| Name |
Type |
Description |
Notes |
| threat_score |
int |
IP address’ threat score. It ranges from 0 to 100. 100 indicates highest threat and vice versa for lower score. |
[optional] |
| is_tor |
bool |
Indicates if the IP address is being consumed on a Tor endpoint. |
[optional] |
| is_proxy |
bool |
Indicates whether the IP address is associated with any anonymization network --- VPN, PROXY, or RELAY. |
[optional] |
| proxy_type |
str |
Specifies which of the three types (VPN, PROXY, or RELAY) applies when is_proxy is true; otherwise remains empty. |
[optional] |
| proxy_provider |
str |
Name of the proxy provider, if the IP address belongs to a proxy network. |
[optional] |
| is_anonymous |
bool |
Indicates if the IP address is being used anonymously. |
[optional] |
| is_known_attacker |
bool |
Indicates if the IP address is enlisted as an attacking IP address. |
[optional] |
| is_spam |
bool |
Indicates if the IP address is enlisted as a spam IP address. |
[optional] |
| is_bot |
bool |
Indicates if the IP address is enlisted as a bot IP address. |
[optional] |
| is_cloud_provider |
bool |
Indicates if the IP address belongs to a cloud provider (computing infrastructure providers). |
[optional] |
| cloud_provider |
str |
Name of the Cloud Provider, if the IP address belongs to a cloud provider. |
[optional] |
from ipgeolocation.models.security import Security
# TODO update the JSON string below
json = "{}"
# create an instance of Security from a JSON string
security_instance = Security.from_json(json)
# print the JSON string representation of the object
print(Security.to_json())
# convert the object into a dict
security_dict = security_instance.to_dict()
# create an instance of Security from a dict
security_from_dict = Security.from_dict(security_dict)
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