Seamless Connectivity Across Your Ecosystem
INTEGRATION LAYER
A DPI platform is only as powerful as its ability to integrate. That’s why our Integration Layer is designed to bridge the gap between our traffic intelligence engine and existing telecom systems, government platforms, and cybersecurity infrastructure - without friction, delays, or lock-in.
Your Network Intelligence • Everywhere Required
Key Functions of the Integration Layer
The Integration Layer ensures seamless connectivity across diverse network and IT environments, enabling multi-vendor, multi-domain, and cloud-native interoperability. With flexible protocol support, real-time event forwarding, and data format adaptation, this delivers reliable, actionable information to downstream systems for monitoring, compliance, and automation.
1. Interoperability Across Environments
• Connects with OSS/BSS systems, SIEMs, LI platforms, and data lakes
• Integrates with virtualized, physical, or cloud-native infrastructures (NFV, containers, SD-WAN, etc.)
• Supports multi-vendor, multi-domain, and multi-network architectures
2. Flexible Protocol & API Support
• RESTful APIs for custom dashboards or third-party tools
• Kafka streams for real-time data ingestion
• Syslog for event-based security integrations
• SNMP for network monitoring systems
• FTP/SFTP for batch data delivery
• gRPC and NETCONF for modern telco orchestration environments
3. Format Translation & Adaptation
• Converts DPI output into formats expected by downstream systems: JSON, XML, CSV, xDRs, PCAPs.
• Schema mapping and dynamic field filtering.
• Supports legacy and next-gen systems side by side.
4. Event & Alert Triggering
• Real-time event forwarding to:
◦ Lawful Interception triggers.
◦ SIEM/SOC alerts.
◦ Billing triggers (e.g., usage caps, fraud detection).
• Supports custom thresholds, rate-limiting, and traffic shaping integrations.
Built for Telco, LEA, & Governments
Telcos
• Feed usage data into BSS/OSS, enable policy control, and subscriber analytics.
LEAs
• Interface with ETSI LI mediation platforms, deliver targeted metadata streams.
Government Agencies
• Integrate with cyber threat platforms, national data retention systems, and CERT/SOC environments.
Cybersecurity Teams
• Ingest DPI metadata into SIEMs, behavioral analytics, and threat correlation engines.
Use Cases
Plug-and-Play Philosophy
The Integration Layer is modular, extensible, and low-latency:
• Plug into existing workflows without re-architecting them
• Add new integrations via APIs or plugin modules without downtime
• Scale horizontally to match national or regional deployments
Secured by Design
• All communications are encrypted (TLS, SSH, IPsec)
• Role-based access control for APIs and interfaces
• Complete logging and audit trails for compliance-sensitive environments
• Supports certificate-based authentication and tokenized API access
Smart Routing & Transformation
Our Integration Layer doesn’t just push data - it intelligently routes and transforms, ensuring regulatory compliance, bandwidth efficiency, and context-aware delivery.:
• Policy rules (e.g., only specific protocols or users go to LEA platforms)
• Destination system capabilities (e.g., batch vs. real-time)
• Data sensitivity or classification level
Successful Integration Scenarios
Quant Azimuth’s Integration Layer serves as the connective fabric between its high-performance DPI engine and the broader technology ecosystem, enabling seamless, secure, and scalable interoperability across critical platforms. Rather than simply providing compatibility, it enables organizations to integrate DPI intelligence directly into their existing operational workflows—for example, by sending alerts on encrypted P2P traffic to national cyber defense platforms, exporting user-level traffic usage to telecom billing systems for real-time charging, streaming traffic intelligence from border gateways to intelligence fusion centers, or automating lawful intercept sessions through third-party mediation systems. This flexible integration approach allows organizations to extend the value of DPI across their existing infrastructure without introducing unnecessary complexity.
