Antitrust Actions and the Opening of Competition

Legal and regulatory actions against NSI, the emergence of competing registrars, and the modern registrar ecosystem.

The Shared Registration System was a technical solution. But ending NSI’s monopoly also required legal and regulatory action. Antitrust investigations, congressional hearings, and ICANN’s evolving policies gradually transformed domain registration from a monopoly into a competitive market. This final chapter of the DNS Wars traces that transformation.

NSI’s monopoly attracted legal scrutiny from multiple directions:

Department of Justice Investigation

The DOJ Antitrust Division opened an investigation into NSI in 1997. Key concerns:

  • Monopoly maintenance: Was NSI using its position to prevent competition?
  • Exclusive dealing: Were NSI’s contracts with NSF/Commerce anti-competitive?
  • Bundling: Was NSI leveraging registry access unfairly?

The investigation continued for years, creating pressure for reform even without formal charges.

FTC Scrutiny

The Federal Trade Commission also examined domain registration practices. Their focus included:

  • Consumer protection in domain sales
  • Misleading marketing practices
  • Privacy of WHOIS data

Private Lawsuits

Multiple private antitrust suits targeted NSI:

  • PG Media v. Network Solutions (1997): Challenged trademark dispute policies
  • Various domain holders: Contested arbitrary domain seizures
  • Competing registrars: Alleged anti-competitive access restrictions

Most settled or were dismissed, but they added pressure.

Congressional Attention

Congress held multiple hearings on internet governance:

1997-1998 Hearings

Congressional committees examined:

  • NSI’s monopoly practices
  • Domain dispute resolution
  • International implications of US control
  • Consumer protection gaps

Testimony from industry critics, NSI defenders, and technical experts shaped the policy environment.

Legislative Proposals

Various bills proposed:

  • Breaking up NSI
  • Creating a government-run registry
  • Mandating specific governance structures
  • Regulating domain pricing

None passed, but they influenced executive branch action.

The ICANN Constraint

ICANN’s creation shifted the battlefield. Rather than direct government regulation, NSI now faced constraints from the multistakeholder body:

Registry Agreements

ICANN negotiated registry agreements with NSI/Verisign that included:

  • Price caps on wholesale domain fees
  • Access requirements for the Shared Registration System
  • Performance standards for registry operations
  • Separation requirements between registry and registrar

Accreditation Standards

ICANN’s registrar accreditation created a framework for competition. Any company meeting standards could become a registrar.

Policy Development

ICANN’s policy processes — slow as they were — established rules that constrained monopoly behavior.

Verisign’s Emergence

In 2000, Verisign — a digital certificate company — acquired Network Solutions for $21 billion. This was one of the largest acquisitions of the dot-com era.

Verisign’s strategy:

  • Keep the valuable registry operations (.com, .net)
  • Eventually divest the registrar business
  • Focus on infrastructure rather than retail

The Registrar Sale

Under regulatory pressure, Verisign eventually sold the NSI registrar business:

  • 2003: Registrar operations sold to Pivotal Private Equity
  • Later: Various acquisitions led to Web.com ownership
  • NSI brand continues as a registrar, separate from Verisign

This completed the registry/registrar separation.

The ICANN-Verisign Battles

Even after SRS and separation, Verisign and ICANN clashed repeatedly:

Site Finder (2003)

Verisign implemented Site Finder — a service that redirected non-existent .com queries to a Verisign search page. This broke various internet protocols and was widely criticized.

ICANN demanded removal. Verisign sued. Eventually, Verisign backed down.

Renewal Pricing

ICANN and Verisign negotiated repeatedly over wholesale pricing:

  • Verisign wanted higher fees
  • ICANN (representing registrars and users) wanted caps
  • Political battles over every renewal

Current agreements allow modest annual price increases.

Contract Extensions

Every Verisign contract renewal triggered battles:

  • How long should the contract run?
  • What oversight should ICANN have?
  • Should the registry be re-competed?

Verisign’s position as the .com registry remains controversial but entrenched.

The Modern Registrar Ecosystem

By the mid-2000s, a competitive market had emerged:

Market Structure

Major Players:

  • GoDaddy: Dominant mass-market registrar (~77 million domains)
  • Namecheap: Price-competitive alternative
  • Google Domains: Tech giant entry (later sold to Squarespace)
  • Tucows/Hover: Reseller network and direct sales
  • Cloudflare: At-cost registrations with their services

Corporate Registrars:

  • CSC Global: Enterprise domain management
  • MarkMonitor: Brand protection focus
  • Safenames: International corporate clients

Regional Players:

  • OVH (France)
  • 1&1 IONOS (Germany)
  • Alibaba Cloud (China)

Pricing Today

Current retail prices for .com:

  • Budget: $8-10/year
  • Standard: $12-15/year
  • Premium service: $15-25/year

Wholesale registry fees are approximately $9/year — leaving slim margins that registrars supplement with add-on services.

New gTLD Competition

ICANN’s 2012 new gTLD program introduced hundreds of new TLDs:

  • .app, .dev (Google)
  • .amazon (Amazon)
  • .club, .xyz (independent registries)
  • Geographic TLDs (.nyc, .london)
  • Brand TLDs (.bmw, .apple)

This created competition at the TLD level, not just registrar level. Though .com remains dominant, alternatives exist.

Regulatory Framework Today

The current regulatory landscape includes:

ICANN Authority

ICANN accredits registrars, approves registries, and sets baseline policies. The Registrar Accreditation Agreement (RAA) governs registrar conduct.

National Regulation

Some countries regulate domain registration:

  • Consumer protection laws apply to domain sales
  • Data protection (GDPR in EU) affects WHOIS
  • Trade practice laws govern marketing

Industry Self-Regulation

The domain industry maintains various self-regulatory mechanisms:

  • Dispute resolution (UDRP)
  • Abuse reporting systems
  • Industry associations (Domain Name Association)

Lessons Learned

The DNS Wars taught several lessons:

Monopolies Don’t Self-Correct

NSI had no incentive to introduce competition. Change required government intervention and new governance structures.

Technical and Political Intertwine

DNS is technical infrastructure with profound political implications. Governance cannot be purely technical or purely political.

Competition Works

Introducing competition dramatically reduced prices and improved service. The domain market functions because multiple registrars compete.

Governance Is Hard

ICANN’s complex structure reflects competing interests. There’s no simple solution to governing a global resource.

Key Takeaways

  • DOJ and FTC investigated NSI’s monopoly practices
  • Congressional hearings shaped the policy environment
  • ICANN constrained NSI through registry agreements and accreditation
  • Verisign acquired NSI (2000) and eventually separated registry from registrar
  • The modern market has dozens of registrars competing on price and service
  • Wholesale .com prices are regulated; retail prices are competitive
  • The 2012 new gTLD program introduced TLD-level competition
  • The domain industry transformed from monopoly to market through sustained pressure

Conclusion

The DNS Wars — NSI’s monopoly, Postel’s intervention, government papers, ICANN’s creation, and antitrust pressure — established the governance framework we have today. It’s imperfect, contested, and evolving. But it transformed an essential internet resource from private monopoly to competitive market while maintaining the stability that DNS requires.

The next chapter provides a timeline of major DNS milestones, connecting these governance battles to the technical evolution of the Domain Name System.