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When it was launched in May 2020, the ToIP Foundation summarized its mission in a single 20-page white paper called “Introduction to Trust Over IP”. This paper was based on an article called The Trust Over IP Stack published in the December 2019 special issue of IEEE Communications Standards Magazine called The Dawn of the Internet Identity Layer and the Role of Decentralized Identity.

Two years later, with ten times more members and double the original number of working groups, the Foundation is a much more mature organization. Despite this growth, we are very pleased that the original vision of the ToIP stack has stood the test of time.

In summer of 2021, we put out a call to all ToIP members to participate in a series of “community writing workshops” to collaboratively produce two new Foundation-wide deliverables:

1. Introduction to ToIP V2.0 (PDF)
   This is the second-generation version of our original introductory white paper that would go more deeply into the origin and purpose of the ToIP stack and how it addresses the key challenges of decentralized digital trust infrastructure.
2. Design Principles for the ToIP Stack V1.0 (PDF)
   This is an articulation of the key design principles we must follow in the design and development of all aspects of the ToIP stack.

We were thrilled that over two dozen members took us up on this challenge to participate over four months to produce these two documents, both of which have just been approved by the ToIP Steering Committee.

Introduction to ToIP V2.0

Our primary goal with this second-generation white paper was to make the vision and mission of ToIP accessible to a general audience—literally anyone who cares about the future of the Internet and how we can deal with the myriad security, privacy, data protection, and data sovereignty issues that have emerged as “the world’s greatest information utility” passes its first half-century of growth.

Our second goal was a “plain English” explanation of the overall structure of the four-layer, two-half sided ToIP stack using new graphics based on the wonderful interactive version developed by Peter Stoyko of Elanica. Here is the new static version of the diagram:

Our third goal was to provide a more complete introduction to the ToIP Foundation as a collaborative organization devoted to the design, development, adoption, and promotion of the ToIP stack—a guide to helping prospective members understand how and why to engage.

The resulting document is divided into the following sections:

• ToIP in a Nutshell
• Why Has Digital Trust Become Such a Major Problem?
• The ToIP Model for Digital Trust
• Applying This Model to the Digital World
• The ToIP Stack
• The ToIP Foundation
• How to Engage with the ToIP Foundation
• The Road Ahead

It is available as a PDF document here and on the homepage of the ToIP Foundation website. 

Design Principles for the ToIP Stack V1.0

To establish a truly interoperable decentralized digital trust layer for the Internet as a whole, meticulous attention must be paid to the design of the ToIP stack. Given the tremendous growth of the ToIP Foundation—from 27 original founding member organizations to over ten times as many today—it was critical to form a strong consensus among the new members about the principles governing this design.

Another key reason to establish design principles for the development of a system is summarized in this quote from the start of the document:

The goal of any design principle is to provide guidance to the designers of a product, service, or system so they can take advantage of lessons learned from the success or failure of previous designs. Design principles represent accumulated wisdom that falls in between the generality of scientific laws and the specialization of best practices.

When it comes to a layered architecture for both technology and governance of decentralized digital trust infrastructure, the “lessons learned from the success or failure of previous designs” is prodigious. Thus the writing workshops for this document continued for four months in order to bring all the relevant design principles together.

To organize the final set of 17 principles into a logical progression, we followed a rubric suggested by co-editor Victor Syntez based on a 2006 blog post by cryptography pioneer Nick Szabo. Szabo distinguished between two types of “code”:

1. Code written in a computer language expected to be executed by a machine (“dry code”), and
2. Code written in a human language, i.e., laws, regulations, rules, policies and other forms of governance expected to be followed by humans (“wet code”).

Accordingly, we divided the principles into three categories:

1. Principles of computer network architecture—these “dry code” principles represent fundamental lessons learned about the design of large-scale computer networked systems, especially the Internet:

#1: The End-to-End Principle

#2: Connectivity Is Its Own Reward

#3: The Hourglass Model

#4: Decentralization by Design and Default

#5: Cryptographic Verifiability

#6: Confidentiality by Design and Default

#7: Keys at the Edge

2. Principles of human network architecture—these “wet code” principles represent fundamental truths about how trust relationships operate between humans—either individually or in groups:

#8: Trust is Human

#9: Trust is Relational

#10: Trust is Directional

#11: Trust is Contextual

#12: Trust has Limits

#13: Trust can be Transitive

#14: Trust and Technology have a Reciprocal Relationship

3. Overall design principles—these three remaining principles apply to the overall design of the ToIP stack, “wet or dry”:

#15: Design for Ethical Values

#16: Design for Simplicity

#17: Design for Constant Change

Care was taken to not only explain each principle in plain English, but to analyze how it applies to the design of the ToIP stack at each layer. We summarized those recommendations using this table format:

Layer	Relevance	Explanation
		The ecosystem symbol represents the purpose of Layer 4 to support the applications needed to develop and sustain entire digital trust ecosystems.
		The triangle symbol represents the Layer 3 verifiable credential “trust triangle” of issuer, holder, and verifier that enables parties using the ToIP stack to establish transitive trust.
		The symbol of two connected mobile phones represents the purpose of Layer 2 as a universal peer-to-peer secure privacy-routing DID-to-DID communications protocol.
		The anchor symbol represents the purpose of Layer 1 public key utilities to provide strong anchors for Decentralized Identifiers (DIDs) and their associated public keys.

For each principle, in the “Relevance” column we assigned star ratings for each layer as follows:

★★★★★	Highly relevant to the design of this layer
★★★★	Very relevant to the design of this layer
★★★	Moderately relevant to the design of this layer
★★	Somewhat relevant to the design of this layer
★	Only slightly relevant to the design of this layer

Once all 17 principles had been compiled into a document with this format, the contributors felt that we had identified the “center of gravity” of the design of the ToIP stack that could now guide our work in completing it.

We strongly recommend this document for anyone who wants to deeply understand the rationale for our work at the ToIP Foundation. It is available as a PDF document here and on the homepage of the ToIP Foundation website. 

Acknowledgments

Our thanks to Victor Syntez and Drummond Reed for serving as co-editors for these two documents and to the following ToIP members who contributed their time and expertise:

Introduction to ToIP V2.0

Design Principles for the ToIP Stack 1.0

Carly Huitema Daniel Bachenheimer — Accenture Darrell O’Donnell — Continuum Loop Jacques Bikoundou Judith Fleenor — Trust Over IP Foundation Kaliya Young — COVID-19 Credential Initiative Karen Hand — Precision Strategic Solutions Karl Kneis — IdRamp John Jordan — Province of British Columbia Lynn Bendixsen — Indicio P. A. Subrahmanyam — CyberKnowledge Sankarshan Mukhopadhyay — Dhiway Networks Scott Perry — Scott S. Perry CPA, PLLC Vikas Malhotra — WOPLLI Technologies Wenjing Chu — Futurewei

Antti Kettunen Daniel Bachenheimer — Accenture Daniel Hardman — SICPA Darrell O’Donnell — Continuum Loop Jacques Bikoundou Jo Spencer — 460degrees John Jordan — Province of British Columbia Jonathan Rayback — Evernym Judith Fleenor — Trust Over IP Foundation Lynn Bendixsen — Indicio Mary Lacity — University of Arkansas Michel PlanteNeil Thomson — QueryVision P. A. Subrahmanyam — CyberKnowledge Rieks Joosten — TNO Sankarshan Mukhopadhyay — Dhiway Networks Scott Perry — Scott S. Perry CPA, PLLC Steven McCown — Anonyome Labs Thomas Cox Vikas Malhotra — WOPLLI Technologies Vinod Panicker — Wipro Ltd Wenjing Chu — Futurewei

by Jan Lindquist, Neil Thomson, Burak Serdar, Paul Knowles, Christoph Fabianek, Phil Wolff

Introduction

Europe’s Data Governance Act (DGA) reached a milestone. The European Parliament announced it “…reached a provisional agreement on a new law to promote the availability of data and build a trustworthy environment to facilitate its use for research and the creation of innovative new services and products.”

What does the Data Governance Act mean to the ToIP framework and the SSI community?

Background

The DGA defines an “intermediary” that facilitates processing and sharing of data for individuals and organizations to “…increase trust in data intermediation services and foster data altruism across the EU”. In the MyData framework for user-controlled data sharing, intermediaries are called MyData Operators and there is a certification program in place. (See references at the end of this blog post.)

The DGA intermediary has a trusting relationship with the individual. There cannot be any conflict of interest in sharing the data from the individual. In the eyes of the Act, the sharing of the data shall foster “data altruism” across the EU.

To achieve this goal, DGA provisions a certification program and rules for some public-sector data.

SSI Data Sharing Models

The Data Governance Act introduces new roles into data sharing and will set up the necessary governance for a more transparent and accountable data economy. Two main actors are introduced called Data Sharing Service or Intermediaries [refer to chapter III, Requirements Applicable to Data Sharing Service in Data Governance Act] and Data Altruistic Organizations [refer to chapter IV, Data Altruistic in same reference].

Neither of these actors shall have a financial incentive that conflicts with representing a Data Subject when personal data is made available to Third-parties or Data Using Service. The following diagram has three SSI data sharing models.

A business or organization collects personal data and shares it with a third-party often in proprietary and closed interfaces. A non-proprietary health care data exchange interface is FHIR from HL7 which created an open interoperable standard.

A cooperative or intermediary represents the individual when sharing personal data. The sharing shall be standardized and interoperable between different suppliers.

A non-profit organization, acting altruistically, facilitates sharing of data that are in the public institution’s domain. The public institutions may, for example, be health care systems.

Some similarities can be drawn with the Verifiable Credential model where the Data Subject is a Holder, an organization is the Issuer and a third-party is a Verifier.

The DGA adds intermediaries to the ToIP framework

The key difference is addition of the Intermediary. The Intermediary represents an agent for the Holder (Data Subject) which has direct control of processing of personal data through a policy engine. Figure 1 shows the ToIP framework with the actors introduced in the Data Governance Act.

Two layers or paths when performing data exchange are described in the diagram.

• A data path (yellow arrows) composed of Verified Credentials (VCs) and interfaces to a data repository.
• A control path (green arrows) that sets the conditions for personal data usage, given through a data subject consenting to collecting, processing or sharing of personal data.

Each actor in the diagram has three different role types: a data role, a Distributed Ledger Technology (DLT) role, and a privacy role.

• The data role represents Data Subject who the collected data relates to, the Data Source that collects the data, the Data Sharing Service that processes the data prior to sharing the data, and Data Using Service which provides services based on the shared data.
• In addition to the standard DLT roles an additional role called Intermediary is introduced. As described before, the Intermediary facilitates the processing of data on behalf of the Data Subject prior to sharing with a third party.
• The privacy roles are the standard Data Controller/Processor, Data Subject, and Third-party. To better understand the Data Subject, it is split into two, a client and an agent. The Data Subject has direct control via the Client. The Agent allows the Data Subject to delegate control to the Agent (as a proxy).

The final aspect to understand are the key functions to enable the Intermediary to act on behalf of the Data Subject. The Intermediary requires a privacy function that applies the transformation and the privacy control selected by the Data Subject. For example the Data Subject may give consent to processing anonymized personal data that would be controlled by the privacy engine. The storage function may be in a wallet or a pseudonymized database with restricted access.

Summary

While it may look like most of the work in ToIP relate to VC’s, there is also the work from Inputs and Semantics work group that look at standardizing the storage, portability of the personal data, and creating a layered schema that helps with setting the policy engine when preparing and sharing of the data.

The Data Governance Act can be supported based on the technology being promoted in ToIP Working Groups. The work underway in ToIP Working Groups are aligned with the specific requirements of the Data Governance Act. Both ToIP and the DGA are avoiding a pervasive data ecosystem that promotes the surveillance economy. We both put a data exchange with humans at the center of any data transfer.

A future blog post will look at the Digital Markets Act in relation to ToIP. When an organization exceeds a threshold of users and net income, they are required to adhere to the rules of a Gateway stipulated by the Digital Markets Act. More in the next post.

References

• Promoting data sharing: presidency reaches deal with Parliament on Data Governance Act, November 30th 2021
  https://www.consilium.europa.eu/en/press/press-releases/2021/11/30/promoting-data-sharing-presidency-reaches-deal-with-parliament-on-data-governance-act/
• HL7 FHIR
  http://hl7.org/fhir/
• REGULATION OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL on European data governance (Data Governance Act), November 25th 2020
  https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX%3A52020PC0767
• MyData Operators
  https://mydata.org/mydata-operators/
• Digital Governance Act proposes sharing data for the public good and selflessness – the concept of Data Altruism, January 28th 2021
  https://eudatasharing.eu/news/digital-governance-act-proposes-sharing-data-public-good-and-selflessness-concept-data
• The Digital Markets Act: ensuring fair and open digital markets
  https://ec.europa.eu/info/strategy/priorities-2019-2024/europe-fit-digital-age/digital-markets-act-ensuring-fair-and-open-digital-markets_en

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This statement was co-written by DIF and ToIP.

On 3rd August 2021, the World Wide Web Consortium proposed advancing the Decentralized Identifiers (DIDs) v1.0 specification to their W3C Recommendation stage, the ultimate level of the W3C standards process, which indicates that the specification as currently defined is technically sound, mature and ready for adoption. This includes the expectation that this will allow for widespread implementation, as well as further development and ongoing evaluation, paving the way for future versions.

Collectively, the memberships of the Decentralized Identity Foundation (DIF) and the Trust Over IP (ToIP) Foundation represent over 350 companies globally who are committed to the development and implementation of decentralized identity and trust infrastructure. Many of these organizations have contributed directly or indirectly to the W3C DID 1.0 specification for one simple reason: the DID layer of cryptographically verifiable identifiers is foundational to the common infrastructure we are building together and on top of; therefore, this spec is an integral part of DIF’s and ToIP’s shared vision for an empowered, secure and interoperable future, and in line with W3C TAG Ethical Web Principles.

As such, DIF and ToIP support the Decentralized Identifiers (DIDs) 1.0 specification becoming an official W3C Recommendation. DID 1.0 represents the efforts of over thirty active W3C Working Group contributors over the past two years— on top of contributions from dozens of others in the W3C Credentials Community Group and its predecessors for several years before that. This is a significant milestone in the digital identity sector. Having common ground for development, particularly in terms of interoperability, allows work to continue with renewed energy and focus. It also mitigates the risk of shifting goalposts, which seriously hinders long-term development, investment, and widespread adoption. 

DIDs are a critical part of a technical foundation for the products and activities of many of our members. Many of the implementations in the DID Working Group’s implementation report were developed by engineers and companies who collaborate openly at DIF on points of technical interoperability, and at ToIP on points of policy and governance. DIF also hosts the Universal Resolver, a community project which puts practical intra-DID method interoperability into practice by co-developing a “translation engine” for diverse DIDs with contributions from DIF members and non-members alike. Similarly, other DIF efforts like the DID Communications protocol and the Presentation Exchange protocol and ToIP efforts like the ToIP Trust Registry Protocol serve to align a broad range of implementations and ecosystems already building on these standards, laying the groundwork for robust interoperability across ecosystems and diverse families of technologies.

This specification is the result of half a decade of sustained, broad-based, dedicated work on the part of W3C, DIF, and ToIP members. We acknowledge also the work done by numerous, forward-thinking organizations who have already built working implementations using the provisional specification, thereby laying the foundations of new infrastructures for “identity data”. We believe DIDs will change the course of digital identity by building in better user controls, portability and interoperability at the lowest possible level, while also offering increased security and simplicity for implementers and service providers. This advancement unlocks new opportunities for our digital lives, and we look forward to leveraging DIDs and other technologies developed in the community to champion a new class of user-first, self-owned digital identity systems.

Signed,

DIF & ToIP 

October, 2021

We recently had the honor to host a presentation from our Canadian counterparts in Ontario about their technology roadmap for their Digital Identity (ID) program.

The aim of their program is to “make accessing online and in-person services simpler, safer and more secure”, and they’re aiming to introduce Digital ID later this year.

They’ve been busy since their announcement in October 2020, hosting roundtable discussions with large market participants, surveying and consulting with the public and small-to-medium businesses, developing a tech roadmap to get questions and input from private-sector partners, and publishing the technical tools they’re going to leverage.

The recent presentation to the ToIP Foundation was to further their goal of aligning and interoperating with the broader market for digital identity. They recognize the importance of market engagement, technology standards, and of partnering with the private sector in building a digital identity ecosystem. Ultimately, all this will help drive end user adoption and the delivery of value.

The presentation covered:

• A summary of findings from government-led public consultations on digital identity
• An overview of Ontario’s Digital ID technology roadmap, and discussions about the technology stacks and infrastructure
• Ontario’s proposed conceptual model for digital identity, and the principles that inform it

The presentation emphasized how the Government of Ontario’s digital identity strategy and roadmap is building upon the ToIP dual-stack model. It was exciting and gratifying to see a major public sector organization contributing to a digital identity ecosystem based on the interoperable open standards that are the heart of our efforts here at the ToIP Foundation. Equally, we hope that Ontario will benefit through exposure of their efforts to our worldwide presence—and further inspire others to adopt decentralized digital trust infrastructure.

If you are not yet a member of the Trust Over IP Foundation and wish to participate in future state-of-the-art member briefings such as this one, we encourage you to read more about membership.

The Internet is one of the most extraordinary developments in human history. It is connecting the world farther, faster, and deeper than any previous communications network. It is steadily digitizing every company, industry, and economy it touches. And it is establishing new pathways for information of all types to flow.

Unfortunately, all of this has come with a growing downside. The Internet wasn’t designed with an integrated layer for digital identity, security, and privacy. As a result, we are now suffering from cybersecurity and cyberprivacy problems so severe that they have at times brought entire companies and industries to their knees.

The Trust Over IP (ToIP) Foundation was launched in May 2020 to tackle this problem at its very core: to define a complete architecture for Internet-scale digital trust. It combines cryptographic assurance at the machine layers and human accountability at the business, legal, and social layers. While ambitious, this mission is so urgent and essential that the Foundation has grown from its initial 27 founding member organizations to over ten times that number in just one year.

As part of the Foundation’s launch, working groups were established from the dedicated efforts of our founding members and volunteers. What those groups have accomplished in their first year has been phenomenal. Specifications, recommendations, guides, white papers, and glossaries have all been delivered. Through the groups’ efforts the Foundation has supported Digital Trust advances in many organizations and operations, especially important as the world grapples with the pandemic and the voluminous increase in everyday online activity.

Here’s a small taste of what our working groups have been up to since their inception last year.

Technology Stack Working Group (TSWG)

The TSWG provides guidance and specifications that support the ToIP 4-layer model from a technical standpoint.

The TSWG has, amongst many accomplishments:

• Created and pushed a Task Force recommendation that constructs a mapping of Kim Cameron’s “Laws of Identity”
• Created a task force in late 2020 to create early specifications for Authentic Chained Data Containers. This task force is focused on the semantics of source provenance, authorization provenance, and delegation.
• Focused the Interoperability Task Force on the creation of interoperability test suites that leverage and extend the Hyperledger Aries test suites. Multiple underlying Layer-1 technologies are being examined as well. 
• Focused the Technical Architecture Task Force on building the TSS (ToIP Standard Specification) that defines the overall technical requirements for the four layers of the ToIP Stack
• Created a Trust Registry Task Force to handle creation of the specifications and API (OpenAPI 3.0 compatible) for trust registries. This work was spawned from the urgent need identified by the Good Health Pass Interoperability Working Group.

Governance Stack Working Group (GSWG)

The GSWG specifies tools, templates, and other resources for developing governance frameworks (collections of rules and policies). These, in turn, support the integration of the legal, business, and social components of Digital Trust.

The GSWG has, amongst many accomplishments:

• Made steady progress with the ToIP Governance Architecture TSS
• Advanced the ToIP Governance Metamodel to the point where the GSWB now plans to issue it as a separate specification (apart from the ToIP Governance Architecture TSS), along with an associated Companion Guide
• Contributed heavily to the governance framework recommendations in the Good Health Pass Interoperability Blueprint
• Advised the authors of several ToIP-based governance framework projects in the market
• Initiated a Trust Assurance Task Force focusing on governance risk assessment and accountability
• Drafted a Risk Assessment Worksheet Template and associated Companion Guide 

Ecosystem Foundry Working Group (EFWG)

The EFWG facilitates a community of practice among governance authorities, implementers, operators, and service providers of Trust over IP Layer-4 ecosystems. 

The EFWG has, amongst many accomplishments:

• Formed the Internet of Research Ecosystem Task Force to pioneer implementation of academic resource identifiers ecosystems for the research community
• Created the COVID-19 Credentials Governance Framework Task Force to develop reference materials, best practices, and templates that enable diverse organizations to respond with technology
• Formed the YOMA Ecosystem Task Force to create a ToIP-based Governance Framework to positively impact youth and local communities around the world
• Formed the Human Trafficking Safety Response Task Force to research the use of ToIP models to effect the transformation of global human trafficking response
• Drafted the initial Ecosystem Foundry Concepts and Workflow Model to aid ecosystem development and operation

Utility Foundry Working Group (UFWG) 

As with the EFWG, the UFWG also facilitates a community of practice among governance authorities, implementers, operators, and service providers, but instead for Trust over IP Layer-1 utilities.

The UFWG has, amongst many accomplishments:

• Worked alongside utility conveners to document their utility into story formats
• Committed best practice documents to the WG GitHub Repository, such as Decentralized Network Best Practices and Decentralized Network Design Principles
• Worked to publish a public UFWG paper with which will incorporate many of our outputs as well as case studies from utility projects we’ve interfaced with
• Committed to expanding the coverage of the UFWG to non-Indy-based ledgers.

Inputs and Semantics Working Group (ISWG) 

The ISWG provides an open forum for discussing the concepts and components that will ultimately shape a Dynamic Data Economy (DDE), a safe and secure decentralized data sharing economy. 

The ISWG has, amongst many accomplishments:

• Delivered whitepapers such as Decentralized Resource Identifiers in the Research Landscape
• Contributed to the Good Health Interoperability Blueprint (“GHP Blueprint”), such as for “Standard Data Models and Elements” and “Security, Privacy, and Data Protection”
• Housed the Health Care Task Force (HCTF) that led to GHP Blueprint recommendations
• Defined a privacy controller credential to ensure trustworthiness for the use of decentralized identifiers across ecosystems
• Facilitated several presentations from external presenters of storage and portability solutions
• Tackled important security concepts such as data correlation attacks, machine-readable data agreements, and data protection requirements

Concepts and Terminology Working Group (CTWG)

The CTWG analyzes and maintains terminology requirements of stakeholder groups within and outside the ToIP Foundation.

The CTWG has, amongst many accomplishments:

• Maintained glossaries for the reuse of terms across groups, with mapping of terms and definitions across groups to encourage harmonization
• Surveyed the available terminology development and maintenance tools on the market
• Authored its own specification for a ToIP Term tool
• Innovated with an approach called “terms wikis” to enable different stakeholder groups to develop and maintain glossaries in their own contexts.

Interoperability Working Group for Good Health Pass (IWG-GHP)

The IWG-GHP facilitated a community of practice among implementers, issuers, holders, verifiers, governance authorities, and other participants within the Good Health Pass digital trust ecosystem.

The IWG-GHP has, amongst many accomplishments:

• Authored a blueprint based on an outline created by ID2020, going live in June 2021

• Coordinated the meeting and responses of ten different drafting groups
• Completed a 150-page report, the Good Health Pass Interoperability Blueprint, that makes key recommendations on how to reopen global travel with verifiable credentials for sharing COVID-19 health status (tests, vaccinations, and recovery).

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There’s More To Do

Our work is just getting started! We encourage anyone interested in Digital Trust to join Trust Over IP and get involved in our working groups.

Read more about membership and find out the latest working group activity.

Here’s to our continued advancements and successes!

The growing interest in verifiable digital credentials, such as mobile driver’s licenses or digital health passes, means companies and governments need new tools for managing risk in this decentralized infrastructure. “Risk management in financial services, such as banking and credit card networks, is a mature field,” said Scott Perry, co-chair of the ToIP Foundation Governance Stack Working Group. “But as we move into decentralized identity management, where individuals manage credentials in their own digital wallets, we need new risk management tools designed for this paradigm.”

To begin to fill this gap, today the Trust Over IP (ToIP) Foundation announced the release of the ToIP Risk Assessment Worksheet (Excel format) and Companion Guide (PDF). These new tools are intended to equip architects of digital governance frameworks — ”rulebooks” for establishing trust online—with the knowledge they need to perform a risk assessment grounded in generally accepted global standards and techniques, including:

• Proper consideration and identification of potential risks,
• Critical analysis of risks in terms of likelihood and severity,
• Calculating a systematic risk impact score,
• Triaging risks for further treatment,
• Risk mitigation requirements and strategies,
• Performance of an annual review to reassess existing risks and consider new ones.

The Risk Assessment Worksheet and Companion Guide provides a step-by-step method of performing a systematic risk assessment that conforms with industry-standard guidance such as ISO/IEC 27005 and NIST 800-30. This process identifies and categorizes risks by likelihood and severity in order to create a risk score that can be color-coded, and stack ranked to highlight the need for countermeasures as shown below. The Worksheet and Companion Guide include enough background and educational content that even risk assessment novices should be able to drive the risk assessment process. “A key missing piece of building open digital trust ecosystems has been a deep understanding of the various risks they introduce.

This can scare off key stakeholders“, said Darrell O’Donnell, CEO of Continuum Loop and Chair of the ToIP Governance Stack Working Group. “The Risk Assessment Worksheet is a powerful tool that helps create clarity about where the real risks are in an ecosystem and what to do about them.”

The Risk Assessment Worksheet and Companion Guide are the first deliverables from the ToIP Governance Stack Working Group (GSWG), whose mission is to produce a complete suite of tools, models, templates, and guides for digital governance frameworks. GSWG member Vikas Malhotra, CEO of WOPLLI Technologies, explained why risk assessment was at the top of the list: “Willingness to take risks is key to forming trust. A risk assessment process helps to qualify and quanfy the risk in a situation, so that the potential trustor can use the information to understand if they should take the risk or not.”

These new tools for risk assessment are already being put to use by digital trust ecosystems being incubated within the ToIP Ecosystem Foundry Working Group. An example is the YOMA governance framework for youth education and life skills credentials in Africa. “Designing a digital trust ecosystem without first assessing the specific risks it is intended to address is like laying underground pipes without testing them to determine the possibility of leakages” said Frednand Furia, who is leading the Yoma Trust Assurance Task Force. “The ToIP Risk Assessment Worksheet and Companion Guide have already proved to be very effective in architecting the YOMA Rules governance and trust framework.”