Autonomous System details
AS212895
Johannes Ernst — johannesernst.com
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Summary
| Country |
 Germany
|
| Organization | Johannes Ernst |
| Domain | johannesernst.com |
| Number of IPv4 | 512 |
| Number of IPv6 | 4.4005× 1027 |
| AS Type | ISP |
| Registry | RIPE NCC |
| Allocated | July 21, 2020 (about 5 years ago) |
| Updated | February 13, 2026 (about 1 months ago) |
IP Ranges
AS212895 announces 2 IPv4 ranges and 70 IPv6 ranges.
That's a total of 512 IPv4 addresses and 4.4005× 1027 IPv6 addresses.
| Prefix | Organization | Size | Registry | Status |
|---|---|---|---|---|
| 81.18.58.0/24 |
Private Customer
|
256 | RIPE NCC | SUB-ALLOCATED PA |
| 192.208.1.0/24 |
Private Customer
|
256 | ARIN | REASSIGNMENT |
| Prefix | Organization | Size | Registry | Status |
|---|---|---|---|---|
| 2602:fed2:7300::/48 |
 Statedrive LLC
|
1.2089× 1024 | ARIN | REALLOCATION |
| 2a11:6c7::/48 |
Route64-Backbone
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:1::/48 |
 ROUTE64-Amsterdam-Networks
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:2::/48 |
Route64-Kansas-City
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:3::/48 |
Route64-Backbone-Networks
|
1.2089× 1024 | RIPE NCC | ALLOCATED-BY-LIR |
| 2a11:6c7:4::/48 |
ROUTE64-Frankfurt1-Networks
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:5::/48 |
ROUTE64-Backbone-Networks-Amsterdam1
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:6::/48 |
Route64-Backbone-Networks
|
1.2089× 1024 | RIPE NCC | ALLOCATED-BY-LIR |
| 2a11:6c7:7::/48 |
Route64-Backbone-Networks
|
1.2089× 1024 | RIPE NCC | ALLOCATED-BY-LIR |
| 2a11:6c7:8::/48 |
 Route64-Norway
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:9::/48 |
ROUTE64-Amsterdam2-Networks
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:a::/48 |
Route64-Backbone-Networks
|
1.2089× 1024 | RIPE NCC | ALLOCATED-BY-LIR |
| 2a11:6c7:b::/48 |
Route64-Backbone-Networks
|
1.2089× 1024 | RIPE NCC | ALLOCATED-BY-LIR |
| 2a11:6c7:c::/48 |
 Route64-Customer-Anycast-Networks
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:11::/48 |
ROUTE64-Frankfurt-Networks
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:12::/48 |
ROUTE64-Frankfurt1-Networks
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:13::/48 |
ROUTE64-Frankfurt3-Networks
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:14::/48 |
ROUTE64-Kansas-City-Backbone-2
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:15::/48 |
 ROUTE64-Ireland-Backbone-1
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:17::/48 |
ROUTE64-USA-Ashburn
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:18::/48 |
 ROUTE64-France-Paris
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:20::/48 |
 Route64-Europe-Stockholm
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:21::/48 |
 Route64-Europe-London
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:22::/48 |
Route64-Europe-Paris-2
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:23::/48 |
Route64-Europe-Frankfurt-4
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f00::/48 |
Route64-Backbone-Networks
|
1.2089× 1024 | RIPE NCC | ALLOCATED-BY-LIR |
| 2a11:6c7:f01::/48 |
 Route64-Transport-Networks-Tunnelbroker-Europe
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f03::/48 |
Route64-Tunnelbroker-Transport-Networks-Americas
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f04::/48 |
Route64-Tunnelbroker-Transport-Networks-Europe
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f05::/48 |
Route64-Tunnelbroker-Transport-Networks-Frankfurt
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f06::/48 |
Route64-Tunnelbroker-Transport-Networks-London
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f07::/48 |
Route64-Tunnelbroker-Transport-Networks-Singapore
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f09::/48 |
Route64-Tunnelbroker-Transport-Networks-Dallas
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f10::/48 |
Route64-Tunnelbroker-BGP-Transport-Networks-Singapore
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f11::/48 |
Route64-Tunnelbroker-Transport-Networks-Amsterdam
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f12::/48 |
Route64-Tunnelbroker-BGP-Transport-Networks-Amsterdam
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f13::/48 |
ROUTE64-Frankfurt4-Networks
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f16::/48 |
Route64-Tunnelbroker-BGP-Transport-Networks-Kansas-City
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f17::/48 |
Route64-Tunnelbroker-Transport-Networks-Kansas-City
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f18::/48 |
Route64-Tunnelbroker-BGP-Transport-Networks-Dublin
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f19::/48 |
Route64-Tunnelbroker-Transport-Networks-Dublin
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f22::/48 |
Route64-Tunnelbroker-BGP-Transport-Networks-Norway
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f23::/48 |
Route64-Tunnelbroker-Transport-Networks-Norway
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f24::/48 |
Route64-Tunnelbroker-BGP-Transport-Networks-Ashburn
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f25::/48 |
Route64-Tunnelbroker-Transport-Networks-Ashburn
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f26::/48 |
Route64-Tunnelbroker-BGP-Transport-Networks-Paris
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f27::/48 |
Route64-Tunnelbroker-Transport-Networks-Paris
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f30::/48 |
Route64-Tunnelbroker-BGP-Transport-Networks-Stockholm
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f31::/48 |
Route64-Tunnelbroker-Transport-Networks-Stockholm
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f32::/48 |
Route64-Tunnelbroker-BGP-Transport-Networks-Fremont
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f33::/48 |
Route64-Tunnelbroker-Transport-Networks-Fremont
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f34::/48 |
 Route64-Tunnelbroker-BGP-Transport-Networks-Torronto
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f35::/48 |
Route64-Tunnelbroker-Transport-Networks-Torronto
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f38::/48 |
Route64-Tunnelbroker-BGP-Transport-Networks-Paris-2
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:f39::/48 |
Route64-Tunnelbroker-Transport-Networks-Paris-2
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:1100::/40 |
Route64-Tunnelbroker-IPv6-Dial-in-Ranges
|
3.0949× 1026 | RIPE NCC | ASSIGNED |
| 2a11:6c7:1200::/40 |
Route64-Tunnelbroker-IPv6-Dial-in-Ranges
|
3.0949× 1026 | RIPE NCC | ASSIGNED |
| 2a11:6c7:1400::/40 |
Route64-Tunnelbroker-IPv6-Dial-in-Ranges
|
3.0949× 1026 | RIPE NCC | ASSIGNED |
| 2a11:6c7:1500::/40 |
Route64-Tunnelbroker-IPv6-Dial-in-Ranges
|
3.0949× 1026 | RIPE NCC | ASSIGNED |
| 2a11:6c7:1600::/40 |
Route64-Tunnelbroker-IPv6-Dial-in-Ranges
|
3.0949× 1026 | RIPE NCC | ASSIGNED |
| 2a11:6c7:1700::/40 |
Route64-Tunnelbroker-IPv6-Dial-in-Ranges
|
3.0949× 1026 | RIPE NCC | ASSIGNED |
| 2a11:6c7:1800::/40 |
Route64-Tunnelbroker-IPv6-Dial-in-Ranges
|
3.0949× 1026 | RIPE NCC | ASSIGNED |
| 2a11:6c7:1900::/40 |
Route64-Tunnelbroker-IPv6-Dial-in-Ranges-Paris-2
|
3.0949× 1026 | RIPE NCC | ASSIGNED |
| 2a11:6c7:1e01::/48 |
Route64-Anycast-IPv6-Dial-in-Ranges
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a11:6c7:2000::/40 |
Route64-Tunnelbroker-IPv6-Dial-in-Ranges-Kansas-City
|
3.0949× 1026 | RIPE NCC | ASSIGNED |
| 2a11:6c7:2200::/40 |
Route64-Tunnelbroker-IPv6-Dial-in-Ranges-USA-Dallas
|
3.0949× 1026 | RIPE NCC | ASSIGNED |
| 2a11:6c7:2300::/40 |
Route64-Tunnelbroker-IPv6-Dial-in-Ranges-USA-Ashburn
|
3.0949× 1026 | RIPE NCC | ASSIGNED |
| 2a11:6c7:2500::/40 |
Route64-Tunnelbroker-IPv6-Dial-in-Ranges-USA-Fremont
|
3.0949× 1026 | RIPE NCC | ASSIGNED |
| 2a11:6c7:2600::/40 |
Route64-Tunnelbroker-IPv6-Dial-in-Ranges-USA-Torronto
|
3.0949× 1026 | RIPE NCC | ASSIGNED |
| 2a11:6c7:3000::/40 |
Route64-Tunnelbroker-IPv6-Dial-In-Range-Singapore
|
3.0949× 1026 | RIPE NCC | ASSIGNED |
Peers
AS212895 actively fosters the following peering relationships that enhance network performance through direct, settlement-free traffic exchange. Even with a modest number of peers, each connection serves as a strategic asset—optimizing routing, reducing latency, and minimizing transit costs.
AS293
AS559
AS917
AS1031
AS1103
AS1140
AS1764
AS1828
AS2027
AS3170
AS3214
AS3216
AS3303
AS3333
AS3399
AS3701
AS4181
AS4230
AS4455
AS5713
AS6057
AS6696
AS6777
AS6894
AS6939
AS7575
AS7713
AS8218
AS8283
AS8298
AS8529
AS9002
AS9044
AS12552
AS12637
AS12779
AS12859
AS12969
AS13237
AS14630
AS14907
AS15547
AS15576
AS15605
AS16347
AS18106
AS20055
AS20485
AS20764
AS20932
AS21738
AS24482
AS24961
AS25091
AS25160
AS25220
AS28792
AS28917
AS29075
AS29140
AS30844
AS31742
AS34019
AS34177
AS34288
AS35008
AS35266
AS35280
AS35598
AS35600
AS37100
AS37468
AS37497
AS37662
AS37721
AS38880
AS39120
AS39122
AS39351
AS41327
AS41666
AS42541
AS45352
AS47147
AS47692
AS48070
AS48185
AS48362
AS48919
AS49434
AS49544
AS49605
AS49673
AS50300
AS50304
AS50763
AS50869
AS51184
AS51185
AS51873
AS52075
AS52320
AS53828
AS56655
AS56987
AS58057
AS58299
AS58511
AS60326
AS61049
AS62167
AS64475
AS132337
AS137409
AS199524
AS199938
AS202365
AS202580
AS204092
AS205112
AS208972
AS209823
AS212483
AS262761
AS263152
AS263444
AS271253
AS394256
Upstreams
AS212895 connects to the global Internet via at least 13 upstream providers. In this setup, AS212895 acts as a customer, subscribing to these transit services to obtain full BGP routing information and ensure reliable, redundant access to external networks.
Downstreams
AS212895 serves as a transit provider the following ASes, delivering the BGP routes needed for global connectivity. This downstream relationship underscores AS212895's role in extending Internet access beyond its own infrastructure.
AS1046
AS9423
AS13317
AS33711
AS40205
AS44375
AS51351
AS54281
AS58626
AS61953
AS151805
AS197305
AS199950
AS201392
AS201694
AS203226
AS204150
AS206208
AS208487
AS209828
AS209990
AS210320
AS210622
AS212415
AS213959
AS214675
AS214769
AS214844
AS215004
AS215296
AS215760
AS215769
AS215916
AS271200
AS274033
AS397656
AS399899
AS401575
AS401703
AS402194