Ivanti Neurons

Hyper‑Automation to Self‑Heal, Self‑Secure and Self‑Service from Cloud to Edge

Ivanti Neurons is a hyper-automation platform that empowers enterprises to proactively, predictably and autonomously self-heal and self-secure devices, and self-service end users. Autonomously self-heal endpoints and edge devices; anticipate security threats and self-secure with adaptive cybersecurity; and deliver contextual, personalized user experiences.

Hyper-Automation Platform

Self-heal and self-secure devices and self-service end users proactively, predictably, and continuously.

Manage from Cloud to Edge

Achieve new levels of speed, accuracy, and cost efficiency.

Overcome Complexity

IT is forever changed. How do ​enterprises deal with rapid growth and the latest IT challenges?​

BENEFITS

 

  • Self-Heal

Optimize the device performance and minimize configuration drift, then automate productivity and system health and security.

  • Self-Secure

Anticipate security threats by continuously sensing, discovering, and detecting security issues, prioritizing them—then remediating issues proactively before the end user detects there was an issue.

  • Self-Service

Ambient Experience: From Omni‑Channel to Self‑Service Automation Bots

ivanti-neurons-intro-graphic

Ivanti Neurons for Discover

Ivanti Neurons for Edge Intelligence

Ivanti Neurons for Healing

Ivanti Neurons for Patch Intelligence

Ivanti Neurons for Spend Intelligence

Ivanti Neurons Workspace

KEY FEATURES

  • INCREASE UPTIME

Reduced unplanned outages up to 63%.

  • RAISE PRODUCTIVITY

Resolved up to 80% of endpoint issues before users reported them.

  • MPROVE SECURITY

Discovered 30% more assets, improving security posture.

  • ACCELERATE INSIGHTS

Reduced from weeks to minutes the time spent on aggregating and harmonizing asset data.

picture5

BETTER EXPERIENCES. BETTER OUTCOMES.

Provide end-users with personalized user experiences at faster speed, higher accuracy, and optimized cost.

İletişim

Mesajınızı yazın.

Start typing and press Enter to search