Accelerate IT and security operations.
Your IT environment can never be too intelligent or secure. That’s why a new era of AI-led visibility reduces risk, cost, and response times. Keysight uses artificial intelligence (AI) and machine learning (ML) to deliver a powerful advantage — insight that promotes agility and automation to detect and respond faster — at scale.

Amplify investments in AI
AI-powered Vision packet brokers bring enhanced storage and memory for real-time analysis. Enrich data used in threat detection and response while reducing the burden on your monitoring tools.
Keysight’s integrated AI Stack:
- Applies AI earlier in the monitoring process
- Detects anomalies
- Identifies application signatures
- Adds predictive analytics
- Optimize network and cloud utilization
Fuse AI insights into a groundbreaking solution.
Add third-party AI technology to your Vision packet brokers to speed deployment of best-of-breed visibility and monitoring solutions. The Keysight Partner Application Fusion Program creates multi-vendor platforms with reduced hardware and operations requirements.
Initial alliance partner integrations include:
- Forescout EyeInspect cybersecurity monitoring
- Instrumentix xMetrics solutions for monitoring financial trade flows
- Nozomi Networks operational technology (OT) monitoring

Many more integrations are planned with leading technology partners such as:


Improve tool and cloud utilization
Optimize the quality and volume of data sent to your monitoring solutions for analysis:
Enriched data for hyper-scale data lakes
- Up to 20% reduction in data volumes
- Lower cloud service costs 10% or more
- Scale on demand with added visibility and monitoring capabilities
Why Keysight? Why now?
- Train and customize visibility solutions
- Analyze network traffic and potential threats by application type (audio, video, gaming etc.) without resource-intensive deep packet inspection (DPI)
- Predict audio/video streaming quality to improve user experience (UX)
- Analyze encrypted traffic using AI to predict content without performing costly decryption
