BGP Full View — RIPE RIS RRC00data as of 2026-06-29 20:36

Source: data.ris.ripe.net/rrc00/latest-bview.gz (MRT TABLE_DUMP_V2). For each announced prefix — the distinct origin ASN(s).
🗺 IPv4 address-space map → 📊 ASN TOP →
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IPv4 prefixes
1 097 942
IPv4 origin ASNs
77 814
IPv4 MOAS
5 756
IPv6 prefixes
0
IPv6 origin ASNs
0
IPv6 MOAS
0

IPv4 prefixes by size /1–/24 only, excl. /0 default

MaskPrefixesAddresses
/8 16
268 435 456
/9 14
117 440 512
/10 39
163 577 856
/11 97
203 423 744
/12 305
319 815 680
/13 590
309 329 920
/14 1 201
314 834 944
/15 2 174
284 950 528
/16 13 905
911 278 080
/17 8 717
285 638 656
/18 14 067
230 473 728
/19 26 682
218 578 944
/20 48 613
199 118 848
/21 56 038
114 765 824
/22 118 712
121 561 088
/23 119 325
61 094 400
/24 687 446
175 986 176
Total 1 097 941 4 300 304 384
BGP /24 coverage of total IPv4 space
Announced in BGP 3 129 602 816 addr 72.87%
Not announced 1 165 364 480 addr 27.13%
↳ technical / special-use (not meant to be announced) 592 584 704 addr 50.85%
↳ routable but not announced 572 779 776 addr 49.15%
    — of total IPv4 space 13.34%
    — of announceable space (total − tech/reserved) 15.47%
Context
Total IPv4 /24 blocks 16 777 216 /24
Reserved + tech /24 (0/8, 10/8, 127/8, 224–255/8, 100.64/10, 169.254/16, 172.16/12, 192.168/16, …) 2 315 269 /24 13.80%
Of those, announced anyway (bogon leaks) 485 /24 0.02%

IPv6 prefixes by size /1–/48 only, addresses as /48 site-counts

MaskPrefixes/48 subnets
Total 0 0
IPv4 (1 097 942) IPv6 (0)
Reset
Found 29 IPv4 prefixes · ASN: AS50477 · showing 1–29
# Prefix ↓ Mask Range Origin ASN MOAS
1 194.58.184.0/21 /21 194.58.184.0 – 194.58.191.255 AS50477 1
2 194.58.172.0/22 /22 194.58.172.0 – 194.58.175.255 AS50477 1
3 194.58.168.0/22 /22 194.58.168.0 – 194.58.171.255 AS50477 1
4 185.188.96.0/24 /24 185.188.96.0 – 185.188.96.255 AS50477 1
5 185.188.96.0/22 /22 185.188.96.0 – 185.188.99.255 AS50477 1
6 185.34.244.0/22 /22 185.34.244.0 – 185.34.247.255 AS50477 1
7 178.57.56.0/21 /21 178.57.56.0 – 178.57.63.255 AS50477 1
8 134.19.156.0/23 /23 134.19.156.0 – 134.19.157.255 AS50477 1
9 134.19.156.0/22 /22 134.19.156.0 – 134.19.159.255 AS50477 1
10 134.19.154.0/24 /24 134.19.154.0 – 134.19.154.255 AS50477 1
11 134.19.154.0/23 /23 134.19.154.0 – 134.19.155.255 AS50477 1
12 134.19.153.0/24 /24 134.19.153.0 – 134.19.153.255 AS50477 1
13 134.19.152.0/24 /24 134.19.152.0 – 134.19.152.255 AS50477 1
14 134.19.144.0/21 /21 134.19.144.0 – 134.19.151.255 AS50477 1
15 109.236.216.0/21 /21 109.236.216.0 – 109.236.223.255 AS50477 1
16 109.236.212.0/22 /22 109.236.212.0 – 109.236.215.255 AS50477 1
17 109.236.211.0/24 /24 109.236.211.0 – 109.236.211.255 AS50477 1
18 109.236.210.0/24 /24 109.236.210.0 – 109.236.210.255 AS50477 1
19 109.236.208.0/23 /23 109.236.208.0 – 109.236.209.255 AS50477 1
20 46.19.116.0/22 /22 46.19.116.0 – 46.19.119.255 AS50477 1
21 46.19.115.0/24 /24 46.19.115.0 – 46.19.115.255 AS50477 1
22 46.19.114.0/24 /24 46.19.114.0 – 46.19.114.255 AS50477 1
23 46.19.112.0/23 /23 46.19.112.0 – 46.19.113.255 AS50477 1
24 5.149.206.0/24 /24 5.149.206.0 – 5.149.206.255 AS50477 1
25 5.149.205.0/24 /24 5.149.205.0 – 5.149.205.255 AS50477 1
26 5.149.204.0/24 /24 5.149.204.0 – 5.149.204.255 AS50477 1
27 5.149.204.0/22 /22 5.149.204.0 – 5.149.207.255 AS50477 1
28 5.149.201.0/24 /24 5.149.201.0 – 5.149.201.255 AS50477 1
29 5.149.200.0/22 /22 5.149.200.0 – 5.149.203.255 AS50477 1