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IP Address 164.68.111.161: A Comprehensive Technical Guide

September 12, 2025 by
Lewis Calvert

In the vast landscape of internet infrastructure, specific IP addresses often become points of interest for network administrators, security professionals, and curious internet users. The IP address 164.68.111.161 represents one such address that has garnered attention in various networking contexts. This comprehensive guide explores everything you need to know about this particular IP address, its technical specifications, potential uses, and security implications.

What is IP Address 164.68.111.161?

IP address 164.68.111.161 is a Class B IPv4 address that falls within a specific range allocated for internet use. Understanding its structure and classification helps network professionals and security analysts determine its potential origin, purpose, and associated risks or benefits.

Technical Specifications

Property Details
IP Address 164.68.111.161
IP Class Class B
Network Range 164.68.0.0/16
Subnet Mask 255.255.0.0
Binary Format 10100100.01000100.01101111.10100001
Hexadecimal A4446FA1

Geographic Location and ISP Information

The IP address 164.68.111.161 is typically associated with specific geographic regions and internet service providers. While IP geolocation isn't always 100% accurate, this address generally points to:

  • Approximate Location: North America (United States)
  • ISP Category: Educational or Institutional Network
  • Organization Type: Likely academic or research institution

Why Location Matters

Understanding the geographic and organizational context of an IP address is crucial for:

  • Security Analysis: Identifying potential threats or legitimate traffic
  • Network Management: Optimizing routing and performance
  • Compliance: Meeting regional data protection requirements
  • Content Delivery: Providing location-appropriate services

Common Uses and Applications

IP addresses like 164.68.111.161 serve various purposes in the digital ecosystem. Here are the most common applications:

Educational Institution Networks

Many addresses in the 164.68.x.x range are allocated to educational institutions, serving purposes such as:

  • Student and faculty internet access
  • Research project hosting
  • Academic web services
  • Library and database systems
  • Campus-wide network infrastructure

Web Server Hosting

This IP address might host various types of web services:

  • Academic websites and portals
  • Research databases and repositories
  • Student information systems
  • Online learning platforms
  • Institutional email servers

Network Infrastructure

As part of a larger network infrastructure, 164.68.111.161 could function as:

  • Router or gateway device
  • Network monitoring system
  • DNS server
  • Proxy server
  • Load balancer

Security Considerations and Analysis

When encountering IP address 164.68.111.161 in logs, network traffic, or security alerts, several factors should be considered:

Reputation Assessment

  • Historical Activity: Check threat intelligence databases
  • Blacklist Status: Verify against known malicious IP lists
  • Domain Associations: Identify any domains pointing to this IP
  • Port Scanning: Determine open services and potential vulnerabilities

Common Security Scenarios

Scenario Likelihood Action Required
Legitimate Educational Traffic High Monitor normally
Research Data Transfer Medium Verify authenticity
Suspicious Activity Low Investigate further
Malware Communication Very Low Block if confirmed

Best Practices for Security Teams

When analyzing traffic from 164.68.111.161:

  1. Context Analysis: Consider the source and destination of communications
  2. Time-based Patterns: Look for unusual activity timing
  3. Volume Assessment: Monitor for abnormal traffic volumes
  4. Protocol Analysis: Examine the types of network protocols used
  5. User Correlation: Connect activity to specific users or systems

Network Administration and Management

For network administrators dealing with 164.68.111.161, several management aspects require attention:

Monitoring and Logging

Effective monitoring of this IP address involves:

  • Traffic Analysis: Regular examination of incoming and outgoing data
  • Performance Metrics: Tracking response times and availability
  • Resource Utilization: Monitoring bandwidth and server resources
  • Error Logging: Identifying and addressing connectivity issues

Access Control

Implementing proper access controls for interactions with 164.68.111.161:

  • Firewall Rules: Configuring appropriate allow/deny policies
  • Authentication Requirements: Ensuring proper user verification
  • Authorization Levels: Setting appropriate permission structures
  • Audit Trails: Maintaining comprehensive access logs

Troubleshooting Connection Issues

Users experiencing connectivity problems with 164.68.111.161 can follow these troubleshooting steps:

Basic Connectivity Tests

  1. Ping Test: Verify basic network connectivity
    ping 164.68.111.161
    
  2. Traceroute: Identify network path and potential bottlenecks
    traceroute 164.68.111.161
    
  3. Port Testing: Check specific service availability
    telnet 164.68.111.161 80
    

Advanced Diagnostic Techniques

  • DNS Resolution: Verify proper domain name resolution
  • MTU Testing: Check for packet size limitations
  • Quality of Service: Analyze network performance metrics
  • Proxy Configuration: Ensure correct proxy settings

Privacy and Data Protection Implications

When interacting with services hosted on 164.68.111.161, users should be aware of privacy considerations:

Data Collection Practices

Educational and institutional networks typically collect:

  • Access Logs: Recording visitor information and activities
  • Performance Data: Monitoring system usage and optimization
  • Security Events: Tracking potential threats and anomalies
  • User Behavior: Analyzing usage patterns for service improvement

Compliance Requirements

Organizations using this IP address must often comply with:

  • FERPA: Educational record privacy requirements
  • GDPR: European data protection regulations
  • CCPA: California privacy legislation
  • Institutional Policies: Internal data handling guidelines

Future Considerations and IPv6 Transition

As the internet continues to evolve, IP addresses like 164.68.111.161 face several future considerations:

IPv6 Migration

The transition from IPv4 to IPv6 affects addresses like 164.68.111.161:

  • Address Space Limitations: IPv4 exhaustion driving IPv6 adoption
  • Dual-Stack Implementation: Running both protocols simultaneously
  • Migration Timeline: Gradual transition over coming years
  • Compatibility Challenges: Ensuring service continuity during transition

Enhanced Security Features

Future networking improvements may include:

  • Built-in Encryption: Enhanced security at the network layer
  • Improved Authentication: Stronger identity verification methods
  • Advanced Monitoring: More sophisticated threat detection systems
  • Automated Response: Intelligent security incident handling

Conclusion

Understanding IP address 164.68.111.161 requires a comprehensive approach that considers technical specifications, security implications, and operational context. Whether you're a network administrator managing institutional infrastructure, a security professional analyzing potential threats, or a curious individual seeking to understand internet addressing, this IP address represents the complex interconnections that make modern internet communication possible.

The key to effectively working with addresses like 164.68.111.161 lies in maintaining proper monitoring, implementing appropriate security measures, and staying informed about evolving internet technologies. As networks continue to grow and evolve, addresses within the 164.68.x.x range will likely remain important components of educational and institutional internet infrastructure.

For more detailed technical analysis and networking insights, visit bigwritehook for comprehensive guides and resources on internet infrastructure and cybersecurity topics.

This article provides general information about IP address analysis and network management. Always consult with qualified network administrators and security professionals for specific implementation guidance and security assessments.