DigitalOcean IP ranges & what they mean for fraud

DigitalOcean droplets are the classic five-dollar VPS: instant, anonymous-ish, and everywhere in bot traffic.

How Maskbreak uses these ranges

Maskbreak tags traffic from these ranges with the dch (datacenter/hosting) signal in real time. The numbers above come from DigitalOcean's own published range feed — the same feed Maskbreak's verdict pipeline refreshes daily, so a new range is scored within a day of publication, not whenever a static database ships.

Range data adds a signal; it never overrides deeper network detection. VPN exits live in datacenters, so a range hit doesn't short-circuit tunnel analysis — an IP in DigitalOcean's ranges that is also a VPN exit gets both signals, and your policy sees the full picture in the reasons array.

What these ranges actually cover

DigitalOcean publishes its allocations as a geofeed CSV, mapping each prefix to a datacenter city and country. It covers Droplets, App Platform, and managed database egress.

DigitalOcean sells primarily to individual developers and small teams rather than enterprises, so the legitimate server-to-server volume in these ranges is much lower than AWS or Azure. That shifts the prior: a Droplet address on a consumer signup form is more likely to be automation than a comparable AWS address, because there is less legitimate traffic to hide among.

Where this provider shows up in abuse

Low fixed monthly pricing with no commitment makes it a common home for long-running scrapers and proxy endpoints that need a stable address rather than burst capacity.

None of this makes a range match a verdict. In Maskbreak's pipeline a datacenter hit contributes 40 points toward a 0–100 risk score — enough to reach review, never enough to block on its own — and it never short-circuits tunnel detection, because VPN and proxy exits are themselves hosted in datacenters. Which AS announces a given address is a separate question, answered in the ASN directory.

Should you block DigitalOcean traffic?

Developer clouds like DigitalOcean show up in fraud far more per-IP than the hyperscalers do: a fresh droplet with a residential-looking browser on top is a standard scraping and multi-accounting setup.

The honest answer is: it depends on the surface. A datacenter IP on a signup, login, or checkout is a strong review signal — humans overwhelmingly arrive from residential and mobile networks. The same IP calling your API is often just a legitimate backend. Maskbreak returns the raw signal so you can apply exactly that asymmetric policy instead of a blanket block.

curl -X POST https://maskbreak.com/v1/evaluate \
  -H "Authorization: Bearer sk_test_sandbox" \
  -H "Content-Type: application/json" \
  -d '{"token":"test_datacenter"}'

The sandbox key returns the documented datacenter-verdict shape (decision, risk_score, network.datacenter) — no signup required. Details in the API docs.