{% breadcrumb_schema breadcrumbs=[ ('Home', '/'), ('Bitcoin Nodes', '/bitcoin/nodes/overview.html'), ('Hosting Statistics', '/bitcoin/nodes/statistics/') ] %}
← Back to Node Overview
🏢

Hosting Provider Statistics

Which hosting providers run the most Bitcoin nodes? Who has the best uptime?

Understanding where Bitcoin nodes are hosted helps assess network decentralization. While large cloud providers offer convenience, a diverse distribution across many providers and home networks makes Bitcoin more resilient against outages and censorship.

13826 Active Nodes
641 Unique Providers (ASN)
🏆

Top 20 Hosters by Node Count

# Provider Nodes Uptime
1
HETZNER-AS, DE
24940
468
88.14%
2
AKAMAI-LINODE-AP Akamai Connected Cloud, SG
63949
336
99.32%
3
GOOGLE-CLOUD-PLATFORM, US
396982
336
53.91%
4
AMAZON-02, US
16509
305
50.48%
5
AS401199, US
401199
262
99.18%
6
OVH, FR
16276
215
77.66%
7
AS12029, US
12029
187
98.91%
8
AS29798, US
29798
173
98.88%
9
DIGITALOCEAN-ASN, US
14061
103
83.38%
10
PROXAD, FR
12322
87
14.38%
11
CONTABO, DE
51167
75
62.23%
12
ATT-INTERNET4, US
7018
73
25.5%
13
COMCAST-7922, US
7922
64
22.05%
14
IONOS-AS This is the joint network for IONOS, Fasthosts, Arsys, 1&1 Mail and Media and 1&1 Telecom. Formerly known as 1&1 Internet SE., DE
8560
53
66.06%
15
UUNET, US
701
36
28.66%
16
NODL-CH, FR
45021
35
92.68%
17
HURRICANE, US
6939
33
58.77%
18
AMAZON-AES, US
14618
31
51.09%
19
NETCUP-AS netcup GmbH, DE
197540
29
35.54%
20
SWISSCOM Swisscom Switzerland Ltd, CH
3303
26
13.78%
⏱️

Best Uptime Ranking

Only providers with at least 5 nodes (7-day average)

# Provider Uptime Checks
1
AKAMAI-LINODE-AP Akamai Connected Cloud, SG
336 nodes
99.32%
20453
2
AS401199, US
262 nodes
99.18%
1348
3
AS12029, US
187 nodes
98.91%
1191
4
AS29798, US
173 nodes
98.88%
1159
5
HETZNER-AS, DE
468 nodes
88.14%
5699
6
DIGITALOCEAN-ASN, US
103 nodes
83.38%
1023
7
OVH, FR
215 nodes
77.66%
1392
8
IONOS-AS This is the joint network for IONOS, Fasthosts, Arsys, 1&1 Mail and Media and 1&1 Telecom.
53 nodes
66.06%
221
9
CONTABO, DE
75 nodes
62.23%
654
10
HURRICANE, US
33 nodes
58.77%
211
11
GOOGLE-CLOUD-PLATFORM, US
336 nodes
53.91%
358
12
AMAZON-AES, US
31 nodes
51.09%
366
13
AMAZON-02, US
305 nodes
50.48%
1965
14
NETCUP-AS netcup GmbH, DE
29 nodes
35.54%
121
15
UUNET, US
36 nodes
28.66%
1312
16
ATT-INTERNET4, US
73 nodes
25.5%
1596
17
COMCAST-7922, US
64 nodes
22.05%
2440
18
PROXAD, FR
87 nodes
14.38%
1899
19
SWISSCOM Swisscom Switzerland Ltd, CH
26 nodes
13.78%
370
ℹ️

About This Data

What is an ASN?

An Autonomous System Number (ASN) identifies a network or hosting provider on the internet. Each provider like Hetzner, AWS, or DigitalOcean has one or more ASNs.

How is Uptime calculated?

We check each node's reachability every few minutes. Uptime is the percentage of successful connection attempts over the last 7 days.

Uptime Legend

≥99% Excellent
≥95% Good
≥80% Average
<80% Poor

Frequently Asked Questions

Which hosting provider is best for running a Bitcoin node?

The best provider depends on your priorities. For maximum uptime, check our uptime rankings above. For decentralization, consider using a less common provider or running a node at home. Providers with many nodes already (like Hetzner or AWS) may face more scrutiny during network stress events.

Why is hosting provider diversity important for Bitcoin?

If too many nodes run on a single provider, a datacenter outage, legal pressure, or policy change could affect network stability. Geographic and provider diversity makes Bitcoin more resistant to censorship and single points of failure.

How much does it cost to run a Bitcoin node on a VPS?

VPS costs range from €5-20/month for a basic setup with sufficient storage (1+ TB). Some providers offer dedicated Bitcoin node hosting. Running at home on a Raspberry Pi costs only electricity (about €15-30/year) after the initial hardware investment.

What is a good uptime for a Bitcoin node?

For optimal network contribution, aim for 99%+ uptime. Brief downtimes for updates are normal. Our uptime ranking shows which providers consistently achieve high availability. Nodes with poor uptime (<80%) still contribute when online but may miss important network events.