Articles
- Registry Service Providers
- How Registry Service Providers Operate TLD Infrastructure
- How TLD Operators Select a Registry Service Provider
- Registry Backend Migration and Transition Risk
- Registry Operator vs Registry Service Provider
- Security and Resilience Requirements for Registry Service Providers
- Shared vs Dedicated Registry Service Provider Models
- The Future of Registry Service Provider Consolidation
- The Role of Registry Service Providers in gTLD and ccTLD Markets
- Understanding the ICANN Registry Service Provider Evaluation
- What Is a Registry Service Provider?
- Registry Platforms
- What Is a Domain Registry Platform?
- Building vs Licensing a Registry Platform
- Core Components of a TLD Registry Platform
- Domain Lifecycle Management Inside a Registry Database
- How EPP Connects Registrars With Domain Registries
- IDN and Domain Variant Support in Registry Platforms
- Migrating a TLD to a New Registry Platform
- Registrar Portals, APIs and Registry Account Management
- Registry Billing, Pricing and Premium Domain Management
- WHOIS and RDAP Services Inside Registry Platforms
- Enterprise Server Infrastructure
- Bare-Metal vs Virtualized Registry Infrastructure
- Compute Architecture for High-Availability Registry Systems
- Enterprise Server Infrastructure Behind Domain Registries
- Processing and Memory Requirements for Registry Workloads
- Capacity Planning for Peak Domain Registration Activity
- Hardware Supply Chain Risk in Critical Registry Infrastructure
- Hardware Vendor Dependence and Digital Sovereignty
- Secure Boot and Hardware Trust in Registry Systems
- Server Clustering and Automated Failover in Registry Operations
- Server Lifecycle, Firmware and Patch Management
- Data Storage Infrastructure
- Data Storage Architecture for Domain Registries
- Block, File and Object Storage in Registry Environments
- Detecting Data Corruption in Registry Storage Systems
- Encryption of Registry Data at Rest
- Immutable Backups and Registry Data Protection
- Live Replication vs Backup in Registry Infrastructure
- Recovery Point and Recovery Time Objectives for TLD Registries
- Storage Capacity and Retention Planning for Registry Data
- Storage Replication Across Registry Locations
- Storage Vendor Lock-In and Registry Data Portability
- Database Technology
- The Role of Databases in Domain Registry Operations
- Active-Active vs Active-Passive Registry Databases
- Audit Logs and Historical Records in Registry Databases
- Database Replication for Registry Availability
- Managing Concurrent EPP Transactions Without Data Conflict
- Managing Concurrent EPP Transactions Without Data Conflict
- Point-in-Time Recovery for Registry Data
- Registry Database Migration Without Operational Downtime
- Registry Database Schemas and Domain Lifecycle Records
- Relational vs Distributed Databases for TLD Registries
- Transaction Consistency and ACID Requirements in Registry Systems
- DNS & Anycast Infrastructure
- Authoritative DNS Infrastructure for Domain Registries
- BGP Routing Dependencies in Anycast DNS Networks
- DDoS Resilience in Authoritative DNS Infrastructure
- How Anycast DNS Supports Global TLD Availability
- How TLD DNS Outages Occur
- Monitoring Authoritative DNS Performance and Availability
- Multi-Provider DNS and Infrastructure Sovereignty
- Primary and Secondary DNS Models for TLD Registries
- Registry Zone Generation and DNS Publication
- TTL Management and DNS Propagation at Registry Level
- DNSSEC & Cryptographic Infrastructure
- The Role of DNSSEC in Domain Registry Security
- Algorithm Agility and the Future of DNSSEC
- DNSSEC Key Ceremonies Inside TLD Registries
- DNSSEC Key Rollover and Operational Continuity
- How DNSSEC Signing Failures Affect an Entire TLD
- How Registries Process DS Records Through EPP
- Key Signing Keys vs Zone Signing Keys
- Measuring DNSSEC Operational Maturity in Registries
- Trust Anchors, Auditing and Cryptographic Accountability
- Understanding the DNSSEC Chain of Trust
- Hardware Security Modules
- What Is a Hardware Security Module?
- Cryptographic Key Custody and Access Control
- FIPS and Common Criteria Standards for HSMs
- How HSMs Protect DNSSEC Signing Keys
- HSM Backup and Cryptographic Key Recovery
- HSM Clustering and Geographic Redundancy
- HSM Vendor Lock-In and Key Migration
- Key Ceremonies and HSM Audit Trails
- On-Premises vs Cloud HSMs for Registry Infrastructure
- Responding to HSM Failure or Compromise
- Registry Data Escrow
- What Is Domain Registry Data Escrow?
- Data Escrow, EBERO and Emergency Registry Continuity
- Encrypting and Authenticating Registry Escrow Data
- Full vs Incremental Registry Escrow Deposits
- ICANN Data Escrow Requirements for gTLD Registries
- Registry Escrow Deposit Validation and Error Detection
- Registry Escrow Privacy and Data Sovereignty
- Testing Registry Recovery From Escrow Deposits
- The Role of Registry Data Escrow Agents
- What Information Is Included in a Registry Escrow Deposit?
- Data Centers & Colocation
- The Role of Data Centers in Domain Registry Infrastructure
- Colocation vs Cloud Infrastructure for TLD Registries
- Data Center Resilience Levels for Critical Registry Systems
- Geographic Redundancy Across Registry Data Centers
- Geographic Risk and Data Center Location Strategy
- Jurisdiction and Data Sovereignty in Registry Hosting
- Multi-Site Failover Testing for Registry Operations
- Network Carrier Diversity in Registry Facilities
- Physical Security Controls for Registry Infrastructure
- Power, Cooling and Environmental Control for Registry Servers