KB v0.2 · Ecosystem Reference · Standards System

Digital World Knowledge
Base & Standards

The shared source of truth for Digital World, Clear Companies, Life Apps, partners, developers, and jurisdictions. It defines the principles, language, architecture, product layers, operating standards, and decision rules that guide the ecosystem -and links every layer to the Engineering Specification ↗ and the SEDI Reference Installation ↗.

StatusLiving standard
Applies toDigital World · Clear Companies · Life Apps · Jurisdictions
Source of truthThis Knowledge Base
01

Purpose

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Digital World is a neutral digital jurisdiction and utility platform for identity, payments, communications, agreements, governance, business, family, vehicles, property, and intelligent services.

This Knowledge Base and Standards document is the shared source of truth for Digital World, Clear Companies, Life Apps, partners, developers, jurisdictions, and future communities. It defines the principles, language, architecture, product layers, operating standards, and decision rules that guide the ecosystem. The deeper chain, asset, protocol, and infrastructure details live in the Engineering Specification, which pops out as its own reference alongside this document.

02

Mission

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Digital World exists to help people, businesses, and communities own and control their digital lives. The mission is a trusted digital environment where:

People own their identity

The individual is the root of the system -not an account inside someone else's database.

People control their data

Disclosure is limited, permissioned, portable, and revocable.

Businesses operate with trusted tools

Identity, payments, agreements, and records in one framework.

Governments verify without controlling

Issue and recognize credentials without owning the person.

Communities govern with transparency

Councils, proposals, voting, and accountable decisions.

Payments move easily and privately

Simple, low-cost, private where legally possible.

Agreements are honored digitally

Signed, stored, human-readable, and system-executable.

Digital Intelligence assists

Without becoming a surveillance layer.

03

Foundational Principles

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3.1Individual Ownership

The individual is the root of the system. A person owns and controls their identity, credentials, wallet, records, relationships, agreements, permissions, reputation, and personal data.

3.2Institutions Endorse, They Do Not Own

Governments, banks, schools, employers, businesses, and churches may issue, verify, or endorse credentials. They do not own the individual's core identity.

3.3Privacy by Design

Reduce unnecessary tracking, profiling, and centralized data collection. Privacy is the default; disclosure is limited to what is required.

3.4Interoperability

Connect with existing systems through open standards, APIs, credentials, import/export tools, and modular services. Trusted digital life should be portable.

3.5Decentralized Where It Matters

Identity, credentials, reputation, payments, communications, agreements, and governance survive vendor, brand, political, and platform changes.

3.6Shared Standards, Separate Data

Shared standards, interfaces, and reusable services -with separate data, separate permissions, and separate governance where needed.

3.7Human First

Technology, automation, and Digital Intelligence assist humans; they never replace consent, accountability, rights, judgment, or governance.

04

Ecosystem Overview

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RoleWhoFunction
Standards & jurisdiction layerDigital WorldNeutral standards, shared frameworks, and the digital jurisdiction itself.
Builders & operatorsClear CompaniesBuild, operate, and commercialize parts of the ecosystem.
Member-facing appsLife AppsApps for people, communities, brands, businesses, cities, states, countries, and other jurisdictions.

Ecosystem products

Digital WorldUtah LifeIdaho LifeTonga LifeVanuatu LifeClearIDClearPaymentsClearCommunityClearSoftwareClearCellularClearNodeClearHomeClearCloudClearUnionClearBankDigital World FlowDigital World AgreementsDigital World BuilderClear AutosDigital TicketsFamily LayerBusiness LayerVehicle Layer
05

Public Naming Standards

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Use simple, human-readable names in public materials. Avoid leading with internal technical names in public-facing copy -the public should understand what each layer does without needing to understand the underlying technology.

Identity LayerFinance LayerCommunication LayerSocial LayerAgreements LayerGovernance LayerVoting LayerStorage LayerIntelligence LayerBrowser LayerBuilder LayerFamily LayerBusiness LayerVehicle LayerProperty LayerHealth LayerEducation LayerTicketing Layer
06

Digital Intelligence Naming

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Use “Digital Intelligence” instead of “Artificial Intelligence” when describing the Digital World ecosystem. Digital Intelligence is positioned as an assistant, not a replacement for human authority.

Digital IntelligenceDIIntelligence LayerPersonal DIBusiness DICouncil DIClerk DIAgent DIEnterprise DI

The 18-Layer Digital World Stack

Every public layer, linked all the way around the system: its Knowledge Base standard, its section of the Engineering Spec ↗, the SEDI reference installation ↗, and its API surface. Tap a layer to expand its standard.

KB = this document Spec = engineering spec SEDI = reference install
07

Core Layers

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The eleven core layers -Identity, Finance, Communication, Social, Agreements, Governance, Voting, Storage, Intelligence, Browser, and Builder -are the shared utility fabric of Digital World. Their full standards (what each layer supports and its governing principle) live in the interactive Layer Stack above, so every product, Life App, and jurisdiction references one canonical definition.

Identity Principle -the root of everything

The person owns the identity. Institutions may issue credentials. Verifiers may check credentials. No institution becomes the permanent owner of the person's digital existence.

Domain layers with extended operating standards continue below: Business §8, Vehicle §9, Family §10, Ticketing §11, Property §12.

08

Business Layer Standards

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The Business Layer gives companies, merchants, nonprofits, associations, and organizations a trusted digital operating system: business identity, business wallet, credentials, merchant payments, employees, roles, permissions, locations, licenses, agreements, invoices, receipts, rewards, reviews, customer relationships, support, compliance, and Digital Intelligence assistance.

Business identity may include

Legal entity nameDBAJurisdictionOwnersOfficersAuthorized signersBusiness licensesTax informationMerchant statusInsuranceLocationsEmployeesAgentsWalletsAgreementsReputation
Business Principle

A business should be able to operate digitally with identity, payments, agreements, communications, and records in one trusted framework.

09

Vehicle Layer Standards

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The Vehicle Layer allows vehicles to become trusted digital objects: vehicle identity, ownership credential, registration credential, insurance credential, inspection credential, maintenance and warranty records, lien status, purchase agreements, bills of sale, fleet management, business ownership, authorized drivers, and digital plate verification via QR or tap.

Digital Plate Direction

Digital World prefers simple, durable, privacy-preserving vehicle verification. A plate or tag should allow authorized verification without enabling unnecessary mass profiling.

Static physical plate or tagQR code or tap chipProof of valid registrationProof of valid insurance where requiredMinimal public exposureNo unnecessary live trackingOwner privacy protectedOfficer / verifier scan flowBusiness & fleet support
Vehicle Principle

Vehicles should be verifiable without turning every driver into a tracked profile.

10

Family Layer Standards

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The Family Layer helps families manage relationships, records, history, photos, documents, permissions, and shared assets: family trees, family records, photos, stories, documents, children's records, education records, medical records where appropriate, property records, family agreements, trusts, inheritance planning, family wallet, family vault, permissions, and privacy controls.

Family Principle

Family data is highly personal and must be portable, private, permissioned, and protected.

11

Ticketing Layer Standards

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The Ticketing Layer supports ownable, verifiable, transferable digital tickets: event identity, venue identity, ticket ownership, seat assignment, transfer rules, refund rules, entry verification, QR or tap access, expiration, payment receipt, organizer identity, reputation impact, and anti-fraud controls.

Ticketing Principle

A ticket should be a trusted digital object owned by the buyer, not just a temporary barcode controlled by a platform.

12

Property Layer Standards

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The Property Layer supports digital records and agreements for land, homes, buildings, rentals, ownership, maintenance, access, and property transactions: property identity, owner credentials, tenant credentials, lease agreements, purchase agreements, maintenance records, access credentials, insurance, taxes and fees, HOA or community rules, utility connections, inspection records, property wallets, and property vaults.

Property Principle

Property records should become portable, trusted, and agreement-aware while protecting owner and resident privacy.

13

Jurisdiction Standards

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A Digital World jurisdiction may be a country, state, city, tribe, campus, community, business network, or digital-first community. Each jurisdiction defines:

NameDomainPurposeLegal contextIdentity rulesCredential issuersCredential verifiersPayment rulesAgreement templatesGovernance modelVoting eligibilityPrivacy rulesData rulesMerchant requirementsPublic servicesEmergency rulesAppeals process

State and Government Principle -the SEDI model

A government may issue or recognize credentials, but it should not own the person's decentralized identity. The preferred model -implemented end-to-end in the SEDI Reference Installation -is:

ElementStandard
Individual-owned identityThe member holds the root identity; the state endorses it, never owns it.
Third-party service providersIndependent providers operate wallets, vaults, and services -citizen choice among multiple providers.
Government-issued / recognized credentialsLicenses, registrations, and status proofs issued as verifiable credentials.
Open standardsInteroperable credentials, APIs, and export so no vendor becomes a gatekeeper.

Active and pilot jurisdictions

Utah LifeIdaho LifeNew ZealandMexicoTongaVanuatuCanadaIndiaFuture pilots
14

Life App Standards

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A Life App is the member-facing app for a place, community, brand, or purpose.

Every Life App includes

Member identityWalletCredentialsProfileMessagesNotificationsAgreementsDigital receiptsSettingsPrivacy controlsSupportQR scannerTap support where availableConnected appsData exportAgent permissions

Optional modules

PaymentsTicketsVehiclesFamilyBusinessPropertyHealthEducationVotingMerchant toolsRewardsTravelEventsGovernment services
Life App Principle

A Life App should be a trusted digital home for a member, not just another isolated app.

15

Agreement Standards

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Every Digital World agreement includes:

TitlePartiesEffective datePurposeDefinitionsTermsPayment obligations if anyCredentials required if anyJurisdictionSignature methodExecution dateExpiration or renewalDispute processData handlingAttachments / exhibitsAudit trailDigital receipt

Agreement types

MembershipBusinessVehicle purchaseBills of saleSettlementPatentSubscriptionMerchantUser termsPrivacyData sharingGovernment serviceCorporate guaranteesEmploymentContractorReal estateTicketingEvent waiversFamily
Agreement Standard

Every agreement should be clear enough for a person to understand and structured enough for software to help manage.

16

Payment Standards

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Digital World payments support member payments, business payments, merchant checkout, QR payments, tap payments, wallet-to-wallet transfers, invoices, subscriptions, escrow, rewards, refunds, taxes and fees where required, agreement-linked payments, receipts, and external payment connections.

Wallet types

Member WalletFamily WalletBusiness WalletMerchant WalletJurisdiction WalletCouncil WalletVehicle WalletTicket WalletProperty WalletEscrow Wallet
Payment Principle

Payments should be simple, private where legally possible, low-cost, auditable where required, and connected to agreements when needed.

17

Data Standards

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17.1Data Ownership

Members own personal data. Businesses own business data. Families control family data. Jurisdictions control jurisdictional records. Shared data requires permission.

17.2Data Portability

Export, import, backup, restore, transfer, delete where legally possible, move between providers and Life Apps, open formats where practical.

17.3Data Separation

Separated by member, family, business, jurisdiction, brand, application, tenant, role, permission, and legal requirement.

17.4Audit Trails

Credential issued/verified/revoked, agreement signed, payment made, vote cast, vehicle or ticket transferred, role updated, permission granted or revoked, agent acted -protecting privacy while preserving accountability.

18

Security Standards

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Digital World must protect identity, wallets, credentials, agreements, payments, messages, documents, personal data, business data, family data, vehicle data, health data, voting data, children's data, and jurisdictional data.

Authentication

PasskeysQR loginTap loginWallet approvalDevice approvalMulti-factor authenticationBiometric unlockRecovery phraseTrusted contactsHardware keys where appropriate

Recovery options

Recovery phraseTrusted contactsDevice backupInstitutional recovery credentialMulti-signature recoveryTime-delay recoveryHardware keyFamily or council recovery for specific contexts
Recovery Standard

Recovery must be strong enough to help members regain access -but not so centralized that an institution can silently take over a member's identity.

19

Digital Intelligence Standards

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Digital Intelligence agents must be permissioned. Each agent has:

NameRoleOwnerScopePermissionsData access limitsAction limitsExpiration if neededAudit logHuman approval requirementsRevocation option

Agents may assist with

SummariesDraftsSearchSupportMeetingsAgreementsProject managementComplianceDevelopmentMerchant supportFamily organizationVehicle recordsKnowledge base management
Agent Principle

An agent should never have more authority than the person, business, or council intentionally gives it.

20

Development Standards

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20.1 Architecture

Digital World is modular: shared standards, shared reusable logic, shared APIs, a shared identity framework, a shared agreement framework, and a shared payment framework -with separate databases where needed, separate brand and jurisdiction configurations, separate permissions, and separate compliance rules.

20.2 API Standards

DocumentedVersionedAuthenticatedPermissionedRate-limitedLoggedTestedTenant-awareCredential-awarePrivacy-awareAgreement-aware where neededPayment-aware where needed

20.3 Repository Standards

READMEPurposeArchitectureInstall instructionsEnvironment variablesAPI documentationData modelSecurity notesLicenseBranding notesDeployment notesTesting instructionsRoadmapMaintainers

20.4 Open Source Fork Standards

Respect upstream

Preserve licenses, credit the upstream source, rename clearly, and keep the upgrade path where practical. Avoid unnecessary rewrites.

Integrate Digital World

Document changes; add identity integration, payment integration where relevant, agreement integration where relevant, and Digital World branding.

Ship responsibly

Add deployment instructions and security review notes before release.

21

UI & Design Standards

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Digital World interfaces are clean, simple, light, modern, trustworthy, mobile-first, accessible, fast, credential-aware, wallet-aware, agreement-aware, and privacy-forward.

Preferred design direction

Clean fintech feelLight backgroundDark primary action buttonSimple dashboardMinimal clutterClear status indicatorsHuman-readable identityQR and tap actions visibleNo unnecessary technical languageMember control always visible
UI Principle

The member should always understand: who they are interacting with, what they are sharing, what they are signing, what they are paying, what they are approving, and what they can revoke.

22

Content & Moderation Standards

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Digital World uses layered moderation.

22.1Global Rules

No illegal content, child exploitation, fraud, impersonation, direct threats, non-consensual intimate content, malware, or platform abuse.

22.2Community Rules

Each community may add rules: family-safe, professional, adult restricted, local civic discussion, merchant-only, student-only, council-only, private group.

22.3User Controls

Block, mute, report, filter, restrict adult content, restrict unknown users, control visibility, comments, direct messages, and data sharing.

22.4Appeals

Moderation decisions support an appeal process where practical. Moderation is explainable, logged, and accountable.

23

Digital World Flow Standards

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Digital World Flow is the project and task management system for the ecosystem. It supports boards, lists, cards, status, owners, due dates, images, screenshots, descriptions, comments, files, labels, priority, dependencies, roadmap items, feature requests, bug reports, release planning, developer assignments, meeting notes, and DI summaries.

Future direction

DI-assisted task creationMeeting-to-task conversionRoadmap summariesDependency detectionRelease notesStandards checkingAI-assisted project management
24

Digital Object Standard

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Digital World treats important things as digital objects:

PersonBusinessVehicleTicketAgreementCredentialWalletPropertyEventDocumentDeviceAgentAppDomainRoomPostPaymentReceiptVoteProposalFamily record

Every digital object has

IdentityOwnerPermissionsStatusHistoryCredentials where neededAgreements where neededPayments where neededStorage locationAudit trailPrivacy settingsExport option
25

Knowledge Base Structure

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The Digital World Knowledge Base is organized into ten sections. Deep technical documents -like the Engineering Specification -pop out as standalone references linked from here.

25.1Start Here

What is Digital World? · Mission · Principles · Ecosystem overview · Glossary · Current roadmap · Key links

25.2Architecture

Layer overview and the Identity, Finance, Communication, Social, Agreements, Governance, Voting, Storage, Intelligence, Browser, and Builder Layers → Layer Stack · Engineering Spec

25.3Products

Digital World · Utah Life · Idaho Life · ClearID · ClearPayments · ClearCommunity · ClearSoftware · ClearCellular · ClearNode · ClearHome · ClearCloud · ClearUnion · ClearBank · Flow · Agreements · Builder · Clear Autos · Digital Tickets · domain layers

25.4Standards

Naming, identity, credential, payment, agreement, API, data, security, privacy, UI, repository, open source fork, and governance standards (§§5–22)

25.5Jurisdictions

Utah Life · Idaho Life · New Zealand · Mexico · Tonga · Vanuatu · Canada · India · Future pilots → §13

25.6Developer Docs

Getting started, repositories, local setup, API docs, environment variables, authentication, identity / payment / communication / social / agreement integration, testing, deployment, security review → API Surface

25.7Business Docs

Business model, merchant & partner onboarding, investor materials, subscription / licensing / revenue models, pilot / state / enterprise proposals, banking & payments, telecom, phones, vehicles, tickets

25.8Legal & Agreements

Templates: settlement, purchase, bills of sale, corporate guarantees, patent, subscription, merchant, user terms, privacy policy, content policy, data sharing, jurisdictional agreements → §15

25.9Operations

Support, incident response, member / merchant / jurisdiction / issuer / verifier onboarding, release process, change management, roadmap, Digital World Flow → §23

25.10Glossary

Digital World · Life App · Member · Jurisdiction · Credential · Issuer · Verifier · Wallet · Agreement · Digital Intelligence · Council · Clerk · Agent · Vault · Node · Profile · Tenant · Layer

26

Minimum Product Standard

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Every Digital World product must answer:

DomainQuestions
IdentityWho is the member? What identity is being used? What credentials are required?
PermissionsWhat permissions are granted? Can the member revoke access?
Payments & agreementsWhat payments are involved? What agreements apply?
DataWhat data is created? Who owns it? Where is it stored? Can the member export it?
AccountabilityWhat is the audit trail? What Digital Intelligence agents are involved? What human approval is required?
DurabilityWhat happens if the service shuts down? What happens if the member loses access?
27

Public Messaging Standard

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Approved short descriptions:

"Digital World is a member-owned digital identity, payments, communications, agreements, and governance platform."

"Digital World helps people own their identity, control their data, make payments, sign agreements, and participate in trusted communities."

"Digital World gives cities, states, countries, businesses, and communities a private, interoperable digital utility layer."

"Digital World is a digital jurisdiction and utility framework that connects identity, payments, communications, agreements, data, governance, and Digital Intelligence."

28

What Digital World Is Not

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Not a centralized government ID databaseNot a surveillance platformNot one giant appNot just a social networkNot just a payment appNot just a blockchainNot controlled by one government, vendor, or institutionNot DI replacing human judgmentNot designed to trap people in a closed platform
29

Roadmap Standards

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Roadmaps are organized by layer, product, jurisdiction, pilot, owner, priority, status, dependencies, target date, risks, and next action.

Preferred status labels

IdeaDraftReady for ReviewApprovedIn ProgressBlockedTestingPilotLiveDeprecatedReplaced
30

Initial Priorities

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The following areas are treated as high priority:

Digital World Knowledge BaseDigital World StandardsIdentity LayerFinance LayerAgreements LayerUtah Life PilotIdaho Life PilotClearCommunityClearPaymentsDigital World FlowClear AutosDigital TicketsBusiness LayerVehicle LayerFamily LayerProperty LayerDigital Intelligence ClerkBuilder LayerDeveloper onboardingRepository cleanupOpen source fork standards
31

Decision Rule

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When making product, technical, legal, or governance decisions, ask:

Does this increase individual ownership?Does this protect privacy?Does this reduce unnecessary centralization?Does this improve interoperability?Does this make the system easier to maintain?Does this keep data separated where needed?Does this work across multiple brands or jurisdictions?Does this avoid vendor lock-in?Does this support APIs?Does this support export?Does this support human-readable agreements?Does this allow Digital Intelligence to assist safely?Does this make Digital World more durable over time?
Rule

If the answer is yes, it likely fits the Digital World direction.

32

Final Direction

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Digital World is built as a modular, standards-based, privacy-first digital jurisdiction. The correct long-term direction is not one giant backend, one giant database, one giant app, or one company-controlled platform. It is:

Shared standardsShared identity frameworkShared payment frameworkShared agreement frameworkShared communication frameworkShared governance frameworkShared DI assistanceShared APIsReusable modulesSeparate data where neededSeparate brands where neededSeparate jurisdictions where neededSeparate permissions alwaysMember ownership at the center
Direction

Digital World should become the trusted digital layer where people, businesses, governments, communities, and Digital Intelligence agents can interact safely, privately, and with clear agreements.

33

Heritage: Proven at Global Scale

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Digital World is not a first attempt. The teams behind the Clear companies helped create the managed service provider (MSP) industry -the model where independent local providers deploy, operate, and support technology for businesses and communities everywhere -and then built and shipped a full operating system on top of that model.

That operating system, ClearOS, was deployed at genuine global scale:

450,000+servers and networks deployed around the world
150+countries with active deployments
85languages supported
Top 3hardware manufacturers in the world installing ClearOS
HPE · #1Hewlett Packard Enterprise, the world's #1 server manufacturer, pre-installing ClearOS Server

Why this history matters

That era proved three things the Digital World standards are built on: an operating system can be packaged so that independent providers -not one central company -deploy and operate it anywhere; software can ship through the world's largest hardware channels and still be owned and administered locally; and reference installations plus clear standards scale further than any single vendor ever could.

It also taught the limits of centralized technology. Even a globally successful centralized model leaves identity, data, and payments inside someone else's platform. Digital World takes the same distribution playbook -standards, reference installs, independent providers -and applies it to decentralized identity, payments, agreements, and governance, where the member, not the platform, is the owner.

Heritage Principle

The distribution model is proven; the ownership model is what changes. From centralized systems operated for people to decentralized systems owned by people.

34

Technical Standards

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This registry records the approved technologies of the ecosystem, in four statuses: Founding the standard we started on, Current the standard for new work, Emerging approved for pilots, and Maintain supported but not chosen for new builds. The codebase is the source of truth; this registry is updated in Digital World Flow as repositories are confirmed.

34.1 Frontend Standards

TechnologyStatusStandard
AngularFoundingThe framework Digital World originally started on. Existing Angular applications -admin consoles, dashboards, and early Life App builds -remain fully supported and continue to receive maintenance, security updates, and identity/payment/agreement integration.
TypeScriptCurrentThe default language across all frontend work, Angular and non-Angular alike. Strict typing on all new code.
React / Next.jsCurrentThe current standard reflected across the newer codebase for Life Apps, member-facing web experiences, and new dashboards. Server-rendered where SEO or first-load speed matters.
Upstream-native stacksCurrentOpen source forks (per §20.4) stay in their upstream framework -Vue, Svelte, or otherwise -rather than being rewritten. Digital World identity, payment, and agreement integration is added in the upstream's own idiom.
Native mobileCurrentLife App mobile clients follow platform conventions (Swift / Kotlin) or an approved cross-platform framework where a repository has standardized on one -with wallet, keys, QR, and tap handled natively for security.

Migration rule: no rewrites without cause (§20.4). Angular applications move to current standards only when a product reason exists, using strangler-pattern migration -new modules in the current standard alongside the working Angular app -never big-bang rewrites.

34.2 Identity & Credential Protocols

ProtocolStatusStandard
W3C Decentralized Identifiers (DID)CurrentRoot identifiers for members, businesses, devices, vehicles, agents, and jurisdictions. The individual holds the keys.
W3C Verifiable Credentials (VC)CurrentThe format for everything institutions issue: licenses, registrations, memberships, roles, insurance, inspections.
OpenID4VC / OIDCCurrentCredential issuance and presentation flows, and bridge compatibility with existing login systems during migration.
WebAuthn / PasskeysCurrentDefault authentication (§18) -phishing-resistant, device-bound, no shared secrets.
Selective disclosure (SD-JWT class)EmergingProve age, status, or eligibility without exposing the full credential -the technical basis of Principle 3.3.
QR + NFC presentationCurrentThe universal in-person layer: login, payment approval, agreement signing, plate and ticket verification.

34.3 Backend & API Standards

TechnologyStatusStandard
Node.js + TypeScriptCurrentDefault runtime for shared services and Life App backends; one language across the stack.
REST + JSON, OpenAPICurrentEvery API documented, versioned, authenticated, permissioned, rate-limited, logged, and tested (§20.2). OpenAPI definitions are the contract.
Event vocabulary + webhooksCurrentThe small shared event vocabulary from the Engineering Spec keeps layers synchronized without tight coupling; consumers are idempotent.
Upstream-native backendsCurrentForked services keep their upstream languages (PHP, Go, Python, etc.) per §20.4, wrapped with the standard identity, event, and API integrations.

34.4 Data & Storage Standards

TechnologyStatusStandard
PostgreSQLCurrentDefault relational store. Separate databases or schemas by tenant, brand, and jurisdiction per §17.3 -shared standards, separate data.
Encrypted member vaultsCurrentDocuments, credentials, and records encrypted at rest, permissioned by the member, exportable in open formats (JSON, CSV, PDF).
Object storageCurrentMedia, backups, and archives -provider-portable so a member or jurisdiction can move hosts.
Caching / queues (Redis class)CurrentEphemeral only. Nothing authoritative lives in a cache.

34.5 Infrastructure Standards

TechnologyStatusStandard
Linux (ClearOS lineage)FoundingThe operating heritage of the ecosystem (§33) and the base of the ClearOS reference installations (§35).
Containers (Docker/OCI)CurrentEvery service ships as a container image so any provider can run it on their own hardware.
Orchestration (Kubernetes class)CurrentFor multi-service environments; single-node compose deployments remain a first-class option for small providers.
Infrastructure as codeCurrentTerraform/Ansible-class definitions -every environment reproducible from the repository, which is what makes §36 automation possible.
CI/CD + observabilityCurrentAutomated tests and releases per §20.3; logging, metrics, and audit trails per §17.4 with privacy preserved.
Technical Principle

Standards over uniformity: one identity framework, one agreement framework, one payment framework, one event vocabulary -while each repository uses the best-fit, maintainable technology for its job. Angular is where we started; the codebase is where the standard lives.

35

ClearOS Reference Installations

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Just as SEDI is the reference installation for state-endorsed digital identity, the ClearOS family provides the reference installations for running Digital World services on your own infrastructure. The Clear companies stand these environments up as working examples -and third-party partners can deploy the same installations independently, on their own hardware, for their own members.

ServerClearOS Server

The proven server operating system -the platform behind 450,000+ deployments and pre-installed by Hewlett Packard Enterprise (§33). The reference installation for ClearNode: identity services, member vaults, payments connectivity, communication services, and Life App hosting operated by any provider, anywhere.

MobileClearOS Mobile

The member-device reference: Life App, wallet, credentials, passkeys, QR and tap -with the member's keys held at the edge, on the member's device, not in a central database.

DesktopClearOS Desktop New

The new desktop reference, with the Browser Layer built in as the trusted gateway (§7): credential presentation, wallet approval, agreement signing, and Life App access from a privacy-first desktop environment.

What a reference installation guarantees

Deployable by third parties independentlyDocumented per §20.3Reproducible via infrastructure as codePasses the Minimum Product Standard (§26)Passes Engineering Acceptance CriteriaMember data exportableNo call-home dependency on Clear companiesUpgradeable in place
Reference Principle

Reference installations are examples, not gates. If a Clear company disappeared tomorrow, any provider running the reference installs could keep serving their members. That is the durability test (§26, §31).

36

Automation & the Future: How Environments Stand Up

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We are standing these environments up today by hand and by script. The direction is that standing up a jurisdiction, a Life App, or a service provider node becomes an automated, declarative act -a manifest in, a running environment out -with Digital Intelligence doing the labor and humans holding the approvals.

How automation will actually occur

1 · Declare

A manifest, not a project plan

An operator declares what they're standing up -jurisdiction or brand, domain, layers enabled, credential issuers, payment rules, agreement templates, governance model -in a Life App / jurisdiction manifest (the Layers Integration Module shape in the Engineering Spec).

2 · Provision

The Builder Layer stands it up

Infrastructure as code (§34.5) provisions the environment from the reference installations (§35): domain, identity services, wallets, vaults, communication rooms, social space, agreement service, dashboards, monitoring, and backups -reproducibly, on the provider's own hardware or cloud.

3 · Verify

Standards checking against this Knowledge Base

Automated checks run the Minimum Product Standard (§26) and Engineering Acceptance Criteria before anything goes live: identity works, credentials verify, payments settle, agreements sign, data exports, audit trails record.

4 · Operate

DI agents run the routine, humans hold authority

Permissioned DI agents (§19) handle updates, monitoring, scaling, summaries, and standards drift -each with a named owner, scope, audit log, and human approval requirements. An agent never has more authority than it was intentionally given.

5 · Compound

Every standup makes the next one easier

Fixes and improvements flow back into the reference installations and templates, so the ten-thousandth provider deploys in minutes what took the first providers months.

The trajectory

PhaseStanding up an environment looks like
TodayScripted deployments from the reference installs, with hands-on configuration by Clear teams and early partners.
Near termOne-command environments: manifest + Builder Layer = a running Life App or node, verified against §26 automatically.
FutureConversational standup: describe the community or business to a Builder DI, review the generated manifest and agreements, approve -and the environment exists, on infrastructure the provider owns. Days become minutes; expertise becomes a template.
Automation Principle

Automation lowers the cost of standing up trusted digital infrastructure toward zero -while every consequential action still traces to a human approval, an audit trail, and a revocable permission.

37

Independent Service Providers: The Opportunity

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The MSP industry proved that a standards-based model creates businesses everywhere at once: thousands of independent providers, each serving their own community, on shared technology. Digital World applies that same model to decentralized identity and decentralized payments -which tie into nearly every facet of life: commerce, family, vehicles, property, tickets, health, education, and governance.

The Clear companies are founding service providers, not gatekeepers. Everything they stand up -SEDI, the ClearOS reference installations, the Life App pilots -exists as a working example that others can study, deploy, and operate independently. Based on these examples, anyone can become a service provider to Digital World on their own.

Ways to build a business on Digital World

Provider roleWhat you operateBuilt on
Node operatorClearNode-class infrastructure hosting identity, vault, and Life App services for a region or community.ClearOS Server (§35) · Identity Layer
Identity / credential providerWallet services, issuance and verification services for institutions, schools, and employers.Identity Layer · §34.2 protocols
Payment providerMerchant checkout, wallet-to-wallet transfers, escrow, and agreement-linked payments for local businesses.Finance Layer · §16
Life App operatorThe trusted app for a city, campus, tribe, brand, or community -its digital home.§13 Jurisdictions · §14 Life Apps
Vault & records hostMember, family, and business vaults; document, property, and vehicle records with full portability.Storage Layer · §17
Integrator / developer shopConnecting existing business systems, forking open source per §20.4, building modules and agreements.§20 · §34 · API Surface
Vertical specialistVehicles and digital plates, ticketing, property, family history, health, or education services on the domain layers.§§8–12 domain layers
Support & operations providerThe MSP model reborn: onboarding, monitoring, and support for members, merchants, and jurisdictions -assisted by DI (§36).§25.9 Operations · §19 DI

Why this is a massive opportunity for humanity

Every previous platform wave concentrated ownership: the platform owned the identity, the data, the payment rails, and therefore the businesses built on top. Digital World inverts that. Because the member owns the identity and the standards are open, the value of a provider's business belongs to the provider, and the member can never be held hostage -which is exactly what makes members, businesses, and jurisdictions willing to adopt it. Local providers serving local communities, on shared global standards, with no platform landlord.

Opportunity Principle

Digital World succeeds when independent providers succeed. The Clear companies provide the examples; the world provides the providers. Shared standards. Separate businesses. Member ownership at the center.