DigitalOcean IP ranges
DigitalOcean uses 1,090 IPv4 blocks and 148 IPv6 blocks, covering about 3.2 million unique IPv4 addresses, announced from AS14061. IPDebrief has analysed 9,054 addresses in these ranges; 80 (0.9%) currently carry a higher risk score.
- IPv4 blocks
- 1,090
- IPv6 blocks
- 148
- Unique IPv4 addresses
- 3,150,592
- Countries
- 8
- Analysed addresses
- 9,054
- Higher risk
- 0.9%
Range data updated 2026-11-07
About DigitalOcean
DigitalOcean is a developer-focused cloud known for inexpensive virtual machines (Droplets), managed databases and Kubernetes. It publishes a geolocation feed that maps each of its ranges to a country and city, so locations for DigitalOcean addresses are generally reliable at the data-centre level.
What traffic from DigitalOcean addresses usually means
Hosting and VPS addresses run websites, game servers, VPN endpoints and personal projects. Low prices and quick provisioning make them popular for legitimate self-hosting and, equally, for scanners, proxies and short-lived abuse infrastructure. Traffic from these ranges to a consumer-facing site is usually automated or routed through a VPN or proxy rather than coming from a home connection.
Largest DigitalOcean IPv4 ranges
46.101.128.0/17107.170.0.0/17162.243.0.0/17188.226.128.0/1745.55.128.0/1845.55.192.0/1846.101.0.0/18104.131.0.0/18
Top countries by address blocks
- 馃嚭馃嚫 United States
- 馃嚦馃嚤 Netherlands
- 馃嚛馃嚜 Germany
- 馃嚫馃嚞 Singapore
- 馃嚞馃嚙 United Kingdom
- 馃嚠馃嚦 India
- 馃嚚馃嚘 Canada
- 馃嚘馃嚭 Australia
DigitalOcean networks (ASNs)
Recently analysed DigitalOcean addresses
- 162.243.103.246
- 139.59.86.13
- 68.183.9.16
- 138.197.124.121
- 134.122.125.153
- 178.62.3.223
- 167.99.234.119
- 128.199.205.41
- 209.38.69.12
- 206.81.14.245
- 206.81.24.74
- 206.189.19.19
- 206.189.152.195
- 107.170.65.169
- 138.197.163.192
- 139.59.13.249
- 64.227.97.195
- 64.227.109.89
- 64.227.108.146
- 64.226.65.160
- 178.128.183.16
- 165.22.75.30
- 157.245.39.107
- 159.65.226.164
- 159.223.33.0
- 146.190.119.114
- 167.172.40.9
- 159.65.131.35
- 146.190.175.10
- 159.65.168.103
- 142.93.129.190
- 165.232.104.97
- 168.144.116.40
- 198.199.72.47
- 165.227.167.247
- 157.245.114.183
- 159.89.31.111
- 167.99.214.119
- 139.59.96.28
- 167.71.68.1
- 142.93.161.30
- 167.172.163.111
- 165.232.122.76
- 159.223.204.192
- 178.128.50.118
- 159.89.132.71
- 46.101.137.209
- 168.144.132.217
- 157.245.251.13
- 138.197.45.190
- 165.232.191.199
- 159.223.97.27
- 67.207.93.1
- 168.144.151.151
- 139.59.136.57
- 146.190.229.108
- 164.92.167.235
- 134.122.93.100
- 201.79.8.51
- 206.189.135.159
Frequently asked questions
How many IP addresses does DigitalOcean have?
DigitalOcean uses 1,090 IPv4 and 148 IPv6 address blocks. After merging overlapping ranges, the IPv4 blocks cover about 3.2 million unique addresses. Counts change as the provider adds, retires or transfers address space.
How can I check if an IP address belongs to DigitalOcean?
Enter the address in the IPDebrief IP lookup. If it falls inside one of DigitalOcean's ranges, the profile names the provider alongside the announcing network, location and risk signals.
Which ASN does DigitalOcean use?
DigitalOcean announces its address space from AS14061. An autonomous system number identifies the network that routes the addresses on the internet; each ASN page lists the analysed addresses observed in that network.
Is traffic from DigitalOcean IP addresses safe?
Hosting and VPS addresses run websites, game servers, VPN endpoints and personal projects. Low prices and quick provisioning make them popular for legitimate self-hosting and, equally, for scanners, proxies and short-lived abuse infrastructure. Traffic from these ranges to a consumer-facing site is usually automated or routed through a VPN or proxy rather than coming from a home connection. Of the 9,054 DigitalOcean addresses IPDebrief has analysed, 80 (0.9%) currently score as higher risk, so judge each address on its own profile.
Where does this IP range data come from?
Ranges are compiled from address lists the operator publishes and from global routing data, refreshed regularly. Address-level risk comes from independent observations of each address, recomputed in the background.