Internet Governance

Internet Governance is the distributed set of processes through which public authorities, private firms, technical bodies, civil-society organizations, researchers, and users establish and apply the standards, policies, laws, contracts, operational practices, and norms that shape the Internet's architecture, operation, and use. It is not a single institution, and it is not synonymous with ICANN. The most widely used internationally negotiated definition was developed by the Working Group on Internet Governance (WGIG) in 2005. It treats Internet governance as a process involving governments, the private sector, and civil society in different and sometimes overlapping roles, and expressly extends beyond names and addresses to security, development, and other public-policy questions.

The field spans the coordination of protocols, the DNS, Internet Protocol addresses, routing and interconnection; the regulation of data, content, markets, cybersecurity, and online conduct; and the use of technical infrastructure to implement public or private policy. Scholarship therefore describes Internet governance less as a hierarchy than as an institutional ecology: authority is dispersed among organizations with different mandates, constituencies, territorial reach, and means of enforcement.

Scope and definitions

The WGIG definition remains a common point of reference because it identifies both the substance and the participants of governance without assigning the entire field to one organization. Its phrase “in their respective roles” is important: the actors included in a process do not necessarily exercise identical authority. A government may legislate, a standards body may publish a voluntary specification, a network operator may make a routing decision, and a registry may act under contract. Each action can shape the Internet, but each derives legitimacy and enforceability from a different source.

A useful analytical distinction separates three overlapping domains:

• Governance of the Internet concerns the network's logical and physical operation: protocol standards, unique identifiers, routing, interconnection, security, and interoperability.
• Governance on the Internet concerns activities conducted through the network: expression, privacy, data protection, consumer protection, competition, intellectual property, cybercrime, and platform accountability.
• Governance through infrastructure occurs when control points such as the DNS, hosting, app stores, payment systems, content-delivery networks, or network filtering are used to implement policy. In these cases, technical administration becomes a means of regulation, enforcement, surveillance, or content control.

Internet governance overlaps with the broader field of digital governance, which also covers artificial intelligence, digital public infrastructure, data economies, and technologies that do not depend exclusively on the public Internet. The terms are often used together, especially in United Nations processes. Internet governance remains distinguished by its sustained attention to the Internet's interoperable architecture and to the institutions that coordinate a global network of independently operated networks.

Historical development

Technical coordination before the policy field

Internet governance practices preceded the term. The early Internet developed through publicly funded research, cooperation among computer scientists and network operators, open technical documentation, and relatively informal registries. The Request for Comments series provided a public record for protocol design, while Jon Postel and collaborators maintained the registries that evolved into the Internet Assigned Numbers Authority. This history joined technical design to organizational culture: interoperability depended not only on protocols, but also on communities willing to develop, document, implement, and revise them.

The resulting arrangements were neither wholly governmental nor wholly private. Government agencies financed and procured networks; universities and researchers designed protocols; firms manufactured equipment and later operated commercial networks; and technical communities coordinated standards and identifiers. This mixed institutional origin helps explain why later proposals to place “the Internet” under one sovereign, intergovernmental, or corporate authority encountered resistance.

Commercialization, domain names, and ICANN

Commercialization and rapid international growth in the 1990s transformed technical coordination into a visible policy dispute. Domain names acquired commercial value, trademark conflicts multiplied, and the authority exercised through the DNS root became politically contested. In 1998, the United States Department of Commerce's “White Paper” proposed a private, not-for-profit corporation with global participation to coordinate specified DNS functions, competition, and policy development.

ICANN was formed later that year. Its creation institutionalized functions that had previously relied heavily on personal authority, research contracts, and informal technical relationships, while adding contracts, supporting organizations, advisory committees, public meetings, and review mechanisms. The conflicts surrounding this transition established enduring Internet-governance questions: who speaks for users, how technical expertise should relate to public authority, whether global resources can be administered through private law, and how a California nonprofit can be accountable to a worldwide community.

WSIS, WGIG, and the Internet Governance Forum

The World Summit on the Information Society (WSIS), held in Geneva in 2003 and Tunis in 2005, brought these disputes into an intergovernmental process while incorporating private-sector, technical-community, and civil-society participation. The first phase set out broad information-society principles. The second focused more directly on financing, implementation, and Internet governance.

The WGIG, convened between the two phases, produced the working definition that became embedded in the Tunis Agenda. It also documented a broad agenda including administration of the root zone, Internet Protocol addressing, interconnection costs, security, spam, multilingualism, freedom of expression, privacy, consumer protection, and development. WSIS therefore did not invent Internet governance, but it gave a diverse field a negotiated global vocabulary and made disagreements over institutional authority explicit.

The Tunis Agenda created the Internet Governance Forum (IGF) as a forum for multistakeholder policy dialogue. The IGF was not established as a regulator or treaty-making body. Its influence instead comes from agenda-setting, exchange of evidence and practice, network formation, capacity development, and the diffusion of ideas into institutions that do possess decision-making authority. Its ecosystem later expanded through Dynamic Coalitions, Best Practice Forums, Policy Networks, and national, regional, subregional, and youth initiatives.

The Tunis Agenda also called for “enhanced cooperation” to enable governments, on an equal footing, to carry out their roles in international Internet-related public policy, while excluding day-to-day technical and operational matters. The phrase did not specify a single mechanism. Later working groups of the United Nations Commission on Science and Technology for Development exposed continuing disagreement over whether it required new intergovernmental authority or better coordination and participation within the existing ecosystem; the 2016–2018 group completed five meetings without agreeing recommendations.

The 2012 World Conference on International Telecommunications (WCIT-12) revised the ITU's binding International Telecommunication Regulations and became a prominent contest over state authority, security and spam provisions, and the institutional boundary between intergovernmental and multistakeholder governance. The revised treaty was not universally accepted, leaving signatories and non-signatories subject to different versions of the Regulations. WCIT-12 demonstrated that disputes over governance venues and procedural authority can themselves fragment a legal regime without changing the DNS root or Internet protocol standards.

Globalization, NETmundial, and the IANA transition

Debate intensified after the 2013 disclosures of pervasive electronic surveillance. In the Montevideo Statement, leaders of major technical organizations warned against national fragmentation, linked surveillance to a loss of trust, and called for further globalization of ICANN and the IANA functions.

The 2014 NETmundial meeting in São Paulo produced a nonbinding multistakeholder statement that connected Internet governance to human rights, the public interest, openness, interoperability, cultural and linguistic diversity, and accessible, transparent, accountable processes. It also treated stakeholder roles as issue-dependent rather than fixed.

On 1 October 2016, the contract through which the U.S. National Telecommunications and Information Administration had exercised a stewardship role over the IANA functions expired. The transition implemented community proposals for replacing that role and strengthening ICANN accountability, including the Empowered Community. It did not transfer “control of the Internet” to ICANN; it ended a specific U.S. contractual stewardship arrangement concerning coordination of unique identifiers.

The Global Digital Compact and WSIS+20

The United Nations adopted the Global Digital Compact in 2024 as an annex to the Pact for the Future. Its agenda extends beyond Internet governance to data and artificial intelligence, but it reaffirms that the Internet should remain open, global, interoperable, stable, and secure, and that Internet governance should remain global and multistakeholder in nature. The NETmundial+10 statement, also adopted in 2024, restated process principles including openness, participation, transparency, accountability, inclusion, distributed governance, meaningful participation, and low barriers to entry. It also emphasized persistent asymmetries in resources, information, and decision-making power.

The twenty-year WSIS review culminated in United Nations General Assembly Resolution 80/173 in December 2025. The resolution reaffirmed the WGIG definition, recognized the need for wider participation from developing countries and underrepresented groups, and made the IGF a permanent United Nations forum. Permanence did not convert the IGF into a binding decision-making institution; it placed its dialogue and intersessional work on a continuing mandate.

How Internet governance works

Internet governance is exercised through several mechanisms at once. The same controversy can move between them: a technical standard may be implemented through product design, incorporated into a contract, addressed by legislation, and debated at the IGF. The institutional question is therefore not only who participates, but also what instrument is being used, what gives it authority, and how its effects can be reviewed.

Mechanism	Typical actors and instruments	Basis of influence or authority
Technical standardization	IETF RFCs, Internet Architecture Board statements, W3C Recommendations, software implementations	Expertise, open process, interoperability, voluntary adoption, and operational deployment
Unique-identifier coordination	ICANN policies and contracts, IANA registries, RIR policy processes, registry and registrar operations	Global uniqueness, delegated functions, community procedures, contracts, and operational reliance
Network operation and markets	Routing, peering, transit, hosting, cloud, content delivery, recursive resolution, app stores, and equipment markets	Ownership, architecture, contracts, market power, and control over implementation
Public law	Legislation, regulation, court orders, administrative decisions, and law-enforcement powers	Territorial jurisdiction, public authority, and legal enforceability
International coordination	Treaties, intergovernmental resolutions, technical recommendations, trade rules, and cross-border cooperation	State consent, institutional mandates, diplomatic agreement, and normative influence
Deliberation and norms	IGF processes, civil-society coalitions, research, principles, best practices, and professional communities	Persuasion, evidence, reputation, coalition-building, and diffusion into decision-making bodies

These mechanisms are interdependent. Technical standards are formally voluntary, but widespread adoption can make them practically necessary. Private contracts may have global effects when a provider controls a widely used service. National legislation can influence conduct beyond a state's borders through market size, corporate presence, or restrictions on cross-border services. Conversely, law that disregards network architecture can be difficult to implement or can produce collateral effects on security and interoperability.

Institutional ecology

Standards and architecture

The IETF develops many of the protocols and operational practices that allow independently managed networks and applications to interoperate. Participation is open, work is documented publicly, and decisions generally rely on rough consensus rather than formal voting. RFCs acquire force primarily through implementation and deployment, not because the IETF can compel adoption. The Internet Architecture Board provides architectural oversight and liaison functions, while the World Wide Web Consortium develops standards for the Web. Other standards bodies, open-source projects, vendors, and operator communities influence what is technically available and what is actually deployed.

Protocol choices can distribute or concentrate power. Encryption can reduce the ability of intermediaries to inspect communications; resolver and browser design can shift control over DNS queries; routing-security mechanisms affect which institutions can attest to number-resource holdings; and application programming interfaces can determine who can enter a market. Standards work is consequently both engineering and governance even when participants seek to decide questions on technical merit.

Names, numbers, protocol parameters, and the root

The IANA functions coordinate globally unique identifiers. They include management of the DNS root zone, coordination of the global pools of IP addresses and Autonomous System numbers, and maintenance of protocol-parameter registries. The functions are performed by Public Technical Identifiers, an ICANN affiliate, within policy relationships involving ICANN communities, the IETF, and the Regional Internet Registries.

The five RIRs—AFRINIC, APNIC, ARIN, LACNIC, and the RIPE NCC—manage, distribute, and register number resources within their service regions. Their regional communities develop allocation and registration policies through open policy-development processes; global policies require coordinated action across all five regions and are transmitted through the Address Supporting Organization.

The DNS root zone is served by 13 named root-server identities operated by 12 independent organizations through many geographically distributed instances. Root-server operators publish the root-zone data and provide resilient service; they do not decide which top-level domains enter the root. Root-zone policy, change authorization, maintenance, distribution, and service operation are separate functions performed by different actors.

Within the domain-name market, registries operate top-level domains, registrars contract with registrants, and resellers, hosting providers, certificate authorities, recursive resolvers, and other intermediaries perform distinct functions. Their legal and contractual relationships make the DNS both a technical naming system and a site of economic regulation, rights claims, and abuse mitigation.

Networks, interconnection, and private infrastructure

The Internet is a network of autonomous networks. Internet service providers, backbone carriers, mobile operators, Internet exchange points, universities, governments, cloud providers, content-delivery networks, and large online services negotiate or configure interconnection through technical and commercial arrangements. Much of this coordination occurs without a global regulator. Routing decisions, peering policies, capacity investments, security practices, and outage management nevertheless determine reachability, performance, resilience, and the distribution of cost.

Private firms also govern through infrastructure above and below the routing layer. Operating systems and browsers select defaults; cloud and hosting providers set acceptable-use rules; app stores and payment processors can condition market access; content-delivery and security firms can protect or discontinue service; and dominant platforms establish rules for speech, identity, advertising, and application interfaces. These decisions can have public consequences even when made under private contract.

States, courts, regulators, and intergovernmental organizations

States retain general public authority over people, firms, property, and infrastructure within their jurisdiction. They legislate on telecommunications, competition, privacy, cybersecurity, consumer protection, intellectual property, criminal law, and national security; issue licenses; procure infrastructure; impose sanctions; and enforce judicial or administrative orders. Because networks and services cross borders, one jurisdiction's rules can affect users and firms elsewhere, creating conflicts of law and incentives for localization or service withdrawal.

Intergovernmental organizations operate under more specific mandates. The International Telecommunication Union develops telecommunications standards, manages international radio-frequency and satellite-orbit coordination, and hosts treaty processes. The World Trade Organization and trade agreements address digital trade and services; the World Intellectual Property Organization addresses intellectual-property systems; the Council of Europe and other bodies develop legal cooperation instruments; and United Nations bodies provide forums for cybersecurity, development, human rights, and digital cooperation. None of these institutions possesses a general mandate to govern the Internet as a whole.

The IGF, civil society, academia, and epistemic communities

The IGF connects policy communities that otherwise work in separate institutions. Its lack of binding authority is a design feature as well as a limitation: participants can compare approaches, identify emerging issues, and form coalitions without negotiating a treaty or organizational position. National and regional IGF initiatives translate global debates into local contexts and bring local experience back into international discussion.

Civil-society organizations contribute rights analysis, public-interest advocacy, technical expertise, litigation, monitoring, and representation of communities that may lack direct market or governmental power. Universities and research institutes produce historical, legal, economic, political, and technical evidence. Operator groups and professional communities generate measurements and practical norms. Their influence depends on access to decision venues, the credibility of their expertise, coalition-building, and the ability to convert recommendations into standards, law, contracts, or operational practice.

Multistakeholder governance

Multistakeholder governance describes arrangements in which more than one category of actor participates in developing policy, standards, or norms. It is central to the self-understanding of ICANN, the IETF, RIR communities, the IGF, and many other Internet institutions. It is not, however, one uniform constitutional model. Comparative research shows wide variation in membership, agenda-setting, decision rules, representation, funding, implementation, and the distribution of final authority.

The term is sometimes contrasted with multilateral governance. In this usage, multilateral institutions are principally constituted by states, while multistakeholder processes include governments alongside private-sector, civil-society, technical, academic, and user participation. The distinction is not absolute. Intergovernmental negotiations can accept stakeholder input, and multistakeholder bodies may reserve particular powers for governments, boards, contracted parties, members, or technical experts. The relevant question is which actors exercise which powers at each stage of a process.

The 2014 NETmundial statement and the 2024 NETmundial+10 statement articulate widely cited process values: openness, meaningful participation, transparency, accountability, inclusion, accessibility, collaboration, and consensus-oriented decision-making. These values are procedural rather than self-executing. An open mailing list does not by itself overcome language barriers, technical specialization, travel costs, time-zone burdens, disability access, or unequal access to data and legal advice.

Critiques of multistakeholder governance focus on structural power. Well-resourced firms and governments can participate continuously across several venues, employ specialists, and control infrastructure or implementation. Civil-society and Global South participants may depend on temporary funding and may enter after agendas have already formed. Broad stakeholder categories can also conceal differences within sectors: a small registry and a global platform are both “private sector,” while an individual user and an international advocacy organization may both be classified as “civil society.” NETmundial+10 consequently emphasized that meaningful participation requires resources, information, capacity, and safeguards against power asymmetries.

Legitimacy should therefore be evaluated institution by institution. Relevant questions include whether affected parties can participate early enough to influence the agenda; whether evidence, deliberations, and conflicts of interest are visible; how consensus or voting is determined; who implements the result; and whether decisions are subject to review, appeal, or remedy. Multistakeholder participation can improve expertise and acceptance, but it does not eliminate the need for defined mandates and accountability.

Main issue areas

Critical Internet resources and interoperability

The coordination of domain names, IP addresses, Autonomous System numbers, protocol parameters, and the DNS root remains a core domain of Internet governance. Global uniqueness prevents conflicting assignments, while common protocols allow networks and applications to interoperate. Policy disputes arise over who may obtain resources, how new identifiers are introduced, how registries remain accountable, and how continuity is protected during organizational or geopolitical conflict.

Interoperability is not identical to uniformity. Networks, applications, and jurisdictions can differ while remaining mutually reachable through common standards. Fragmentation becomes a governance concern when technical incompatibility, blocking, commercial enclosure, or state policy undermines the ability of users and networks to connect and exchange data across the global Internet.

Access, development, and multilingualism

Access concerns include the availability and affordability of connectivity, quality of service, devices, electricity, digital skills, accessible design, and the capacity to produce and use locally relevant content. The governance question is not only whether infrastructure exists, but also who can participate in shaping it. WSIS placed development and the participation of developing countries within the definition of Internet governance, and subsequent processes have repeatedly linked legitimacy to geographic, linguistic, gender, and socioeconomic inclusion.

Multilingualism reaches into the Internet's technical layer through Internationalized Domain Names, language tables, email internationalization, and Universal Acceptance. A label can be valid in the DNS yet fail in an application, form, or identity system. Governance therefore connects standards, registry policy, software implementation, language communities, and market incentives.

Security, stability, resilience, and abuse

Security governance is distributed among protocol designers, software maintainers, network operators, computer emergency response teams, firms, law-enforcement agencies, standards bodies, and governments. Their responsibilities include vulnerability disclosure, cryptography, routing security, incident response, supply-chain risk, botnet disruption, and protection of critical infrastructure. Measures that improve one security objective can affect others: interception requirements may weaken confidentiality, centralized controls may create single points of failure, and indiscriminate blocking may disrupt legitimate services.

Within ICANN, DNS Abuse illustrates the boundary between technical coordination and content regulation. Contracted parties have obligations concerning defined categories of malicious activity associated with domain names, while ICANN's Bylaws prohibit general regulation of the content carried by services that use Internet identifiers. Disputes therefore concern definitions, evidence, proportionality, responsible intermediaries, and the point at which conduct falls within ICANN's mission rather than the authority of hosting providers, platforms, courts, or law enforcement.

Human rights, data, and content

Internet governance affects freedom of expression and association, privacy, access to information, equality, cultural participation, and due process. Rights questions can arise in infrastructure design as well as content policy: identity requirements affect anonymity; encryption affects confidentiality and lawful access; domain suspensions affect publication and reachability; and network shutdowns restrict communication at scale. NETmundial placed international human-rights law within its substantive principles for Internet governance.

Data-protection and content rules are primarily made through law and private service governance rather than ICANN or the IETF. Their technical effects can nevertheless be global. The European Union's General Data Protection Regulation, for example, altered access to domain-name registration data and triggered ICANN policy work to reconcile data protection with legitimate access needs. Content moderation by platforms raises different questions of private rule-making, transparency, appeal, competition, and compliance with national orders.

Competition, concentration, and private power

Internet governance has long addressed competition among domain-name registries, registrars, telecommunications carriers, and service providers. Contemporary concentration extends to cloud computing, content delivery, search, social media, mobile operating systems, browsers, app stores, and public DNS resolution. Concentration can create efficiencies and security capabilities, but it can also make private defaults and enforcement decisions globally consequential.

Market power is an Internet-governance issue when it changes the practical openness of standards, access to infrastructure, switching costs, or the ability of users and smaller firms to reach one another. Competition law, interoperability mandates, data portability, procurement, and open standards are among the tools used to respond. Their design must account for technical dependencies as well as conventional market definition.

Jurisdiction, sovereignty, and fragmentation

The Internet's logical architecture is global, but law remains predominantly territorial. Courts and regulators must determine jurisdiction over cross-border data, services, domain names, and conduct; firms must decide how to comply with conflicting orders; and users experience different rights and service availability according to location. Governments also assert “digital sovereignty” through infrastructure investment, technical requirements, localization, licensing, filtering, and industrial policy.

Sovereignty and global interoperability are not necessarily incompatible. States can regulate firms and protect rights without creating separate technical roots or incompatible protocols. Tension increases when policies require national isolation, extraterritorial control without coordination, or infrastructure-level intervention that spills across borders. The fragmentation debate accordingly distinguishes technical fragmentation from commercial “walled gardens” and legally induced differences in access or service operation.

Emerging technologies and the boundary of the field

Artificial intelligence, connected devices, distributed ledgers, digital identity, and digital public infrastructure increasingly appear on Internet-governance agendas. Some questions remain directly tied to Internet architecture—for example, device security, naming, routing, standards, and cross-border connectivity. Others belong more clearly to digital governance, such as model accountability or public-sector data systems. The overlap matters institutionally: expanding an existing body's mandate without authority or expertise can create mission creep, while creating new bodies for every technology can duplicate work and fragment participation.

ICANN within Internet governance

ICANN has a narrow but consequential place in the wider ecosystem. Its Bylaws define its mission as ensuring the stable and secure operation of the Internet's unique identifier systems. The mission includes coordinating allocation and assignment of names in the DNS root zone, developing and implementing policies for generic top-level-domain registration where coordinated resolution is necessary, coordinating number-resource allocation at the top level, and collaborating on protocol-parameter registries. The Bylaws also state that ICANN must not act outside its mission, may not generally regulate services that use Internet identifiers or the content those services carry, and holds no governmentally authorized general regulatory authority.

ICANN develops policy through a structured Multistakeholder Model. The Generic Names Supporting Organization develops policy for generic top-level domains; the Country Code Names Supporting Organization addresses global ccTLD policy within its remit; and the Address Supporting Organization connects ICANN to the RIR policy system. Advisory committees represent governments, individual Internet users, security and stability expertise, and root-server-system expertise through the Governmental Advisory Committee, At-Large Advisory Committee, Security and Stability Advisory Committee, and Root Server System Advisory Committee. The Board, ICANN organization, contracted parties, review mechanisms, the Ombudsman, and the Empowered Community perform different policy, implementation, oversight, and accountability functions.

This structure does not place all participants on an equal footing for every decision. Supporting organizations develop policy within defined scopes; advisory committees provide advice with differing procedural effects; registries and registrars are bound through contracts; the Board has fiduciary and bylaw duties; governments retain sovereign authority outside ICANN; and courts can apply applicable law. ICANN is therefore both a multistakeholder policy institution and a private legal corporation embedded in national and international legal orders.

The IANA stewardship transition was significant because it removed a distinctive U.S. governmental stewardship role and strengthened community accountability. It did not make ICANN sovereign over the DNS or the Internet. The content of the root zone still depends on policy, contracts, technical checks, root-zone management, distribution, and independent operation of the root-server system; number-resource and protocol-parameter policies remain linked to the RIR and IETF communities.

Recurring ICANN governance questions include:

• the introduction of new generic top-level domains and the balance among competition, rights protection, geographic and community claims, applicant support, and DNS stability;
• registration-data policy, privacy, disclosure, and the transition from legacy WHOIS services toward RDAP;
• contractual obligations and the boundary between DNS Abuse mitigation and content regulation;
• Internationalized Domain Names, Universal Acceptance, and meaningful linguistic inclusion;
• name collisions, special-use names, private namespaces, and risks to the coherence of the public DNS root; and
• institutional accountability, transparency, participation costs, and the distribution of influence among contracted parties, governments, civil society, technical experts, and users.

These issues make ICANN an important site of Internet governance, but only one site. Treating ICANN as an “Internet government” obscures both the limits imposed by its mission and the power exercised elsewhere by states, standards bodies, network operators, platforms, infrastructure providers, and users.

Selected literature

Books

• Janet Abbate, Inventing the Internet (MIT Press, 1999), is a foundational history of the technical, institutional, and cultural choices through which the Internet emerged.
• Milton L. Mueller, Ruling the Root: Internet Governance and the Taming of Cyberspace (MIT Press, 2002), analyzes the domain-name conflicts and institutional bargaining that produced ICANN.
• Jack Goldsmith and Tim Wu, Who Controls the Internet? Illusions of a Borderless World (Oxford University Press, 2006), argues for the continuing importance of territorial law, state power, and market structure.
• Laura DeNardis, Protocol Politics: The Globalization of Internet Governance (MIT Press, 2009), uses the politics of IPv6 to show how protocol design and adoption distribute authority.
• Milton L. Mueller, Networks and States: The Global Politics of Internet Governance (MIT Press, 2010), examines the tension between transnational network institutions and state-based authority.
• Laura DeNardis, The Global War for Internet Governance (Yale University Press, 2014), maps infrastructure, private authority, national power, and civil-liberties conflicts across the governance ecosystem.
• Roxana Radu, Negotiating Internet Governance (Oxford University Press, 2019), traces four decades of negotiations and compares more than 300 governance arrangements.
• Laura DeNardis, Derrick Cogburn, Nanette S. Levinson and Francesca Musiani, eds., Researching Internet Governance: Methods, Frameworks, Futures (MIT Press, 2020), surveys research methods and interdisciplinary approaches to the field.
• Jovan Kurbalija, An Introduction to Internet Governance, 7th ed. (DiploFoundation, 2016), provides a practical issue taxonomy and guide to actors, processes, and diplomatic terminology.

Articles and chapters

• Laura DeNardis, “Hidden Levers of Internet Control” (2012), develops an infrastructure-based account of governance power.
• Mark Raymond and Laura DeNardis, “Multistakeholderism: Anatomy of an Inchoate Global Institution” (2015), compares institutional forms rather than treating multistakeholderism as a single model.
• Daniëlle Flonk, Markus Jachtenfuchs and Anke S. Obendiek, “Authority Conflicts in Internet Governance: Liberals vs. Sovereigntists?” (2020), analyzes conflict between multistakeholder and sovereigntist spheres across WSIS, WCIT-12, cybersecurity, and cybercrime.
• Laura DeNardis and Andrea M. Hackl, “Internet Governance by Social Media Platforms” (2015), examines platforms as private governance institutions.
• Jeanette Hofmann, “Multi-stakeholderism in Internet Governance: Putting a Fiction into Practice” (2016), analyzes how an open-ended concept becomes institutional practice.
• Dmitry Epstein, Christian Katzenbach and Francesca Musiani, “Doing Internet Governance” (2016), proposes studying governance through practices, controversies, infrastructures, and institutions.
• Laura DeNardis and Francesca Musiani, “Governance by Infrastructure” (2016), explains how infrastructure can become an instrument of public and private ordering.
• Jeanette Hofmann, Christian Katzenbach and Kirsten Gollatz, “Between Coordination and Regulation” (2017), conceptualizes Internet governance as a heterogeneous ordering process rather than a single regulatory regime.

Working Group on Internet Governance

Domain Name System

World Summit on the Information Society

Internet Governance Forum

Internet Assigned Numbers Authority

Request For Comments. Archival series dedicated to documenting Internet technical specifications, including general contributions from the Internet research and engineering community as well as standards documents (RFC Editor Model, Version 3).

World Wide Web Consortium

Regional Internet Registry

Internet Engineering Task Force

African Network Information Center

Asia Pacific Network Information Centre

American Registry for Internet Numbers

Latin American and Caribbean Internet Addresses Registry

Réseaux IP Européens Network Coordination Centre

Country code top-level domain. Determined by "ISO 3166-1: Codes for the representation of names of countries and their subdivisions — Part 1: Country codes".

Internet Protocol Version 6