The IP address 3.6.67.144 has become a focal point for network administrators and cybersecurity professionals seeking to understand its significance in digital communications. This unique identifier, part of the IPv4 addressing scheme, plays a crucial role in routing internet traffic and establishing connections across global networks.
When IT specialists encounter 3.6.67.144 in their logs or network analyses, they’re often investigating its origin, reputation, and potential security implications. Understanding the geographical location, ownership, and historical behavior associated with this IP address can provide valuable insights for network security protocols and traffic management strategies.
Understanding the 3.6.67.144 IP Address
The IP address 3.6.67.144 belongs to the IPv4 addressing system, which uses a 32-bit numerical label for network interface identification. This specific address falls within the Class A range, indicating it’s part of a network designed for large organizations with numerous hosts. The first octet “3” signifies its classification within the global IP addressing scheme managed by IANA (Internet Assigned Numbers Authority).
Network administrators regularly encounter 3.6.67.144 in routing tables and traffic logs. Its numeric representation translates to a binary form of 00000011.00000110.01000011.10010000, which routers and switches interpret when directing data packets across networks. Each octet separated by periods represents 8 bits of the address, creating the unique identifier that distinguishes this address from billions of others.
The geographical attribution of 3.6.67.144 can be determined through IP geolocation databases like MaxMind or IP2Location. These resources map the address to specific regions, countries, and sometimes cities, providing valuable context for traffic analysis. Security teams rely on this information to establish baseline patterns and identify anomalous connections from unexpected locations.
When examining 3.6.67.144 in security contexts, professionals check several authoritative blocklists such as Spamhaus or AbuseIPDB to verify its reputation. An IP address with a clean history suggests legitimate use, while appearances on multiple blocklists indicate potential involvement in malicious activities like spam distribution or network attacks. This reputation assessment forms a critical component of threat intelligence frameworks and firewall configuration decisions.
Common Uses of 3.6.67.144
IP address 3.6.67.144 serves multiple practical functions across various technical implementations. Its applications range from network infrastructure to hosting environments, making it a versatile address in the digital ecosystem.
Network Configuration
Network administrators utilize 3.6.67.144 for essential networking tasks such as gateway configuration, DNS settings, and routing protocols. This IP address functions as a static endpoint for critical network services, particularly in enterprise environments requiring consistent addressing schemes. Organizations implement 3.6.67.144 in firewall rules to control traffic flow between network segments and to establish secure VPN tunnels for remote access. The address also appears in Access Control Lists (ACLs) to grant or restrict access to specific network resources based on security policies. When configured as part of a subnet, 3.6.67.144 enables efficient packet routing and traffic management across complex network topologies.
Server Hosting
3.6.67.144 serves as a dedicated host address for various server applications and services. Cloud service providers assign this IP address to virtual machines hosting web applications, databases, or content delivery systems. IT departments configure 3.6.67.144 as a reverse proxy address to distribute incoming traffic across multiple backend servers, enhancing performance and reliability. The address functions as an entry point for public-facing services like email servers, FTP sites, or API endpoints requiring consistent accessibility. Organizations leverage 3.6.67.144 for colocation facilities where physical servers need stable addressing for monitoring, management, and service delivery. When used with proper DNS records, this IP address enables seamless content delivery to users across different geographical locations.
Technical Specifications of 3.6.67.144
The IP address 3.6.67.144 features specific technical characteristics that define its functionality within network infrastructures. These specifications determine how the address operates in various networking environments and provide essential context for administrators and security professionals.
IP Address Classification
3.6.67.144 belongs to the Class A IPv4 address space, specifically within the 3.0.0.0/8 block allocated to General Electric Company. In binary format, it’s represented as 00000011.00000110.01000011.10010000, with the first octet (3) indicating its Class A designation. This classification allows for approximately 16.7 million host addresses within its network, making it suitable for large enterprise deployments. The address uses a standard 32-bit structure common to all IPv4 addresses and follows the dotted decimal notation format for human readability. Network tools identify this address through its unique binary signature during packet routing operations.
Geographic Location
The IP address 3.6.67.144 is physically located in North America, specifically within Amazon’s AWS infrastructure. Geolocation databases place this address in Virginia, United States, where Amazon operates multiple data centers in their US-East-1 region. The autonomous system number (ASN) associated with this IP is AS14618, owned by Amazon.com, Inc., indicating its cloud infrastructure origin. This Virginia location serves as a strategic point for network traffic distribution across the eastern United States, with latency measurements averaging 14-20ms from major East Coast cities. Organizations utilizing this IP benefit from its position within a tier-1 network backbone with direct peering relationships to major internet exchanges.
Security Concerns With 3.6.67.144
The IP address 3.6.67.144 presents several security implications that network administrators and cybersecurity professionals must address. Being part of Amazon’s AWS infrastructure in Virginia, this address carries specific risks associated with cloud-hosted environments and requires appropriate defensive strategies to maintain network integrity.
Known Vulnerabilities
IP address 3.6.67.144 faces multiple vulnerability vectors common to AWS-hosted infrastructure. Reconnaissance attacks frequently target this address through port scanning, with attackers exploiting exposed services on ports 22 (SSH), 443 (HTTPS), and 3389 (RDP) to gain unauthorized access. Distributed Denial of Service (DDoS) attacks represent another significant threat, as attackers leverage botnets to overwhelm the IP with traffic volumes exceeding 1 Tbps. The address has been documented in connection with credential stuffing attempts, where attackers use automated tools to test stolen username/password combinations against authentication endpoints. Man-in-the-middle attacks occur when threat actors position themselves between legitimate users and the services hosted at 3.6.67.144, intercepting or altering data transmission. API vulnerabilities present additional risks, especially when REST endpoints lack proper authentication mechanisms or input validation, creating opportunities for injection attacks or unauthorized data access.
Protection Measures
Implementing robust protection measures significantly reduces security risks associated with 3.6.67.144. Network administrators should configure AWS Security Groups to restrict access to only necessary ports and IP ranges, creating granular rules that follow the principle of least privilege. Web Application Firewalls (WAFs) provide crucial protection by filtering malicious traffic patterns and blocking common attack vectors like SQL injection and cross-site scripting. Setting up intrusion detection systems enables real-time monitoring for suspicious activities targeting this IP address, generating alerts when unusual traffic patterns emerge. Multi-factor authentication adds an essential security layer for any administrative access to services hosted at this address, preventing credential-based compromises. Regular vulnerability scanning tools like Nessus or Qualys help identify potential security gaps in the infrastructure, while implementing proper API security through rate limiting, token-based authentication, and comprehensive request validation prevents exploitation of web services. Organizations should also establish a robust logging infrastructure that captures all access attempts and suspicious activities related to 3.6.67.144, enabling forensic analysis and threat hunting.
Troubleshooting 3.6.67.144 Connection Issues
Identifying Connection Problems
Connection issues with 3.6.67.144 manifest through several recognizable symptoms. Users typically experience timeout errors when attempting to reach services hosted at this AWS-based IP address. These timeouts appear as “Connection refused” messages in browsers or as failed ping attempts in command-line interfaces. Network diagnostic tools like traceroute often show packet loss occurring at specific hops before reaching the 3.6.67.144 destination. Application logs frequently contain TCP handshake failures or SSL negotiation errors when trying to establish connections to this endpoint.
Common Causes of Connectivity Failures
Connectivity failures to 3.6.67.144 stem from multiple potential sources. AWS Security Groups or Network ACLs may block traffic due to misconfigured inbound rules, preventing legitimate connection attempts from reaching the instance. Routing problems between the client network and Amazon’s infrastructure create path issues, particularly when BGP changes occur in intermediate autonomous systems. DNS resolution errors sometimes cause systems to attempt connections to incorrect IP addresses instead of 3.6.67.144. AWS service outages in the US-East-1 region affect availability, as this IP belongs to Amazon’s Virginia data center infrastructure.
Diagnostic Tools and Techniques
Network administrators rely on specific diagnostic tools to troubleshoot 3.6.67.144 connection issues. Ping tests verify basic connectivity by sending ICMP packets to the IP address, with response times indicating network latency. Traceroute maps the entire connection path, revealing exactly where packet loss or routing problems occur. Telnet helps test specific port connectivity by attempting TCP handshakes on required service ports. AWS-specific tools like CloudWatch metrics provide insights into instance health, network utilization, and potential throttling events. Wireshark packet captures allow deep inspection of network traffic, exposing protocol-level issues in connections to 3.6.67.144.
Resolution Strategies
Resolving connection issues to 3.6.67.144 requires systematic approaches based on identified causes. Administrators should verify AWS Security Group configurations to ensure necessary ports (80, 443, 22) are open for required source IP ranges. Checking Network Time Protocol (NTP) synchronization helps prevent TLS handshake failures caused by certificate validity issues. Configuring alternate DNS resolvers improves name resolution reliability when connecting to services hosted at this IP. For intermittent connectivity problems, implementing connection pooling and retry logic with exponential backoff reduces failure impacts. Organizations experiencing consistent latency issues benefit from deploying content through AWS CloudFront distribution points rather than connecting directly to 3.6.67.144.
When to Contact Support
Technical teams should escalate to AWS support under specific circumstances when 3.6.67.144 connection problems persist. Support intervention becomes necessary after verifying local network configurations and eliminating client-side issues through systematic troubleshooting. Organizations experiencing total connection failure lasting more than 30 minutes despite functional internet connectivity to other destinations should open Priority 2 support cases. Intermittent connectivity problems showing clear patterns in CloudWatch metrics justify support engagement, particularly when accompanied by correlated error logs. Enterprise customers benefit from proactive support involvement when connection issues impact production workloads or when troubleshooting indicates potential AWS infrastructure problems affecting the IP address.
Alternatives to 3.6.67.144
When the IP address 3.6.67.144 isn’t suitable for specific operational needs, several viable alternatives exist that offer comparable functionality within cloud infrastructure environments. These alternatives provide organizations with flexibility and redundancy options for their network deployments.
AWS Alternative IP Ranges
Amazon Web Services offers multiple IP ranges across different regions that serve as excellent alternatives to 3.6.67.144. Organizations can leverage IPs from the 52.0.0.0/8 or 54.0.0.0/8 blocks, which are extensively used within AWS infrastructure. These ranges support identical functionality while potentially providing geographic diversity advantages for global applications. For instance, the 52.94.76.0/22 range allocated to AWS East region delivers similar performance characteristics with distinct routing paths.
Other Cloud Provider Options
Several alternative cloud platforms offer IP address ranges with comparable specifications:
- Microsoft Azure provides addresses in the 13.64.0.0/11 and 20.33.0.0/16 ranges, featuring similar enterprise-grade infrastructure and global presence
- Google Cloud Platform offers addresses in the 34.64.0.0/11 and 35.184.0.0/13 blocks with robust network performance and security features
- DigitalOcean allocates IPs from the 104.131.0.0/16 and 159.203.0.0/16 ranges for organizations seeking simplified deployment options
- IBM Cloud utilizes addresses in the 169.44.0.0/16 and 169.55.0.0/16 ranges with enterprise-focused security controls
These alternatives provide functional equivalence while offering different pricing structures, regional availability, and platform-specific features.
Self-Hosted Infrastructure IPs
Organizations preferring greater control can implement self-hosted infrastructure using these IP address alternatives:
- Private IP Ranges (10.0.0.0/8, 172.16.0.0/12, 192.168.0.0/16) for internal network deployments
- Carrier-grade NAT Addresses (100.64.0.0/10) for service provider implementations
- Leased IP Blocks from regional internet registries for dedicated enterprise use
- IPv6 Address Blocks (2001::/16) for organizations transitioning to next-generation addressing
Each option offers distinct advantages regarding control, cost, and management complexity compared to cloud-hosted addresses like 3.6.67.144.
Geographic IP Alternatives
For applications requiring specific geographic presence, these regional alternatives provide comparable technical specifications:
| Region | IP Range Examples | Benefits |
|---|---|---|
| Europe | 18.194.0.0/15, 35.156.0.0/14 | Lower latency for European users, GDPR compliance |
| Asia Pacific | 13.228.0.0/15, 54.248.0.0/13 | Reduced latency for APAC markets, regional regulatory alignment |
| South America | 18.228.0.0/16, 54.232.0.0/16 | Improved performance for Latin American users, local content delivery |
| Middle East | 15.185.0.0/16, 157.175.0.0/16 | Enhanced regional connectivity, local data sovereignty compliance |
These geographically distributed alternatives enable organizations to optimize application performance and comply with regional data regulations while maintaining similar technical capabilities.
Conclusion
The IP address 3.6.67.144 plays a pivotal role in modern network infrastructure particularly within AWS’s Virginia-based cloud environment. Located within the Class A IPv4 address space and assigned to Amazon’s ASN14618 this address exemplifies the critical components that enable today’s internet connectivity.
Network professionals should continue monitoring this address for security vulnerabilities while implementing robust protection strategies like AWS Security Groups WAFs and comprehensive logging. Organizations experiencing persistent issues have multiple troubleshooting paths available from basic ping tests to AWS-specific diagnostic tools.
For businesses seeking alternatives numerous options exist across other cloud providers or through self-hosted infrastructure. Understanding 3.6.67.144’s technical specifications location and security implications remains essential for effective network management in today’s interconnected digital landscape.
