Autonomous Endpoint Management with Raynet One
Autonomous Endpoint Management (AEM) is the next stage of evolution in Unified Endpoint Management. Raynet One continuously monitors your endpoints, prioritizes them based on risk, takes action in accordance with your policies, and verifies the results – all based on normalized and enriched IT asset data.
Autonomy you can trust – because it's based on real data
In 2025, an average of 130 new software vulnerabilities were disclosed each day. Today, attackers often exploit vulnerabilities before a patch even exists.
Autonomous Endpoint Management (AEM) flips this principle on its head: Instead of triggering each task manually, you define policies, risk thresholds, and guidelines. Raynet One independently discovers, prioritizes, acts, and verifies the result.
The difference from other approaches: Raynet One starts with the data. Only after every asset has been discovered, normalized, and enriched with lifecycle and vulnerability information does the automation take action. This creates autonomy that allows your team to keep the system running continuously.
Recognized by leading market analyst organizations
From transparency to autonomy: your endpoints in a closed loop
Discover
Inventory all endpoints and enrich your IT asset data with lifecycle and vulnerability information.
Manage
Set policies, risk thresholds, and approvals, and decide for yourself which tasks Raynet One will handle.
Automate
Let Raynet One prioritize, patch, and deploy based on risk – including automatic verification.
Our vision: protecting and managing endpoints – reimagined with AI
Unified Endpoint Management is the foundation: It allows you to centrally identify, manage, and patch your endpoints. Autonomous Endpoint Management builds on this foundation and enables AI to prioritize, make decisions, and take action based on trusted data. Our big picture illustrates what UEM does and how AEM complements it.
Chat-based Interaction
An AI assistant provides instant visibility into endpoint health, compliance, software status, and remediation actions – and can trigger approved fixes through natural-language requests.
Continuous Observation
Collect continuous device, application, configuration, security, and experience telemetry.
Autonomous Action
Execute a defined remediation – such as repair, update, restart, reconfigure, reinstall, etc.
Zuverlässige Validierung
Confirm that the endpoint returned to the desired state.
Reliable data as a foundation
Raynet One transforms raw discovery data into unique software and hardware identities and adds information such as End-of-Life and End-of-Support statuses, as well as known vulnerabilities. This allows automation to make decisions based on reality, not on assumptions.
- Different spellings of the same vendor are combined into a single entry
- The CVE feed and inventory are directly linked to each other
- Lifecycle data shows what is no longer supported
Autonomous Third-Party Patching
Raynet One prioritizes patches based on actual business risk: exploitability, exposure, usage, and criticality. More than 50,000 quality-assured software packages for Windows and macOS are available shortly after the vendor’s release for precisely this purpose.
- Risk-based priorization instead of CVSS-based priorization
- Phased rollout with pilot groups and maintenance windows
- Real-time overview of the global patch status
AI agents take over routine tasks
Raynet One’s AI agents handle routine tasks around the clock, resolve configuration discrepancies, and repair faulty agents without opening a ticket. You determine how far to turn up the controller.
- Self-healing and automatic correction of configuration discrepancies
- Earlier risk detection through AI-powered analyses
- Approval levels for actions with rules
Reliable validation with automatic rollback
After every change, Raynet One checks whether it was successful, rolls back the change if necessary, and incorporates the result into the next decision. Its compliance reports reflect reality – not just a checkmark.
- Traceable logging of every autonomous action
- Rollback capability in the event of failed deployments
- Audit documentation in accordance with ISO 27001 and NIS2
Core functions of Endpoint Management with Raynet One
Every decision that Raynet One makes independently requires functions that actually implement those decisions at the endpoint. AEM does not replace these core functions; rather, it uses them in a targeted manner, more quickly, and based on trustworthy data.
IT Asset Discovery & Inventory
Endpoint
Visibility
Dashboards & Reports
Deployment Manager
Mobile Device Management
OS
Deployment
Asset & Identity Management
Third-Party &
OS-Patching
Application Management
Questions and answers about Raynet One for Autonomous Endpoint Management
What is Autonomous Endpoint Management (AEM)?
Is there a trial license?
Yes. You can try Raynet One 30 days free of charge. Just type in your personal information into the contact form below and get access to all Endpoint Management capabilities in Raynet One.
What is the difference between AEM and UEM?
What tasks can Raynet One perform autonomously?
For example, risk-based third-party and security patching, correcting configuration deviations, self-healing, software distribution, removing unsupported software, and zero-touch deployment. Most customers start with third-party patching.
Will I lose control when Raynet One operates autonomously?
Why is data quality so important for AEM?
Can Raynet One also manage mobile devices?
Yes. Mobile Device Management is an essential part of modern Endpoint Management. Raynet One can manage almost all mobile devices and tablets, regardless of the operating system.
Does AEM support the requirements of NIS2 and ISO 27001?
Contact our experts
Interested in our solutions, need further Information, or have questions?
With 25 years of experience and numerous customer projects worldwide, we can help you with your challenges – contact us today!