Close the Gaps. Stop the Threats. Keep Your Business Running.
The problem
Patching is thankless, endless, and broken. Teams are constantly firefighting, and manual workarounds fill gaps between disconnected tools. Late patches, offline devices, surprise reboots increase risk and user frustration. And all the while, threat actors are getting better and faster at exploiting unpatched devices.
Patching’s (messy) reality
The old way is broken. Manual patching is slow, fragile, and completely blind to the modern, distributed workforce. This isn't just inefficient; it’s an open invitation for an attack. Simply automating the old, broken process just means you make mistakes faster. The real answer is intelligent automation. A strategy that adapts in real-time to a shifting threat landscape, ensuring every action strengthens your security posture, rather than just checking a box.
Absolute Security delivers a differentiated approach to patch management with Absolute Resilience for Automation. It combines automated remediation, patch orchestration, and endpoint visibility with firmware-embedded persistence, a patented capability that maintains a tamper-proof connection to devices even after OS corruption, reimaging, or factory reset.
Patch like you mean it
Stop gambling on patching with fragile agents that fail off-network. Absolute delivers the only undeletable, firmware-embedded connection to every endpoint—enabling true, closed-loop patching others can’t match. With intelligent automation for diagnostics, remediation, and rollbacks, plus full-spectrum coverage from firmware to OS and apps, you maintain stability without manual intervention. Even zero-day vulnerabilities are addressed with published remediations, and proxy relay ensures no device goes unpatched—even in complex network segments.
See automated patch management in action
Let automation do the heavy lifting. Take the tour and watch patches deploy themselves—no chasing, no guessing, just verified results across every device.
- Experience Closed-Loop Control: See how Absolute ensures every endpoint is patched—even off-network—with full visibility and compliance.
- Discover Intelligent Automation: Explore workflows for diagnostics, remediation, and rollbacks that keep devices secure without manual effort.
The EECO story: proactive patching for improved protection
When critical vulnerabilities threatened operations, EECO turned to Absolute for automated patching and unified endpoint security; eliminating manual effort and reducing risk across thousands of devices.
- Scale Without Stress: Automate patch delivery and feature updates across every endpoint—no reliance on end users.
- Verify and Validate: Gain real-time visibility with vulnerability scanning and live reporting to ensure compliance and security posture
Key capabilities for automated patching
- Automated Firmware, OS, and Application Patching: Set up workflows to deploy patches for Windows, macOS, and over 100 enterprise applications without manual intervention.
- Remote/Internet-Based Patching: Reach and patch every device, whether it's in the office, at home, or on the road, without needing a VPN connection.
- Unified Patching: Manage patches across your entire environment—data centers, cloud workloads, and remote workstations—from a single point of control.
- Rollback/Uninstall for Failed Patches: Automatically uninstall problematic patches to prevent downtime and maintain endpoint stability.
- Risk-Based Patch Prioritization: Use CVSS scores and real-world exploit data to focus your efforts on the vulnerabilities that pose the greatest risk.
- Attack Surface Reduction: Systematically close security gaps by ensuring critical patches are deployed rapidly and reliably across all endpoints.
- Endpoint Automation: Use workflows to automate the entire patch lifecycle, from detection and deployment to verification, freeing up your team for strategic initiatives.
- Zero Day Fixes: Published playbooks to remediate vulnerabilities before a patch is available.
- Integrate with SIEM/SOAR: Feed real-time patch compliance data into your existing security ecosystem to enrich incident response and threat hunting.
- Automated Patch Control: Define automated approval rules, blackout windows, and reboot orchestration to minimize business disruption.
Industry recognition: leading patch management, year after year
See why Absolute is named a Leader and Outperformer in the 2025 GigaOm Radar for Patch Management Solutions—three years running. Get the insights that matter most for IT and security leaders.
- Understand the Market: Explore trends, vendor comparisons, and what defines top-performing patch management solutions.
- See Why Absolute Leads: Learn how our unique persistence and automation capabilities set us apart from the competition.
Request a trial
Ready to stop gambling with patch compliance? Try patch automation that hunts down every device—on or off the grid—and slams the door on risk. Don’t just hope your endpoints are safe. Know it, prove it, and move on.
- Instantly push OS and third-party patches, anywhere and crush critical risks
- Roll back failures—no drama, no downtime, and measure exactly what matters with custom proof-of-value goals.
Featured resources for automate patch management
Automate patch management FAQ
La gestión automatizada de parches es el proceso de usar una solución central para desplegar automáticamente actualizaciones de software, o "patches", en todos tus endpoints. [NA1] El parcheo manual se ha convertido en una batalla imposible de ganar. Con cientos de nuevas vulnerabilidades apareciendo cada semana, el modelo reactivo y manual simplemente ya no escala. Las organizaciones lo necesitan para cerrar la creciente brecha de exposición y pasar de luchar constantemente contra incendios a una estrategia proactiva de reducción de riesgos.
Aquí es donde todo cambia de verdad. Las herramientas tradicionales suelen fallar en el momento en que un dispositivo sale de la red corporativa porque dependen de VPNs. Una solución moderna de parcheo automatizado utiliza una conexión persistente, integrada en el firmware, con cada endpoint. Eso significa que no importa dónde esté el dispositivo ni si está conectado a una VPN. El proceso es simple:
- La solución identifica un nuevo parche y su importancia.
- Descarga y despliega automáticamente el parche en todos los dispositivos relevantes.
- Verifica que la instalación se haya completado correctamente.
- Te proporciona evidencia de cumplimiento en tiempo real.
Se trata de tener un control inquebrantable, para que no solo esperes que tus endpoints remotos estén seguros: sepas que lo están.
Es una pregunta válida. Todos hemos sufrido un mal parche que detuvo todo. Pero yo diría que la automatización inteligente en realidad reduce las interrupciones. En lugar de un enfoque de "disparar y rezar" aplicado a toda la flota a la vez, una buena solución permite implementaciones escalonadas, pruebas piloto y políticas basadas en el riesgo. Puedes desplegar primero en un grupo pequeño, verificar que no haya problemas y luego avanzar con confianza. El mayor tiempo de inactividad suele provenir de brechas no parchadas o de las correcciones de emergencia posteriores a un incidente, no de una automatización bien gestionada.
El enorme volumen de nuevas vulnerabilidades puede resultar paralizante[NA2] . ¿Por dónde empiezas? Aquí es donde la priorización basada en el riesgo se vuelve esencial para la reducción del riesgo. Simplemente parchear según una puntuación CVSS bruta ya no es suficiente. La automatización ayuda correlacionando la vulnerabilidad con tu entorno real: ¿el software afectado realmente está instalado? ¿El dispositivo está expuesto a internet? ¿El endpoint contiene datos sensibles? Eso te permite priorizar según la explotabilidad real y el impacto para el negocio, no solo por la gravedad teórica.
Una herramienta de parcheo que no puede comunicarse con nada más solo está creando otro silo. La verdadera seguridad de endpoints requiere un ecosistema integrado. Una solución sólida de gestión automatizada de parches debe funcionar con herramientas como tu SIEM, plataforma EDR y sistemas de ticketing. Por ejemplo, puede recibir datos de inteligencia de amenazas de tu SIEM para priorizar un parche crítico, o enviar datos de cumplimiento a tus paneles existentes. El objetivo es convertir el parcheo en una parte conectada y automatizada de tu estrategia de seguridad más amplia, no en una función aislada.