued without decentralized identifiers or blockchains, together both of these innovations provide a beneficial common standard for sharing keys in a resolvable way. Here is a description from the W3C Standard.

Decentralized identifiers (DIDs) are a new type of identifier that enables verifiable, decentralized digital Identity. A DID identifies any subject (e.g., a person, organization, thing, data model, abstract entity, etc.) that the controller of the DID decides that it identifies. In contrast to typical, federated identifiers, DIDs have been designed so that they may be decoupled from centralized registries, identity providers, and certificate authorities. Specifically, while other parties might be used to help enable the discovery of information related to a DID, the design enables the controller of a DID to prove control over it without requiring permission from any other party. DIDs are URIs (Uniform Resource Identifiers) that associate a DID subject with a DID document, allowing trustable interactions associated with that subject.

Each DID document can express cryptographic material, verification methods, or service endpoints, which provide a set of mechanisms that enable a DID controller to prove control of the DID. Service endpoints enable trusted interactions associated with the DID subject. A DID document might contain the DID subject itself—that is, if the DID subject is an information resource, such as a data model.

This [specification includes] a common data model, a URL format, and a set of operations for DIDs, DID documents, and DID methods.

Figure 2. The diagram of the relationship between key components of a DID and DID Document from the W3C DID Specification. 

Decentralized identifiers sit in stark contrast to earlier systems of identifiers that were permanently anchored in either globally managed registries (e.g. Domain Names in the DNS via ICANN or Phone numbers via the ITU-T) or within private namespaces such as usernames at websites (within the domain name system), Twitter handles, or Instagram handles.  

The Decentralized Identifier is a breakthrough in technical architecture that centers control of the identifier within an entity itself (via the software it controls). Identifiers do not need to be assigned by some outside issuing authority; the entities themselves can generate identifiers. Ownership of these identifiers can be proven independent of any “issuing authority.” This proof is achieved by using the properties of public-private key cryptography. 

Decentralized Identifiers do not have to be stored on a blockchain to be valid. The public keys associated with a DID, created and owned by any entity (person or organization), can connect to any other party. Pair-wise, these connections can be unique to the two parties. A specification under development called DIDComm will standardize this type of communication. 

DIDComm sits in contrast to several antecedent technologies, like the cryptographically secure email via PGP. Email via PGP publishes an associated public key, in a publicly accessible way, on a key server. All messages sent  to that address use that key, making it non unique per connection. DIDComm is also distinct from widely used messaging applications that use unique keypairs per connection, like WhatsApp, Signal, and Telegram. These applications avoid user names/identifiers and “cheat” by leveraging phone numbers as a persistent identifier that can identify users in the network. They also do not exchange unique keys per connection with other parties – but rather have a singular public key they share and use for all their connections.

The Historical Evolution of Identity in Computer Systems 

The earliest computer systems were developed and used by business enterprises or organizations, like research institutions. The first computer systems, like the Colossus and Eniac, were created in World War II. They were so rudimentary that there was no need for a “user account.” Shortly after that, large mainframes were developed  to support more than one user interacting with one computer system. Developers invented user-names and passwords to manage access. As a logical next step, the ability to write messages to other users of the same mainframe computer was invented by those early users. These messaging systems were the antecedents of email.

In the 1970s, with the creation of the ARPAnet, large computer systems began to link together by a protocol stack called TCP/IP. By using these connections, users could send messages between computer systems in different cities. Because messages could be transmitted between people in different locations, standards were developed to manage those messages. The standard for transferring messages between computer systems on the Internet is the Simple Message Transfer Protocol (SMTP), which is still in widespread use because it creates a way for anyone with an email address to send a message to anyone else with an email address. These early ARPAnet users began a naming system so that human-readable names could be mapped to Internet Protocol (IP) addresses, making email usable for people. Addresses took the form of “user name_@_institution name_._type of institution_.” By default, messages are not encrypted. In the 1990s, PGP key servers were developed to add encryption.

As computer systems within the enterprise became more complex, multiple programs ran on a single large system. Eventually, users needed a single login that would let them access a whole variety of services included in  enterprise systems. This led to protocols to manage the complexity of the enterprise. LDAP (Lightweight Directory Access Protocol) supported the maintenance of directory services so that information about users could be used throughout the enterprise. 

Another protocol called SAML (Security Assertion Markup Language) supports federated authentication and authorization both within enterprises and potentially between enterprises. SAML helps manage who has access to what systems. These internal federation architectures, using SAML and LDAP, were the dominant methods of identity management because they made sense in the context of enterprise computer systems. 

These digital Identity management solutions emerged within social and cultural power structures, like employment, where having control “over people” by controlling their identifiers aligned with the power to hire and fire them. Employees did the work for the enterprise—they were not a free persons acting in a social universe of peers and associates or as business customers. Because these original architectures were well-established beginning in the 1990s and solidified in the early 2000s, they shaped the thinking of many identity management professionals about how identity management in the digital realm could be done. 

The architecture of assigning users an identifier and managing it for them was first used not for the consumer internet, but within enterprise systems. A whole field of enterprise identity and access management arose before the web even existed. This control architecture is still widespread and makes sense relative to the inherent power relationship between employees and employers. Companies hire employees to do work. In exchange for that work, they are paid wages. When an employer is not happy with an individual’s work or simply does not have enough work to be done, they will let an employee go. This dynamic of hiring and firing is designed to meet the needs of the enterprise. 

When the employee’s work involves interacting with a computer system, it makes sense that the employer provides access to that computer system. This assignment is made via an identifier/employee number assigned by the employer to that employee. The employee could leverage a shared secret (password) when seeking to access the system doing what is called authentication and then given authorization. Then when the employee no longer works for the company, this digital representation for the employee in the enterprise system should be terminated so they can no longer access the systems – authorization is denied. In other words, access to the system should end for the person who is no longer an employee.  These control structures are part of the original enterprise identity and access management. 

When the first consumer internet arose, companies like AOL and Compuserve offered accounts to users. Social media companies still use this  same system today. Users get this type of identifier when they go to a new service and choose a username within a service’s namespace. This identifier sits within the issuer’s namespace and domain of control. This means that the issuer can terminate the subject’s access to that service’s namespace. 

After picking a username, the user chooses a password. The password is thus a shared secret that both the user and the service know (but no one else). Finally, when the user asserts they are the entity in control of a given username, the service challenges them to also present the shared secret (i.e., the password). In recent years, there has been a push to support the wider adoption of additional authentication factors, some of which use cryptography (like RSA tokens or Yubikeys). However, the process of two or three-factor authentication still involves proving control of an identifier managed by the Identity Provider. 

Figure 3. This diagram shows a Sole Source Topology for Identity where the individual gets new separate accounts for every service they interact in—resulting in individuals having dozens if not hundreds of different accounts at different services and needing to manage just as many user-name and password combinations. 

This way of managing identity has architectural control properties quite similar to the enterprise control over employee accounts. Federation expands the use of the identifier beyond the one site or service. Services known as Relying Parties encourage new and returning users to leverage an account from another service. These Relying Parties require that users prove they have control of an identifier on that service. Once control is proven, the users gain access to the Relying Party’s site. A standard called OpenID was invented at a conference facilitated by the author to support this type of transaction. It led to the proliferation of “sign-in with” buttons, which let users use their Facebook, Google, LinkedIn, Twitter, Github, or other ID to log into a range of websites.  

Figure 4. The flow of an OpenID Connect connection that has an Identity provider. 

While this model, in theory, leads to a variety of Identity Providers, in practice, very few emerged because of the “NASCAR Problem.” Only a few Identity Providers can fit on a given login screen, so users have very few choices for Identity Providers. 

Self-Sovereign Identity technology stands in stark contrast to its antecedent technologies:  topologies  of single-source identity and identity federations. SSI differs from earlier digital identity systems because the receiver/accepter of a credential can be assured of its veracity without directly connecting to the issuer. Receivers don’t have to make a phone call to check a document, and they don’t have to establish a technical federation using a protocol like SAML or OAuth to ping a database of the issuer. 

It is also worth comparing these digital technologies with the embodied Identity of humans. As human beings navigate a social world in physical space, they show up in their physical bodies, associated clothing and are recognized by others. In effect, their bodies and clothes are an “authentication factor” because our memory of people is tied to their physical form. When the physical world’s social, human process in the physical world is translated into the digital world, identifiers are assigned to people by organizational entities that ultimately have control over those identifiers. This means that people are becoming disconnected from their social world, where Identity is individually asserted and socially recognized. The platforms that host, manage, and control our digital identifiers are within their rights to delete our digital identities and even reassign our identifiers to others. We are not free people in these systems because we are directly under the authority of these mega identity providers.

Figure 5.  This diagram shows how the identity providers dis-intermediates individuals from other organizations they connect with by logging in via their Identity Provider.

All the social platforms like Facebook, LinkedIn, Instagram, and Twitter manage their own name-spaces. These platforms also own the connections between the people who have accounts on their services. This means that the social fabric of our society, translated into the digital realm, is owned by these platforms and not by us—the people who are connecting to each other. 

DIDComm, explained above, can provide an alternative to this control architecture. With this new Self-Sovereign Identity technology, we the people own (via software we control) the digital identifiers we use to connect to other people. With SSI, we control and own our social connection, as expressed in the digital realm. SSI technology provides a reclamation of the social, digital commons from its enclosure by the mega-Identity providers like Google and Facebook.

Figure 6. The timeline of key points in the development of computer/digital identity systems from the first computer systems to the present day.

Contemporary Institutions and Paper-based Identity Documents 

This section looks at two phenomena: the origins of contemporary institutions and the origins of identity documents in relation to those institutions. Their histories are woven and interrelated. I am taking this approach because identity documents issued by various institutions are taken for granted, and it is assumed that “it was always this way.” Several years ago, a gentleman who works with the UN was on a panel at a conference asserting that “states have always issued identity documents to people.” This can seem true because, in our living memory, it has always been so. However, I had to pipe up as a ‘panelist from the floor’ to remind everyone that, in fact, the passport system was only started 100 years ago. It has emphatically not always been this way. So how did it come to be? 

Colin Koopman wrote in How We Became Data: A Genealogy of the Informational Person: 

I suggest that bringing the politics of information into view requires extending the scope of our historical analysis to the period preceding wartime information sciences and the postwar information theory to which they gave rise. 

Koopman, C How We Became Our Data: A Genealogy of the Informational Person

His book has a whole chapter about the origins of the bureaucratic birth certificate system we have today; his book looks at the history of forms and processes used in the US between 1913 and 1937. For this historiography, I want to push the timeline back even further to consider deeper questions about why systems of birth certificates and other forms of documentation appeared in Europe centuries earlier. I believe that we have identity documents because we have non-kin-based institutions that require identity documents to function. These two things – documents and institutions (which have governance mechanisms) – together help create complex networked contemporary society and, below, I make this argument in several different ways. 

I am drawing on recent scholarship highlighting the key emergent processes that created 1) new institutions in Europe and 2) the social psychology of people who saw themselves as “individuals” with “identities” of their own relative to these institutions. Identity systems created  by institutions predate any digital systems by millennia. Moreover, these pre-digital identity systems have a material logic informed mainly by the physical reality of paper, which was the available technology substrate to manage these systems.  

Many histories of modern identity systems often begin in the Middle Ages with letters of introduction, then move on to birth certificates, census receipts, and citizenship papers. We will get to that history. However, it is worth asking, “Why did these technologies of Identity make sense to the people who adopted them?” and “What happened in the preceding thousand years in Europe to make this technology of identity documentation acceptable?” 

To get at this more in-depth history, I draw on Joseph Henrich’s book The Weirdest People in the World. In it, Henrich describes cultural forces that were set in motion by the Catholic Church beginning in the 500s. Beginning around this time, the church imposed a marriage and family program (MFP) that banned cousin marriage. This eventually extended all the way to 7th cousins—they had the tools to do this tracking back seven generations (or 140 years) via baptismal records or logs. This documentation of who was baptized served as a precursor to the state issuance of birth certificates.  

As part of MFP they imposed other norms that prohibited close family members who were not blood related from getting married. My sisters husband is my brother-in-law. This term originates from the MFP and comes from this time – it was in church law that one was considered a brother. If my sister died and my brother-in-law wanted to marry me he would be prohibited from doing so even though we are not blood relatives but relatives according to the law (of the church).  

Keeping records to avoid cousin marriages, while an interesting antecedent to birth certificates, does not explain the cultural shifts that lay the ground for people thinking of themselves as individuals. The breakup of cousin marriages effectively broke apart intensive kin-based institutions that linked people together based on family ties. Without these kin-based institutions “to organize production, provide security, and endow people with a sense of meaning and identity, individuals were both socially compelled and personally motivated to relocate, seek out like-minded others, form voluntary associations, and engage with strangers.” 

As kin-based systems broke apart over hundreds of years, people moved to towns and cities and joined religious institutions like monestaries in much larger numbers beginning in the 10th and 11th centuries. It was in these places that proto-WEIRD psychology emerged, involving

analytic thinking and non-relational morality. These changes favored the development of impartial rules that granted privileges and obligations to individuals, while also creating impersonal mechanisms for enforcing trusts such as accounting records, commercial laws, and written contracts. The new social organizations created new ways for human social groups to be organized and operated that were not based on kinship ties. There was experimentation, and other institutions copied and spread good ideas.

 Below are the core elements Henrich describes as defining WEIRD psychology: 

1. Analytic thinking: This grew in importance as people navigated the world of “individuals” rather than dense familial interconnections, reducing the importance and value of holistic thinking. 

2. Internal attribution: As social life shifted to the individual, “traits like dispositions, preferences, and personalities as well as mental states like beliefs and intentions became important. Soon lawyers and theologians even began to imagine that people had ‘rights.'”

3. Independence and nonconformity: “In a society with weak kin ties and impersonal markets,” individuals focused on their uniqueness rather than venerating ancient wisdom and elders. 

4. Impersonal prosociality: With life being governed by impersonal norms for dealing with strangers, “people came to prefer impartial laws that applied to their groups or communities (their cities, guilds, monasteries, etc.) independent of older social relationships, tribal identity, or social class.” 

As beliefs and values changed, the material possibilities in people’s lives did too. As a result, new opportunities emerged for how society could be organized.  

“As intensive kin-based institutions dissolved, medieval Europeans became increasingly free to move, both relationally and residentially. Released to choose their own associates—their friends, spouses, business partners, and even patrons… Constructing their own relational networks opened a door to the development and spread of voluntary associations, including new religious organizations as well as novel institutions such as charter towns, professional guilds, and universities.”

Henrich, JosephThe WEIRDest People in the World: How the West Became Psychologically Peculiar and Particularly Prosperous, 2020. 

When looking at these slow, but over-the-long-run significant, social shifts, we can ask: “Why did identity systems of institutions emerge when they did, and why did people choose to adopt these technologies?” Because these newly emergent assemblages were not defined by familial/genetic ties, people needed to find ways to support defining who had entered the boundary of the institution. The institutions needed tools to remember who was part of the institution and who had left. E.g.: In the case of guilds, knowing who their members are; in the case of towns, knowing who residents are; in the case of the military, knowing who makes up the soldiers in military units; or in the case of hospitals, knowing who the medical patients are. The one technology available to do this was a paper-based record-keeping system. This commonly took two froms : log book lists or cabinet files. Both ways involved keeping track of who was in a social formation. These systems could also involve a letter or certificate given to the person themselves. In the case of university, institutions needed to track students as they matriculated through the institution, verify those students graduated from an institution with a degree, so they communicated that via paper certificates with the seal of the institution. 

This process of identity formation and boundary creation is not unique to human social systems, institutions, or assemblages, but also part of how biological networks function. 

Social networks exhibit the same general principles as biological networks. There is an organized ensemble with internal rules that generates both the network itself and its boundary (a physical boundary in biological networks and a cultural boundary in social networks). Each social system—a political party, a business organization, a city, or a school—is characterized by the need to sustain itself in a stable but dynamic mode, permitting new members, materials, or ideas to enter the structure and become part of the system. These newly entered elements will generally be transformed by the internal organization (i.e., the rules) of the system.

One way that these boundaries are created and sustained was via paper-based identity systems, and the rules of the organizational assemblies, in turn, shaped how identity systems were operated and  managed.  

“What processes stabilize and maintain the Identity of these assemblages? The spatial boundaries defining the limits of an authority structure are directly linked to its jurisdiction[…] The stability of these jurisdictional boundaries will depend on their legitimacy as well on their continuous enforcement.”

I argue that one of the processes and technologies that arose to stabilize and maintain the identity of these assemblages is paper-based identity systems. Because authority or governance was not based on kinship ties with these new organizations, they “had to decide how to govern themselves in ways that were both acceptable to current members and capable of attracting new members in competition with other organizations.” They did so by “developing laws governing individuals [and thus] developed well-functioning representative assemblies.” 

So, the need to manage who was in and out of these institutions also led to the emergence of novel governance systems because these new institutions emerged and innovated new mechanisms to define their boundaries and membership. This development laid the groundwork for the development of systems of democratic governance, which in turn also required a method of knowing  who was in the organization or assemblage. Today, we see that one of the hallmarks of democratic election systems is the publicly available voter rolls of who can vote and, once the election is completed, who actually voted. 

These systems of people interacting beyond their own kin lead to the emergence of pre-capitalism that developed “a growing repertoire of social norms and organizational practices [that] were cobbled together, described in charters, and formulated into written laws. Lex mercatoria, for example, evolved into commercial law.” These activities meant that strangers were doing business with strangers using contracts to access justice. To get this all to work, the parties with a contract must have a way to express their identity in the contract—one that is recognized by other individuals operating within the context—so they could, if need be, turn to those outside of the contract to help resolve disputes and manage enforcement. In Europe, this need for clearly expressing identity required  various paper-based documents that established Identity and included practices that emerged first around seals. In time seals  evolved to personal signatures that represented individuals’ decisions in a concrete form on contracts.  

Identity systems also serve a mechanism of cultural and meaning transmission over time. Social networks of humans interacting with each other exhibit the same principles as biological networks. “Culture is created and sustained by a network (form) of communications (processes) in which meaning is generated. The culture’s material embodiments (matter) include artifacts and written texts, through which meaning is passed on from generation to generation.”

For pre-digital identity systems, some of the artifacts used to construct meaning are paper documents related to identity information. These documents arise from the processes that institutions implement to create them. There were local authorities that registered births and issued birth certificates so that authorities could prove how old a child was (to prevent child labor) and who one’s parents were for inheritance purposes. 

These institutions are not “people” who are interacting with one another and using bodies as the known common factor to recognize each other. When returning to interact with an institution and its systems, people must represent themselves in a way that is understandable to the institution or more precisely to a person who is acting in a role with that institution. This is done by producing documents issued to the person by either that institution or another institution whose authority they accept. 

These institutional processes require some basic steps of enrollment or registration. Often an indexical number is assigned to an individual—this helps the institution find the records of this person again and add more information to the institution’s record of the person. Often when a person is interacting with institutions, other attributes about the person are often collected and recorded in identity documents, ledgers, and records kept by the institution.

There are several contemporary examples of institutional networks becoming explicit and understanding how people are enrolled with them and later return to represent themselves. In Canada work has been done by the public and private sector to develop a Pan-Canadian Trust Framework that articulates 24 micro-processes involved in creating an identity with high confidence in government-related systems. Global governing institutions like the International Civil Aviation Organization (ICAO) have set standards for Evidence of Identity and are seeking to standardize birth registration documentation globally. A whole range of institutions then use birth certificates that result from birth registration in order to recognize people. 

Modern nation-states and the identities that people have in relation to them emerged with the Treaty of Westphalia in 1648 as territorial states were recognized as legal entities. These entities, modern nation-states, are a relatively new emergent phenomena. They have a physical territorial form, but it is essential to remember that “human social systems[…] exist not only in the physical domain, but also in a symbolic social domain, shaped by the “inner world” of concepts, ideas, and symbols that arise with human thought, consciousness, and language[…]”  

It is important to remember that the state does not just  occupy land but that it also exists in the thoughts and beliefs of its subjects. These thoughts and beliefs arise through a process of social autopoiesis via an autopoietic network (self generating) and via communication:  

“Social systems use communication as their particular mode of autopoietic reproduction. Their elements are communications that are produced and reproduced by a network of communications and that cannot exist outside of such a network.”

Citizenship in territorial nation-states is a significant example of autopoiesis  in action. Mawaki Chango’s research shows that the initial issuance of identity cards to residents in the territory we call France was a crucial step in forming the idea that they were indeed citizens of a nation called France within those people’s minds. This process is replicated worldwide and shapes the beliefs of billions of people who are registered by the states where they live. 

It is worth noting that these state projects to register citizens also imposed naming conventions that we now take for granted. The inherited patronym was designed by states doing such record keeping in early projects to “allow officials to identify, unambiguously the majority of its citizens.” When successful, it went far to create legible people, and they remain the first recorded facts on documents of Identity. 

Here is a brief timeline of the evolution of both identity processes and their accompanying paper-based identity documents.

Figure 7 this presents a timeline of key developments in the history of paper-based identity documents. 

When individuals want to use  information about themselves asserted by one institution to gain access or services at another institution,  paper documents  are the pivot point of sharing that information. When I want to go to a bar and the bar needs to know how old I am—I present my drivers license at the door. The person at the door of the bar does not query a state level database to discern my age. The state has no idea where and with whom I shared my identity information. This is a diagram of how this works. 

Figure 8. This shows how paper documents are issued to and used by individuals. A person petitioning for a document will submit the needed requirements to the issuer (in the case of a birth certificate, the parents will fill out the forms and have the doctors sign them). The issuer, in this case the county registry, issues a certificate that the birth has been recorded in the county register. The individual seeking employment can prove their age by sharing this paper certificate with a potential employer – indeed this was the use case that motivated social reformers in the 1920s to push for universal birth registration that was achieved in the United States by 1940.

This section makes the argument that our current identity systems and their paper-based documents and processes cannot be separated from our complex interlocking institutions from which they spontaneously arose over millennia. We cannot “go back” at a global scale to peer and kin-based identity systems with no material artifacts. Given the pervasiveness of today’s digital technology, we cannot go forward with just paper-based tools to share and prove Identity with institutions that make our complex society function. So what options are there? The next section explores the incompatibility of the Enterprise Identity and Access Model and Consumer IdP model with the underlying architecture of paper based systems and argues that SSI models preserve important desirable qualities of paper-based systems.

The Path from Paper Based Identity Documents to Digital Identity Systems in Alignment with Western Liberal Democratic Values

The question of how paper-based systems can be replicated in the digital realm is not an easy one. If it was easy it would have been done years ago. So let us consider some potential paths that were present a decade ago.  

One could adopt the digital identity management systems and paradigms that emerged for managing the relationship between employees who needed access to digital systems to do their work as discussed in the first part of this paper. Employers assign employees an indexical number, an identity relative to their work at the company, and provision them with an account to access enterprise systems. By default, this enterprise architecture puts the employer “over” the employee with the power to see everything the employee does with their digital identity and terminate the employee’s digital identity in that system. 

So, it would follow in this model that governments can create digital identifiers that serve as persistent network end points for their citizens and then use this digital identifier and account to manage the citizen’s interaction with the state and all realms of life. This puts the state (itself an assembly of many organizations) in the role of providing digital identifiers to its citizens. Digital identities architectured in this way would be controlled and owned by the state. The government would have control over it in the same way that Google and Facebook have control “over” our digital social accounts, and in the same way that an employer has control “over” our accounts as employees in enterprise systems. 

This architecture doesn’t seem right and just within the context of Western liberal democracies. It allows the state to see  an enormous amount of the activities performed by an individual. t gives the state  the power to terminate the digital account and thus the “informational person,” a term coined by Colin Kooping.

Systems have emerged with these underlying architectural designs, and they all began more than 10 years ago before the SSI architectures were created. 
Some nation-states, tiny countries with highly accountable (and largely digitalized and online) institutions and high trust societies such as Estonia and Singapore, are pursuing this model. The central government issues  digital identifiers and leverages that national identifier across multiple contexts. The Indian government has enrolled the  majority of its residents into a system by collecting 13 biometrics (10 finger prints, two iris scans and a photo) from each of them and then assigning them a 12-digit identifier, Aadhaar number. The designers of India’s system imagined this number would be the center of the “India Stack” and could be used by people to login to all digital services both governmental and commercial. The World Bank has been promoting systems based on this model throughout Africa and offering substantial loans to support their implementation.

Figure 9. This is a slide from presentations by iSPRIT about how they envisioned the Aadhaar number of each Indian being at the center of a technology stack. 

The enterprise identity and access model that phones an authorized database repeatedly for authentication is not appropriate for the relationship between a citizen and their state. It is not a viable model for the exchange of information about people between all possible institutions within in a complex society. This is for three reasons: 1) the necessary  technical federation would be complex and vulnerable to cyber attack 2) the state can see all the transactions in which a citizen uses their account, and 3) the state can to terminate a citizen’s account his architecture doesn’t seem right and just within the context of Western liberal democracies. Campaigns against proposed digital identity systems with a centralized IdP design were waged in Australia and the UK successfully. 

When we look at how paper-based documents work, the individual was the pivot point in exchanging information from one institution to another. It is worth noting that institutions who receive shared information  (the Verifier) and want to be very sure the paper-based documents they are presented with are not a fraud might call the issuer to confirm the veracity of the documents. 

Self-Sovereign Identity technologies provide a way to restore key  qualities of paper-based documents in the digital realm. They make the person the pivot point for the exchange of information between institutions. Once issued to the individual, documents are under their control and can be shown to whomever the individual chooses. Verifiable Credentials have even better anti-fraud protections with digital signatures (so the Verifier does not need to contact the issuer). 

Figure 10. Self-Sovereign Identity specific use-case around the issuance and sharing of a verifiable credential in the educational context.

SSI bridges the gap between paper identity documents and digital identity documents in a way that does not put the state or any other institution in control of an individual’s identity. Individuals may issue their own identity documents without the approval of the state. However, to increase credibility, it will be common to share verified credentials with assertions from another party. The individual’s dependence on other parties for credentials is equivalent to their reliance on a community for their reputation in pre-digital times. This aligns with the emergent properties of social, institutional systems over the last thousand years in the European context.  

Figure 11. This shows the two different timelines of computer/digital identity systems and paper based systems.  They are two distinct histories with different needs and business processes that created each of them.  They can meet together in Self-Sovereign Identity  as its underlying architecture is similar to how paper based systems work  translated into digital. 

For better or worse, European models for many types of institutions have been exported around the world. The SSI protocol is broad and widely expressive. It is, as another name for it implies, decentralized, so any entity can use these open standards for any purpose they choose. This means that any institution, including kin-based and indigenous communities, could also use SSI to design credentials and issue them to their members on their own terms. Indeed, in New Zealand, a Maori-owned social enterprise, Ahou is exploring how express traditional kin-based Identity in this new digital format. They are also collaborating with the New Zealand government to have these identity documents recognized by them based on their historical treaty arrangements. 

In summary, SSI preserves or restores some features of earlier paper-based identity systems that emerged over millennia in Europe. Essentially, it provides a real alternative path to express credentials in a digital format that prevents the anchoring of identity information to identifiers as network endpoints under the control of the state or some other corporate entity. SSI improves the efficiency and security of earlier identity systems by limiting the information that must be revealed to verify aspects of Identity. It also reduces both the workload and the security risks associated with repeated checking between the issuer and the Relying Party to verify a credential.

Exploring Social Technologies for Democracy with Kaliya Young, Heidi Nobuntu Saul, Tom Atlee

Kaliya Young · January 28, 2022 ·

We see democracy as ideally a process of co-creating the conditions of our shared lives, solving our collective problems, and learning about life from and with each other.

Most of the social technologies for democracy we work with are grounded in conversation – discussion, dialogue, deliberation, choice-creating, negotiation, collective visioning, and various forms of council, assembly, conference, and so on.

Democratic technologies, thought of and used in this way, can be applied in creative new ways that enable people to become more engaged with each other, with better results and less wasted, counter-productive energy, thus moving towards more successful, enjoyable self-governance. They operate at a variety of scales from small groups, organizations, and networks to whole societies.

RxC Live Talk – September 2021

Speaking at One Nation One Platform: The inclusion manifesto

Kaliya Young · February 21, 2019 ·

I met with Mr. Sameer Kochhar early on in my trip to India as a New America India-US Public Interest Technology Fellow. I learned about his perspective on Aadhaar and also more about this vision about the underlying issues and how they can be addressed. He invite me to speak at his conference on Feb 25th about Inclusion at the Constitution Club of India
This advertisement just appeared in the newspaper about it.

K(no)w Identity – Coming UP in May!

Kaliya Young · April 5, 2017 ·

Two weeks ago the K(no)w Identity announced that Edward Snowden is going to be the keynote speaker.
It will be interesting to hear what his take is on the state of the industry. I wonder if he actually doing to do research to understand the current dynamics.
Looking out broadly into the industry landscape. I see a lot of corporations and a lot of state actors lining up to  “give people identities” when they already have them. Everyone has an identity  (in fact more then one if they operate in many contexts). The companies who issue identity cards, or in the passport business, or voter registration systems writing really shiny reports with the  World Bank and other agencies like that.
What people often don’t have is a formal link to formal government and corporate systems and haven’t  been assigned identifiers ye.  Then these identifiers are what can be used by other corporate and government systems to point at them some more when they interact with them. This isn’t a bad thing but it isn’t good thing either. It isn’t  good when people are not empowered with their own identities and at the effect of these systems.  When they are designed to inherently track and surveil and connect together dots about people without their awareness or consent.
I  am enthusiastic about the current work around distributed identities and self-sovereign identities but these too have big challenges. Usability, comprehensibility, acceptance by relying parties (like you can use it somewhere)…. not like we have any of these things for digital versions of state issued identifiers either but at least you can walk into bank and hand a physical ID to a banker and get a bank account.
It will be the 2nd conference I have spoken at where he is the keynote speaker. The first one as HOPEX in 2014.  Where he did a conversation with Daniel  Elseberg.
 
 

March 7th, Monterey with David Brin and Lee Tien

Kaliya Young · February 24, 2017 ·

I am excited about my first public speaking engagement for 2017.

Ethics and Responsible Business Forum 

The goal of this event is to help our students, faculty and community members understand better the practical issues and ethical dilemmas that the ubiquity of digital technology creates for digital and personal privacy.

Freedom vs. Privacy

Has Big Brother gone too far? A debate about the erosion of digital privacy

March 7
3:00 pm — 5:00 pm
University Center, Ballroom
California State University, Monterey Bay
The speakers are:

David Brin, scientist, inventor, and New York Times bestselling author
Lee Tien, Senior Staff Attorney and the Adams Chair for Internet Rights at the Electronic Frontier Foundation
 
I’m on the response panel with:

Nate Cardozo,  Senior Staff Attorney on the Electronic Frontier Foundation’

Joseph DeLuca, Managing Practice Director of IT Optimizers

Eric Goldman Professor of Law, and Co-Director of the High Tech Law Institute, at Santa Clara University School of Law
Mridula Mascarenhas Assistant Professor in the Department of Humanities and Communication at California State University, Monterey Bay

Digital Death a Matrix of Questions

Kaliya Young · October 19, 2016 ·

Digital Death Day, Privacy Identity Innovation

I was invited to give a talk at Privacy Identity and Innovation about the Digital Death and the conference that has happened a few times Digital Death Day.
I chose to lay out a matrix of questions that have arisen from the work. Enjoy the talk.

Digital Death a Matrix of Questions and Considerations from Privacy Identity Innovation on Vimeo.

TEDx Constitution Drive: Exploring Identity

Kaliya Young · October 19, 2016 ·

After TEDxBrussels in 2011 I was invited to present at TEDx Constitution Drive. Enjoy!

Talk at TEDx Brussels

Kaliya Young · October 19, 2016 ·

I was invited to give a talk at TEDx Brussels.
I explain Identity in the context of the Future. Enjoy!

My Data, My Value: 6 Sense Making Diagrams

Kaliya Young · October 18, 2016 ·

I was invited to present in the Personal Data Track at the Cloud Identity Summit, 2016 in New Orleans.
This is the talk I gave. It also came with a two sided 11×17 sheet with all 6 diagrams (just below).

My Data, My Value: 6 Sense Making Diagrams from the Personal Data Ecosystem. from Kaliya "Identity Woman" Young

Diagrams for My Data, My Value: 6 Sense Making Diagrams from the Personal Data Ecosystem from Kaliya "Identity Woman" Young

Identity 101, Boot Camp for Identity North 2016

Kaliya Young · October 18, 2016 ·

This June I was invited to present the Identity 101 BootCamp ahead of the Identity North Conference in Toronto. People arrived 90 min early at 8am for this presentation.
I walk through some of the core vocabulary for identity (authentication, authorization, enrollment, verification and contextualize the different contexts (Enterprise, Government and User-Centric)  and power structures that operates within. We also include the Identity Spectrum between verified and anonymous ID there is a whole range and some combinations) The presentation ends sharing Kim Cameron’s Laws of Identity and the Properties of Identity.

Identity 101: Boot Camp for Identity North 2016 from Kaliya "Identity Woman" Young

IIW 23! Register. Its going to be great!

Kaliya Young · August 26, 2016 ·

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20th She's Geeky!!! Jan 29-30th Mountain View

Kaliya Young · January 10, 2016 · Leave a Comment

I’m super excited about the 20th She’s Geeky Unconference coming up January 29th and 30th in Mountain View.
I’m going to be facilitating. So it will be extra fun.
To celebrate our 20th She’s Geeky we are offering a special 20% off ticket price register with the dicount code: MYGIFT20. Can’t commit to two days? The MYGIFT20 code is also valid for one-day registrations. To register go to www.shesgeeky.org.
Here is a flyer for you to print out for your office.
SGBA_2016_Flyer_010616

About She’s Geeky:
Inspiring each other, creating vital networks, and sharing skills are the backbone of our events. Without places to re-energize and networks that support them, women who have done the hard work of developing their skills to work in STEM may drop out after just a few years in their eld. We want to improve the situation of women in STEM elds, increase retention rates, and create a place for women to discuss the topics that are meaningful to them.
Women attending She’s Geeky events nd the inspiration necessary to continue on STEM career paths because they are given the opportunity to present their work, discuss critical issues and build peer networks for support.
We work with and promote existing activities and organizations in regions around the country.
She’s Geeky is a neutral event that supports connection between different geeky cultures by using a format where the agenda is created live at the event by the women in attendance.
It’s more fun with a friend! Please invite your friends who might enjoy She’s Geeky!
Email info@shesgeeky.org for more info on:
• Student and Teacher Discount.
• A limited number of volunteer opportunities are available.
• Sponsorships! Sponsors are eligible for free and discounted tickets. • Group Buys! Got ten or more women who want to attend?

Grace Hopper Celebration and Presentation – Ethical Market Models.

Kaliya Young · November 9, 2015 · Leave a Comment

In mid-October I had the opportunity to attend the Grace Hopper Celebration for Women in Computing for the first time.
Here is a link to the paper that I presented – MarketModels-GHC Here are the slides

Ethical Market Models in the Personal Data Ecosystem
I also had the pleasure of working on a Birds of a Feather Session with Roshi from Google – she works on their identity team and was the one who asked me work on the session with her along with encouraging me submit a proposal for a lighting talk.
We had a great discussion about the internet of things and considering various ideas about what internet of things things…we might invent and how we might identify ourselves to them.
The conference is really a giant job fair for undergaduate women CS majors. There is not a lot there for mid-career women, all of the ones I spoke to felt this way.  I realize if I was a young woman….at a CS department where most everyone is a man.  Attending this event would make me feel like the whole world opened up…and anything was possible.
The event made me more committed to putting energy into helping She’s Geeky expand and serve more cities and more women and particularly those who are at high risk of leaving the industry – those who have been in the industry for around 10 years.

She's Geeky! Bay Area, January 24-26

Kaliya Young · January 6, 2014 · Leave a Comment

Calling all Geeky women!
We are doing it again – a weekend of fun and connection and nerding out.
January 24-26th at Microsoft in Mountain View.
http://www.shesgeeky.org
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Personal Clouds, Digital Enlightenment, Identity North

Kaliya Young · August 13, 2013 · Leave a Comment

Next week Thursday August 22nd is the Personal Cloud Meetup in San Francisco. It will be hosted at MSFT.  If you want to get connected to the community it is a great way to do so. Here is where you register. 
In September I’m heading to Europe for the Digital Enlightenment Forum September 18-20th. I’m excited about the program and encourage those of you in Europe who might be reading this to consider attending. We are doing a 1/2 day of Open Space (what we do at IIW) where the agenda is created live at the event.
[Read more…] about Personal Clouds, Digital Enlightenment, Identity North

She's Geeky Seattle: April 26-27

Kaliya Young · March 22, 2013 · Leave a Comment

She’s Geeky is coming to Seattle in April 26-27.

She’s Geeky Logo

I will be heading up to facilitate and am very excited to finally have this event coming to the North West.
She’s Geeky is a kind of magical event where women geeks of all kinds, gaming geeks, linux geeks, fandom geeks, crafting geeks, beekeeping geeks, drupal geeks, raspberry pi geeks, Arduino geeks, geeks in training, come together and hang out learning from each other.
Maybe we can even get some women from my native Vancouver to come down. 🙂

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