.ieee

TLD SLA Compliance Monitoring

TLD SLA Compliance Metrics

Spec 10

DNS

Period Availability RTT Compliance RTT p50 RTT p95 Checks TSLAC
24h 100% 100% 27ms 88ms 352
7d 99.17% 99.17% 27ms 87ms 1920
30d 99.75% 99.75% 27ms 168ms 6480

RDAP

Period Availability RTT Compliance RTT p50 RTT p95 Checks TSLAC
24h 100% 100% 401ms 481ms 24
7d 98.33% 98.33% 408ms 830ms 120
30d 99.01% 99.01% 419ms 776ms 404

DNSSEC Validation Metrics

Registry Agreement Spec 6

DNSSEC is required by the Registry Agreement (Specification 6) but is not part of the Spec 10 SLA. We monitor DNSSEC validation independently.

Period Validation Rate RTT p50 RTT p95 Checks Status
24h 100% 37ms 103ms 36
7d 100% 38ms 103ms 238
30d 99.63% 38ms 175ms 806

Unlike Spec 10 services, DNSSEC has no formal availability SLA. Thresholds shown are operational guidelines.

Current Check Status

Reported by Any53 Probes
Type AF RTT Last Check Source Details Status TSLAC
DNS v4 1.2ms 54 minutes ago local NSID: u-ci-nominet1.uschi1. OK
DNS v6 1.3ms 161 days, 23 hours ago local NSID: u-ci-nominet2.uschi1. OK
DNSSEC v4 38ms 6 minutes ago local Key: 16667 OK
DNSSEC v6 103ms 6 minutes ago local Key: 16667 OK
RDAP v4 371ms 2 hours, 53 minutes ago local TLS 1.3 OK
RDAP v6 466ms 2 hours, 53 minutes ago local TLS 1.3 OK

RDAP HTTPS Timing

466ms total
DNS Lookup
182ms
TCP Connect
86ms
TLS Handshake
96ms
Time to First Byte
466ms

TLS 1.3 / TLS_AES_128_GCM_SHA256

Nameservers

8 IPs tested
Hostname IP Address AF ASN RPKI Status
dns1.nic.ieee 213.248.219.125 v4 AS43519
dns2.nic.ieee 103.49.83.125 v4 AS43519
dns3.nic.ieee 213.248.223.125 v4 AS43519
dns4.nic.ieee 43.230.51.125 v4 AS43519
dnsa.nic.ieee 156.154.100.3 v4 AS12008
dnsb.nic.ieee 156.154.101.3 v4 AS12008
dnsc.nic.ieee 156.154.102.3 v4 AS12008
dnsd.nic.ieee 156.154.103.3 v4 AS12008

Per ICANN Spec 10, we test all delegated nameserver IPs independently.

Test With Your Computer

DNS

dig @dns1.nic.ieee ieee. SOA +dnssec +nsid Query SOA with DNSSEC validation and NSID
drill -D ieee. SOA @dns1.nic.ieee Alternative using drill with DNSSEC trace

RDAP

curl -sS "https://rdap.nominet.uk/ieee/domain/nic.ieee" | jq . Fetch RDAP JSON (positive lookup)
curl -I -sS "https://rdap.nominet.uk/ieee/domain/nic.ieee" Headers only (check TLS, timing)
Open in Browser View RDAP response directly

Registry Information

Active
TLD .ieee
Operator IEEE Global LLC
RDAP Server https://rdap.nominet.uk/ieee/ RDAP Client

ICANN SLA Requirements

Per ICANN Registry Agreement Specification 10:

DNS SLA UDP RTT ≤ 500ms for 95% of queries. Availability: 99% (max 432 min/month downtime).
RDAP SLA RTT ≤ 4000ms for 95% of queries. Availability: 98% (max 864 min/month downtime).

API Access

JSON API

Access .ieee compliance metrics programmatically via our REST API.

Quick Start

GET /any53/api/v1/compliance/ieee/
curl -H "X-API-Key: ${YOUR_API_KEY}" \
  "https://www.any53.com/any53/api/v1/compliance/ieee/"

Example Response

{
  "tld": "ieee",
  "display_name": ".ieee",
  "operator": "IEEE Global LLC",
  "updated_at": "2026-01-31T12:00:00Z",
  "dns": {
    "availability_24h": 99.99,
    "rtt_p50_ms": 12,
    "rtt_p95_ms": 42,
    "sla_threshold_ms": 500
  },
  "rdds": {
    "protocol": "RDAP",
    "availability_24h": 99.95,
    "rtt_p50_ms": 180,
    "rtt_p95_ms": 412,
    "sla_threshold_ms": 4000
  },
  "servers": {
    "rdap_url": "https://rdap.nominet.uk/ieee/"
  },
  "spec10_compliant": true
}

Generate API Key

Get a free API key to start making requests. Provide an email to upgrade to the verified tier (600 requests/hour).

Endpoints

Endpoint Description Tier
GET /compliance/ List all monitored TLDs All
GET /compliance/{tld}/ Current metrics for a TLD All
GET /compliance/{tld}/history/ Historical time-series data Organization
GET /compliance/{tld}/probes/ Per-probe breakdown Organization
POST /compliance/keys/ Generate a new API key No auth

Rate Limits

Tier Rate Limit Features
Anonymous 100/hour Current snapshot, hourly aggregates
Verified 600/hour Current snapshot, hourly aggregates
Organization 6000/hour Historical data, per-minute resolution, per-probe breakdown