Summary

Country
CH Switzerland
Organization FSIT AG
Domain fsit.com
Number of IPv4 2,048
Number of IPv6 1.2677× 1030
AS Type Hosting
Registry RIPE NCC
Allocated August 20, 2014 (about 12 years ago)
Updated February 10, 2025 (about 1 year ago)

IP Ranges

AS59891 announces 8 IPv4 ranges and 17 IPv6 ranges.

That's a total of 2,048 IPv4 addresses and 1.2677× 1030 IPv6 addresses.

Prefix Organization Size Registry Status
185.32.124.0/24
CH Ch-die001, Infra001
256 RIPE NCC ASSIGNED PA
185.32.125.0/24
CH Ch-die001, Dedicated Server
256 RIPE NCC ASSIGNED PA
185.32.126.0/24
CH CH-ZG001
256 RIPE NCC ASSIGNED PA
185.32.127.0/24
CH FSIT AG
256 RIPE NCC ALLOCATED PA
185.150.28.0/24
CH FSIT-AG-185-150-28-0
256 RIPE NCC ASSIGNED PA
185.150.29.0/24
CH FSIT-AG-185-150-29-0
256 RIPE NCC ASSIGNED PA
185.150.30.0/24
CH FSIT-AG-185-150-30-0
256 RIPE NCC ASSIGNED PA
185.150.31.0/24
CH FSIT-AG-185-150-31-0
256 RIPE NCC ASSIGNED PA
Prefix Organization Size Registry Status
2001:67c:17a4::/48
CH Alex Faes
1.2089× 1024 RIPE NCC ASSIGNED PI
2a00:c1e0::/32
CH Ch-die001, Infra001
7.9228× 1028 RIPE NCC ASSIGNED
2a00:c1e1::/32
CH Ch-zg001. Routing
7.9228× 1028 RIPE NCC ASSIGNED
2a00:c1e2::/32
CH FSIT AG
7.9228× 1028 RIPE NCC ALLOCATED-BY-RIR
2a00:c1e3::/32
CH FSIT AG
7.9228× 1028 RIPE NCC ALLOCATED-BY-RIR
2a00:c1e4::/32
CH FSIT AG
7.9228× 1028 RIPE NCC ALLOCATED-BY-RIR
2a00:c1e5::/32
CH FSIT AG
7.9228× 1028 RIPE NCC ALLOCATED-BY-RIR
2a00:c1e6::/32
CH FSIT AG
7.9228× 1028 RIPE NCC ALLOCATED-BY-RIR
2a00:c1e7::/32
CH FSIT AG
7.9228× 1028 RIPE NCC ALLOCATED-BY-RIR
2a07:6d80::/32
CH FSIT AG
7.9228× 1028 RIPE NCC ALLOCATED-BY-RIR
2a07:6d81::/32
CH FSIT AG
7.9228× 1028 RIPE NCC ALLOCATED-BY-RIR
2a07:6d82::/32
CH FSIT AG
7.9228× 1028 RIPE NCC ALLOCATED-BY-RIR
2a07:6d83::/32
CH FSIT AG
7.9228× 1028 RIPE NCC ALLOCATED-BY-RIR
2a07:6d84::/32
CH FSIT AG
7.9228× 1028 RIPE NCC ALLOCATED-BY-RIR
2a07:6d85::/32
CH FSIT AG
7.9228× 1028 RIPE NCC ALLOCATED-BY-RIR
2a07:6d86::/32
CH FSIT AG
7.9228× 1028 RIPE NCC ALLOCATED-BY-RIR
2a07:6d87::/32
CH FSIT AG
7.9228× 1028 RIPE NCC ALLOCATED-BY-RIR

Peers

AS59891 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.

AS42 AS559 AS1764 AS1836 AS1921 AS2686 AS2906 AS3250 AS3856 AS4229 AS4455 AS4775 AS5385 AS5405 AS6507 AS6772 AS6776 AS6853 AS6939 AS7713 AS8075 AS8218 AS8283 AS8298 AS8302 AS8431 AS8648 AS8674 AS8758 AS8801 AS8804 AS8821 AS8860 AS8866 AS9009 AS9044 AS9092 AS9498 AS9541 AS9658 AS9875 AS10099 AS12307 AS12333 AS12347 AS12387 AS12553 AS12586 AS12615 AS12735 AS12741 AS13101 AS13150 AS13237 AS13250 AS13334 AS13335 AS14840 AS15169 AS15398 AS15517 AS15547 AS15576 AS15600 AS15623 AS15695 AS15796 AS15830 AS16242 AS16276 AS16509 AS17450 AS17727 AS19551 AS20546 AS20612 AS20634 AS20911 AS20932 AS20940 AS21040 AS21215 AS21232 AS22915 AS23953 AS24204 AS24482 AS24492 AS24527 AS24585 AS24889 AS24951 AS24961 AS25091 AS25220 AS25369 AS25374 AS25375 AS25394 AS25435 AS25563 AS25581 AS26415 AS28875 AS29030 AS29049 AS29075 AS29097 AS29222 AS29551 AS29655 AS29668 AS29687 AS29691 AS30786 AS31025 AS31184 AS31298 AS31396 AS31424 AS31490 AS31572 AS31662 AS31736 AS32787 AS33845 AS33891 AS33965 AS34019 AS34170 AS34177 AS34288 AS34347 AS34368 AS34577 AS34578 AS34772 AS34800 AS34924 AS34927 AS34960 AS35202 AS35223 AS35360 AS35366 AS35793 AS35805 AS36236 AS39063 AS39120 AS39351 AS39396 AS39419 AS39526 AS39764 AS39810 AS40627 AS41549 AS41624 AS41655 AS41913 AS42346 AS42357 AS42446 AS42473 AS42596 AS42739 AS42760 AS43284 AS43380 AS43440 AS43733 AS45009 AS45147 AS47147 AS47176 AS47194 AS47302 AS47617 AS47689 AS47927 AS47957 AS48152 AS48362 AS48435 AS48461 AS48885 AS49121 AS49296 AS49489 AS49544 AS49740 AS49983 AS50049 AS50598 AS50837 AS51058 AS51154 AS51184 AS51505 AS51699 AS51873 AS51907 AS52025 AS52183 AS53062 AS55256 AS56654 AS56987 AS57043 AS57118 AS57210 AS57407 AS57433 AS57634 AS57777 AS57821 AS58057 AS58115 AS58299 AS59238 AS59414 AS59790 AS59890 AS59905 AS60202 AS60230 AS60486 AS60804 AS61098 AS61174 AS61232 AS61287 AS61363 AS61423 AS62035 AS62044 AS62167 AS62512 AS62787 AS63023 AS63859 AS64313 AS64442 AS64445 AS132337 AS133815 AS141889 AS149670 AS149744 AS152144 AS152565 AS196621 AS196624 AS196810 AS196925 AS197964 AS198150 AS198288 AS198385 AS198402 AS198765 AS198951 AS199081 AS199163 AS199442 AS199554 AS199562 AS199662 AS199811 AS199950 AS199958 AS199995 AS199996 AS200275 AS200544 AS200899 AS200924 AS201225 AS202032 AS202309 AS202365 AS203420 AS203434 AS203478 AS203729 AS204281 AS204310 AS204539 AS204631 AS204921 AS205678 AS205845 AS205941 AS206208 AS206423 AS206477 AS206492 AS206616 AS206735 AS206755 AS207335 AS207439 AS208389 AS208444 AS209150 AS209823 AS210861 AS210957 AS211244 AS211452 AS211826 AS212049 AS212071 AS212415 AS212635 AS212762 AS212865 AS213124 AS213905 AS214170 AS214205 AS214371 AS214757 AS214815 AS215044 AS215140 AS215248 AS215628 AS215782 AS215872 AS219412 AS262355 AS263444 AS393577 AS397700 AS400671 AS402766

Upstreams

AS59891 connects to the global Internet via at least 2 upstream providers. In this setup, AS59891 acts as a customer, subscribing to these transit services to obtain full BGP routing information and ensure reliable, redundant access to external networks.

Downstreams

AS59891 serves as a transit provider the following ASes, delivering the BGP routes needed for global connectivity. This downstream relationship underscores AS59891's role in extending Internet access beyond its own infrastructure.

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