Shared IP Environments Complicate Subscriber Identification
NAT and CGNAT allow multiple subscribers to share public IP addresses, making reliable session-to-subscriber correlation increasingly complex.
Map Every Session to the Right Subscriber
We combine DPI-powered session intelligence with AI/ML-enhanced correlation to trace subscriber activity across complex NAT, CGNAT, and IPv4/IPv6 environments.
Challenges
Industry Challenges
Dual-Stack Networks Add Another Layer of Complexity
Coexisting IPv4 and IPv6 environments require reliable correlation across different addressing, session, and network architectures.
Regulatory Requests Demand Accurate Historical Records
Operators need precise, traceable session records to respond to lawful requests and meet applicable data retention requirements.
Incomplete Correlation Slows Investigations
Fragmented or inaccurate session data can delay fraud and security investigations and make it harder to establish reliable subscriber activity records.
Product Overview
DPI-Powered Identity Mapping Across Complex IP Environments
Our IP Mapping platform provides real-time private-to-public IP correlation and subscriber session identity mapping using Deep Packet Inspection (DPI). It maps subscriber sessions to IP addresses with application-layer precision across NAT, CGNAT, and IPv4/IPv6 dual-stack environments.
AI/ML-enhanced correlation resolves complex session relationships with high accuracy, while tamper-proof audit logs and integration with law enforcement interfaces provide traceable records for regulatory compliance, lawful requirements, fraud investigations, and security analytics.
The Outcomes Are Clear
01
Accurate session mapping
02
Faster investigations
03
Stronger compliance readiness
Capabilities
Product Capabilities
Real-Time Private-to-Public IP Correlation
Correlate private and public IP addresses in real time across dynamic network environments.
DPI-Powered Subscriber Session Mapping
Map network activity to individual subscriber sessions with application-layer precision.
NAT and CGNAT Correlation
Resolve complex session relationships across NAT and carrier-grade NAT environments where multiple subscribers share public IP resources.
IPv4/IPv6 Dual-Stack Mapping
Maintain reliable session correlation across IPv4, IPv6, and dual-stack network environments.
AI/ML-Enhanced Correlation
Apply AI/ML models to complex session and addressing patterns to improve mapping accuracy across dynamic network environments.
Lawful Compliance Support
Maintain precise session identity records to support applicable regulatory data retention and lawful compliance requirements.
Law Enforcement Interface Integration
Integrate session mapping intelligence with supported law enforcement interfaces to enable structured access to required records.
Fraud and Security Investigation Support
Provide subscriber-to-session correlation to strengthen fraud investigations, security analytics, and forensic analysis.
Tamper-Proof Audit Logs
Maintain traceable, tamper-proof records of session mapping activity to support regulatory, investigative, and audit requirements.
Process
How It Works
01
Capture Session Intelligence
We use DPI to identify relevant session and application-layer information across supported network traffic.
02
Correlate IP Activity
Private and public IP information is correlated with subscriber sessions across NAT, CGNAT, IPv4, and IPv6 environments.
03
Resolve Complex Relationships
AI/ML-enhanced correlation analyzes complex addressing and session patterns to establish accurate subscriber-to-IP mappings.
04
Maintain Traceable Records
Mapped session information is preserved through tamper-proof audit logs to support historical traceability and applicable data retention requirements.
05
Support Compliance and Investigation
Validated session intelligence is made available through supported interfaces for lawful requirements, fraud investigations, and security analysis.
Results
Key Outcomes
Higher Session Mapping Accuracy
Establish reliable subscriber-to-IP relationships across complex NAT, CGNAT, and dual-stack network environments.
Faster Investigations
Give fraud and security teams precise session intelligence to trace relevant network activity more efficiently.
Stronger Compliance Readiness
Maintain accurate and traceable session records to support applicable regulatory and lawful requirements.
Greater Auditability
Preserve tamper-proof session records that strengthen traceability across compliance and investigative workflows.
More Efficient Compliance Operations
Give operational teams reliable session intelligence and centralized records to respond to compliance requirements more efficiently.
Reliable Cross-Network Traceability
Maintain consistent subscriber-session mapping as operators transition between IPv4, IPv6, and increasingly complex shared-address environments.