168.99.31.83 appears in many server lists and scan reports. This article gives clear facts about 168.99.31.83. It states ownership, location, common services, security reports, and basic troubleshooting steps. The text uses simple sentences for quick reading and practical follow-up.
Key Takeaways
- 168.99.31.83 is an IPv4 address commonly used by cloud providers to host virtual machines and public services, often appearing in security scans and reputation lists.
- Public WHOIS and ASN lookups help confirm the current ownership and geolocation of 168.99.31.83, which is typically linked to data center regions rather than personal or office use.
- Common open ports on 168.99.31.83 include 22 (SSH), 80 (HTTP), 443 (HTTPS), and 3306 (MySQL), with service banners providing important clues about software versions and potential vulnerabilities.
- Security teams monitor abuse reports, blocklists, and reputation services for 168.99.31.83 to detect spam, malware hosting, or brute force activities and take appropriate mitigation steps.
- Network operators perform traceroutes, pings, port scans, and TLS certificate checks on 168.99.31.83 to troubleshoot connectivity issues and validate service configurations.
- When 168.99.31.83 is involved in repeated abuse, contacting the hosting provider with evidence is essential to resolve issues and protect network integrity.
168.99.31.83 — At A Glance
168.99.31.83 is an IPv4 address used by cloud infrastructure providers. It often hosts virtual machines and public services. Analysts find it in port scans and threat feeds. They record the IP in reputation lists when services misconfigure or when a tenant abuses resources. Network operators use the address in access control lists and threat blocks. Security teams log traffic to 168.99.31.83 when they investigate incidents. The IP can change owners when cloud resources move or when the provider reallocates address space.
Who Owns This IP And Where Is It Located
Public WHOIS records show the netblock that contains 168.99.31.83. The records list the autonomous system and the organization that registered the block. Geolocation databases place the address in a likely data center region rather than a home or office. Geolocation can vary by vendor and may show different city names. The IP owner can change over time when providers sell or reassign ranges. Investigators use WHOIS and ASN lookups to confirm current ownership before making decisions about blocking or allowing traffic.
ASN, Organization, And Reverse DNS Details
The ASN entry lists the routing origin for 168.99.31.83 and adjacent addresses. The organization field names the hosting provider or ISP that controls the block. Reverse DNS for 168.99.31.83 often resolves to a provider hostname or to a customer-assigned name. If reverse DNS shows a generic provider name, the address likely hosts transient cloud instances. If reverse DNS shows a clear service name, the operator likely configured the IP for a long-term service. Administrators check reverse DNS to link addresses to hosts and to validate email sources.
Typical Services, Ports, And Fingerprints To Expect
Scans of 168.99.31.83 often show common ports open such as 22 (SSH), 80 (HTTP), 443 (HTTPS), and 3306 (MySQL) when users deploy web apps and databases. The address may also run SSH on nonstandard ports. Fingerprints include web server banners like nginx or Apache, and TLS certificates that contain provider names or customer domains. Security teams note outdated software banners as risk indicators. When services use default banners, investigators treat the instance as possibly unattended or misconfigured.
Security Risks, Abuse Reports, And How To Check Reputation
168.99.31.83 can appear in abuse reports for spam, brute force attempts, or hosting malware. Researchers check abuse forums and blocklists to see past reports for the IP. Reputation services provide scores and historical incident logs for 168.99.31.83. Network defenders run passive DNS lookups and malware sandbox results to see related domains and payloads. If the IP shows repeated abuse, defenders add it to internal denylists or route it to a sinkhole. Teams contact the provider with abuse evidence if the problem persists.
Practical Steps: Tracing, Testing, And Troubleshooting
Operators trace 168.99.31.83 with traceroute to understand the network path. They ping the IP to test basic reachability. They inspect TCP port responses with a port scanner to confirm which services run. They capture packet samples to see connection behavior and payloads. They check TLS certificates to identify hosted domains. They consult WHOIS and ASN data to find the provider contact. If the IP causes problems, they prepare evidence and file an abuse report with the provider.