Encrypted traffic inspection

Visibility Without Compromising Performance

With over 90% of internet traffic encrypted, threat actors now exploit blind spots in traditional security tools unable to handle SSL/TLS at scale. Specialty Experts restores full traffic visibility without sacrificing speed or privacy. Our Encrypted Traffic Inspection (ETI) solution delivers high-throughput, low-latency decryption to empower your entire security stack.

Why Enterprises Need ETI

Legacy systems struggle with SSL decryption, allowing threats to hide in encrypted traffic. Redundant decryption across layered tools adds latency and complexity. Specialty Experts offers centralized, scalable decryption to eliminate blind spots efficiently.

Smart Decryption for Privacy and Protection

Our solution uses intelligent traffic classification to decrypt only what’s necessary—preserving privacy while exposing threats. This targeted approach meets compliance and operational needs.

SSL Orchestration for Optimized Security Workflows

Decrypted data is routed to the right tools—firewalls, IDS, DLP, NDR—ensuring efficient inspection and avoiding resource waste.

Secure Virtual Enclave via NFV Integration

Decrypted traffic remains within a secure, virtual environment, preventing exposure on physical networks. This zero-trust architecture enhances internal and external security.

360° SSL Visibility

Our solution inspects all encrypted traffic—both inbound and outbound—offering complete situational awareness across your digital environment.

Explore the Specialty Experts Ecosystem for SSL Visibility

ASI Series: Core decrypt/re-encrypt and orchestration engine.
NTB Series: Network Traffic Broker for fine-grained segmentation.
AVX Series: NFV-ready platform for isolated security functions.
ASF Series: Integrated WAF for encrypted app-layer defense.
struXture DLP: AI-driven protection for encrypted data flows.
Stamus Networks NDR: Threat detection in encrypted traffic targeting infrastructure.
Explore the Specialty Experts Ecosystem for SSL Visibility