BIG-IP SSL Orchestrator
Encryption software
Confidentiality software
- Features
- Ease of use
- Ease of management
- Quality of support
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What is BIG-IP SSL Orchestrator
BIG-IP SSL Orchestrator is a network security product that centralizes the inspection and policy-based handling of SSL/TLS-encrypted traffic. It is used by security and network teams to decrypt, steer, and re-encrypt traffic so that downstream security tools (such as malware detection, DLP, and IDS/IPS) can inspect content that would otherwise be opaque. The product focuses on traffic orchestration, certificate/key management workflows, and service chaining across multiple inspection devices in enterprise networks and data centers.
Centralized TLS inspection control
It provides a single control point to decrypt and re-encrypt SSL/TLS traffic for inspection, reducing the need to configure decryption separately on each security tool. This can improve consistency of inspection policy and simplify operational ownership across network and security teams. It also supports selective decryption policies to exclude traffic categories that should not be decrypted.
Service chaining for security tools
It steers decrypted traffic through multiple security services in a defined sequence, enabling layered inspection without redesigning the network for each tool. This orchestration approach helps organizations use existing inspection investments more effectively when traffic is increasingly encrypted. It can also reduce blind spots created when only some tools can handle TLS decryption at scale.
Enterprise integration and deployment options
As part of the BIG-IP ecosystem, it fits common enterprise network architectures and integrates with related traffic management and security components. It supports deployment patterns used in data centers and large networks where inline traffic handling and high availability are required. This makes it suitable for organizations that need centralized policy enforcement at network choke points.
Operational and policy complexity
TLS inspection introduces non-trivial policy decisions (what to decrypt, what to bypass, and how to handle pinned certificates and modern TLS behaviors). Misconfiguration can cause application breakage or incomplete inspection coverage. Ongoing tuning is often required as applications and cipher/TLS versions change.
Inline performance and scaling considerations
Because it sits inline and performs cryptographic operations, sizing and capacity planning are important to avoid latency or throughput bottlenecks. High-availability design, certificate lifecycle management, and key protection practices add operational overhead. Organizations may need dedicated expertise to run it reliably at scale.
Not a data-centric encryption tool
Its primary function is decrypting and re-encrypting network traffic for inspection, rather than encrypting data at rest or applying field-level/tokenization controls. Organizations needing application-layer data protection, privacy engineering features, or developer-centric vault/tokenization workflows typically require additional products. It is therefore less aligned to use cases focused on protecting sensitive fields inside databases or SaaS applications.
Seller details
F5, Inc.
Seattle, Washington, USA
1996
Public
https://www.f5.com/
https://x.com/f5
https://www.linkedin.com/company/f5/
