117.239.200.170 appears in logs, alerts, and connection lists. This article examines that IP. It shows geolocation, ownership, and common technical details. It explains tools and records to check. It lists steps to assess risk and respond. It presents clear, actionable checks a site owner or analyst can run.
Table of Contents
ToggleKey Takeaways
- The IP 117.239.200.170 is an IPv4 address commonly found in server logs and can be identified using WHOIS, reverse DNS, and geolocation services to determine its ownership and location.
- Analysts should perform step-by-step investigations including WHOIS lookups, port scans, threat feed queries, and pattern analysis to assess the risk associated with 117.239.200.170.
- Monitoring connection patterns and checking open ports like 22, 80, 443, and 25 on 117.239.200.170 helps distinguish between benign activity and potential attacks.
- Website owners should apply rate limits and multifactor authentication before blocking 117.239.200.170 to effectively reduce abuse without impacting legitimate users.
- Reporting confirmed abuse of 117.239.200.170 to its internet service provider with detailed logs facilitates timely response and mitigation.
- Regular security scans and updating defense rules can prevent exploitation from IPs such as 117.239.200.170 and keep services secure from recurring threats.
At-A-Glance Technical Profile And Common Uses
117.239.200.170 resolves to an IPv4 address that serves devices and hosts. A basic network probe reveals the address type and reverse DNS. Analysts often start with an IP lookup service. The lookup shows the allocated netblock and the name of the internet service provider. WHOIS records list the organization that received the block. Geolocation services map 117.239.200.170 to a city and country. Those services use registration data and observed routing. They may disagree by a city or by a region. The address often appears in web server logs, SSH connection logs, and mail server headers. Administrators see 117.239.200.170 when users or bots connect to a hosted service. Automated scanners and benign crawlers also use public IPs like 117.239.200.170. Attack traffic uses such IPs too. Analysts judge intent by connection patterns, ports, and payloads. Common open ports to check on 117.239.200.170 include 22 (SSH), 80 (HTTP), 443 (HTTPS), and 25 (SMTP). A port scan shows what services a host advertises. Banner data gives software version and service type. Services may run on nonstandard ports as well. The address may belong to a cloud provider, a home ISP, or a corporate network. Cloud-hosted instances often show many short-lived addresses near 117.239.200.170. Home ISP addresses usually map to a provider name and a residential pool. Corporate or data-center assignments show a business name in WHOIS. Analysts combine WHOIS, reverse DNS, and network route data to decide ownership. That combined view helps set the next steps for investigation.
Step‑By‑Step Investigation: Tools, Records, And Interpreting Results
An investigator starts with a safe, read-only approach. First, run a WHOIS lookup for 117.239.200.170. The WHOIS output shows the netblock owner and contact handles. Next, perform a reverse DNS query. The reverse name can reveal a hostname and a provider. Then, query public blocklists and threat feeds for 117.239.200.170. Blocklist hits show historical or active abuse reports. After that, run passive DNS and historical lookup services for 117.239.200.170. These services show past hostnames and associated domains. They help link the address to other malicious or benign assets. Use a port scan with caution and only from authorized systems. A scan of 117.239.200.170 reveals open ports and service banners. Note software versions and misconfigurations. Next, check routing and AS path. Tools like BGP viewers show which autonomous system advertises 117.239.200.170. The AS name often indicates a cloud provider or ISP. Correlate AS info with WHOIS results. Then, review honeypot or sensor logs for traffic from 117.239.200.170. Those logs reveal connection patterns and payload types. Analysts examine timestamps, request rates, and target endpoints. Compare those patterns to known scanner and bot behavior. If the address appears in SMTP headers or web server logs, capture a sample of the header lines that include 117.239.200.170. Those raw lines preserve context for incident timelines. Finally, document every step. Record command output, timestamps, and sources. Clear documentation helps analysts validate findings and share results with peers or abuse contacts for 117.239.200.170.
Security, Privacy, And Mitigation: What To Do If This IP Affects You
A site owner reacts differently depending on intent and impact. If 117.239.200.170 shows benign behavior, the owner may log and monitor. If the address shows repeated abuse, the owner may block it at the firewall or web application firewall. Blocking 117.239.200.170 can reduce noise and stop simple attacks. Owners should avoid blanket blocks that risk valid users. Use rate limits and challenge pages first. If the traffic from 117.239.200.170 includes account takeover attempts or credential stuffing, enable multifactor authentication and force password resets for affected accounts. If the address participates in distributed attacks, block its AS or netblock after confirming collateral impact. Report confirmed abuse to the provider listed for 117.239.200.170 in WHOIS. Include logs, timestamps, and sample payloads when filing an abuse report. Many providers respond and act on concise, evidentiary reports. For privacy concerns, remember that geolocation of 117.239.200.170 can be imprecise. Do not rely on city-level accuracy for legal or enforcement actions. In cases of serious harm, escalate to law enforcement with preserved logs and chain-of-custody practices. For recurrent incidents, automate defenses. Create rules that match abusive patterns tied to 117.239.200.170 and similar addresses. Monitor blocklist status and update rules when providers clear the address. Finally, run periodic scans of exposed services to avoid weak configurations that invite misuse from addresses like 117.239.200.170.

