Agentic Automation for Data Centers
Stop routing tickets. Orchestrate infrastructure
Intelligence layer orchestrates the infrastructure lifecycle, routing workloads dynamically to preserve uptime and transfer data across hybrid-cloud environments.
Scaling Edge Resilience
Optimizing Edge Data Centers at Scale
Power, cooling, aur compute load ko sync karein taaki latency khatam ho, energy efficiency bade, aur har node par 100% uptime mile.
Autonomous Monitoring
AI agents monitor remote site health in real-time, identifying and resolving potential outages before they impact your users.
Autonomous Monitoring
AI agents monitor remote site health in real-time, identifying and resolving potential outages before they impact your users.
Seamless Data Flow
Intelligent fabric enables instant workload transfers and ultra-low latency, keeping your mission-critical apps running at peak speed.
Seamless Data Flow
Intelligent fabric enables instant workload transfers and ultra-low latency, keeping your mission-critical apps running at peak speed.
Self-Optimizing Resources
System automatically adjusts traffic and cooling to prevent bottlenecks and reduce energy waste across high-density racks.
Self-Optimizing Resources
System automatically adjusts traffic and cooling to prevent bottlenecks and reduce energy waste across high-density racks.
Predictive Maintenance
AI agents preemptively neutralize hardware failures to ensure 24/7 uptime. Achieve total reliability without manual repairs or onsite visits.
Predictive Maintenance
AI agents preemptively neutralize hardware failures to ensure 24/7 uptime. Achieve total reliability without manual repairs or onsite visits.
How it works
From Manual Servers to Self-Healing Data Centers
Improving uptime and energy efficiency through smart, automated infrastructure.
01
Connect Everything
The AI looks for patterns to find trouble before it starts. It spots a server getting too hot or a battery starting to fail, so you can fix it before the "Critical Alert" sounds.
Predict the Problem
The AI looks for patterns to find trouble before it starts. It spots a server getting too hot or a battery starting to fail, so you can fix it before the "Critical Alert" sounds.
02
03
Auto-Adjust
The system makes small changes on its own to save energy. It automatically turns up the cooling where it’s needed or moves data loads around to keep the equipment safe and efficient.
Learn and Save
Every day, the system learns how to run your racks more efficiently. It tracks your power usage to help you fit more gear into the same space while lowering your electricity bill.
04
How it works
From Manual Servers to Self-Healing Data Centers
Improving uptime and energy efficiency through smart, automated infrastructure.
01
Connect Everything
The AI looks for patterns to find trouble before it starts. It spots a server getting too hot or a battery starting to fail, so you can fix it before the "Critical Alert" sounds.
Predict the Problem
The AI looks for patterns to find trouble before it starts. It spots a server getting too hot or a battery starting to fail, so you can fix it before the "Critical Alert" sounds.
02
03
Auto-Adjust
The system makes small changes on its own to save energy. It automatically turns up the cooling where it’s needed or moves data loads around to keep the equipment safe and efficient.
Learn and Save
Every day, the system learns how to run your racks more efficiently. It tracks your power usage to help you fit more gear into the same space while lowering your electricity bill.
04
How it works
From Manual Servers to Self-Healing Data Centers
Improving uptime and energy efficiency through smart, automated infrastructure.
01
Connect Everything
The AI looks for patterns to find trouble before it starts. It spots a server getting too hot or a battery starting to fail, so you can fix it before the "Critical Alert" sounds.
Predict the Problem
The AI looks for patterns to find trouble before it starts. It spots a server getting too hot or a battery starting to fail, so you can fix it before the "Critical Alert" sounds.
02
03
Auto-Adjust
The system makes small changes on its own to save energy. It automatically turns up the cooling where it’s needed or moves data loads around to keep the equipment safe and efficient.
Learn and Save
Every day, the system learns how to run your racks more efficiently. It tracks your power usage to help you fit more gear into the same space while lowering your electricity bill.
04
Operational Intelligence
Autonomous Data Center Ecosystems
Agentic AI transitions data center operations from reactive monitoring to a self-optimizing environment that senses thermal shifts and executes complex infrastructure maneuvers in real-time.
Ingest
Aggregates real-time power metrics, server thermals, and network packet density to maintain a high-fidelity digital twin of the facility.
Analyze
Evaluates compute load spikes and cooling efficiency against PUE targets, SLA commitments, and hardware health signatures.
Orchestrate
Executes autonomous adjustments, including dynamic workload migration, liquid cooling modulation, and automated failover protocols.
Adapt
Audits energy consumption against compute output to self-correct cooling logic and eliminate future thermal bottlenecks.
Capabilities
Why We Lead the Agentic Revolution
Bridging the Gap Between "What’s Next" and "Done"
Autonomous Scaling
Automate workload balancing and allocation to eliminate manual configuration errors and latency.
Predictive Uptime
Predict component fatigue in UPS and cooling systems to maintain availability.
Automated Compliance
SOC2-compliant access control with automated audit trails. Deploy vision AI for rack-level monitoring and intrusion detection.
Edge Orchestration
Unified management of distributed nodes. Synchronize local compute with core cloud resources via a low-latency infrastructure fabric.
Autonomous Scaling
Automate workload balancing and allocation to eliminate manual configuration errors and latency.
Predictive Uptime
Predict component fatigue in UPS and cooling systems to maintain availability.
Automated Compliance
SOC2-compliant access control with automated audit trails. Deploy vision AI for rack-level monitoring and intrusion detection.
Edge Orchestration
Unified management of distributed nodes. Synchronize local compute with core cloud resources via a low-latency infrastructure fabric.
Autonomous Scaling
Automate workload balancing and allocation to eliminate manual configuration errors and latency.
Predictive Uptime
Predict component fatigue in UPS and cooling systems to maintain availability.
Automated Compliance
SOC2-compliant access control with automated audit trails. Deploy vision AI for rack-level monitoring and intrusion detection.
Edge Orchestration
Unified management of distributed nodes. Synchronize local compute with core cloud resources via a low-latency infrastructure fabric.
Autonomous Scaling
Automate workload balancing and allocation to eliminate manual configuration errors and latency.
Predictive Uptime
Predict component fatigue in UPS and cooling systems to maintain availability.
Automated Compliance
SOC2-compliant access control with automated audit trails. Deploy vision AI for rack-level monitoring and intrusion detection.
Edge Orchestration
Unified management of distributed nodes. Synchronize local compute with core cloud resources via a low-latency infrastructure fabric.
Capabilities
Why We Lead the Agentic Revolution
Bridging the Gap Between "What’s Next" and "Done"
Autonomous Scaling
Automate workload balancing and allocation to eliminate manual configuration errors and latency.
Predictive Uptime
Predict component fatigue in UPS and cooling systems to maintain availability.
Automated Compliance
SOC2-compliant access control with automated audit trails. Deploy vision AI for rack-level monitoring and intrusion detection.
Edge Orchestration
Unified management of distributed nodes. Synchronize local compute with core cloud resources via a low-latency infrastructure fabric.
Autonomous Scaling
Automate workload balancing and allocation to eliminate manual configuration errors and latency.
Predictive Uptime
Predict component fatigue in UPS and cooling systems to maintain availability.
Automated Compliance
SOC2-compliant access control with automated audit trails. Deploy vision AI for rack-level monitoring and intrusion detection.
Edge Orchestration
Unified management of distributed nodes. Synchronize local compute with core cloud resources via a low-latency infrastructure fabric.
Autonomous Scaling
Automate workload balancing and allocation to eliminate manual configuration errors and latency.
Predictive Uptime
Predict component fatigue in UPS and cooling systems to maintain availability.
Automated Compliance
SOC2-compliant access control with automated audit trails. Deploy vision AI for rack-level monitoring and intrusion detection.
Edge Orchestration
Unified management of distributed nodes. Synchronize local compute with core cloud resources via a low-latency infrastructure fabric.
Autonomous Scaling
Automate workload balancing and allocation to eliminate manual configuration errors and latency.
Predictive Uptime
Predict component fatigue in UPS and cooling systems to maintain availability.
Automated Compliance
SOC2-compliant access control with automated audit trails. Deploy vision AI for rack-level monitoring and intrusion detection.
Edge Orchestration
Unified management of distributed nodes. Synchronize local compute with core cloud resources via a low-latency infrastructure fabric.
Capabilities
Why We Lead the Agentic Revolution
Bridging the Gap Between "What’s Next" and "Done"
Autonomous Scaling
Automate workload balancing and allocation to eliminate manual configuration errors and latency.
Predictive Uptime
Predict component fatigue in UPS and cooling systems to maintain availability.
Automated Compliance
SOC2-compliant access control with automated audit trails. Deploy vision AI for rack-level monitoring and intrusion detection.
Edge Orchestration
Unified management of distributed nodes. Synchronize local compute with core cloud resources via a low-latency infrastructure fabric.
Autonomous Scaling
Automate workload balancing and allocation to eliminate manual configuration errors and latency.
Predictive Uptime
Predict component fatigue in UPS and cooling systems to maintain availability.
Automated Compliance
SOC2-compliant access control with automated audit trails. Deploy vision AI for rack-level monitoring and intrusion detection.
Edge Orchestration
Unified management of distributed nodes. Synchronize local compute with core cloud resources via a low-latency infrastructure fabric.
Autonomous Scaling
Automate workload balancing and allocation to eliminate manual configuration errors and latency.
Predictive Uptime
Predict component fatigue in UPS and cooling systems to maintain availability.
Automated Compliance
SOC2-compliant access control with automated audit trails. Deploy vision AI for rack-level monitoring and intrusion detection.
Edge Orchestration
Unified management of distributed nodes. Synchronize local compute with core cloud resources via a low-latency infrastructure fabric.
Autonomous Scaling
Automate workload balancing and allocation to eliminate manual configuration errors and latency.
Predictive Uptime
Predict component fatigue in UPS and cooling systems to maintain availability.
Automated Compliance
SOC2-compliant access control with automated audit trails. Deploy vision AI for rack-level monitoring and intrusion detection.
Edge Orchestration
Unified management of distributed nodes. Synchronize local compute with core cloud resources via a low-latency infrastructure fabric.
HELP CENTER
Your Guide to Quick Solutions
Access our resource center for troubleshooting tips, FAQs, and step-by-step guides on using autonomous AI across your workflows.
HELP CENTER
Your Guide to Quick Solutions
Access our resource center for troubleshooting tips, FAQs, and step-by-step guides on using autonomous AI across your workflows.
How is Agentic AI different from standard DCIM tools?
Standard Data Center Infrastructure Management tools just show you what’s broken. Amantra’s Agentic AI fixes it. It doesn't just send an alert for a hot aisle; it autonomously adjusts cooling setpoints or migrates workloads to cooler servers to prevent hardware damage.
How is Agentic AI different from standard DCIM tools?
Standard Data Center Infrastructure Management tools just show you what’s broken. Amantra’s Agentic AI fixes it. It doesn't just send an alert for a hot aisle; it autonomously adjusts cooling setpoints or migrates workloads to cooler servers to prevent hardware damage.
How does it handle hardware failures?
Amantra acts as a Self-Healing Agent. If a drive or power supply shows signs of failing, the AI autonomously triggers a "failover" to backup systems and automatically generates a maintenance ticket for the physical replacement, ensuring zero downtime.
How does it handle hardware failures?
Amantra acts as a Self-Healing Agent. If a drive or power supply shows signs of failing, the AI autonomously triggers a "failover" to backup systems and automatically generates a maintenance ticket for the physical replacement, ensuring zero downtime.
Does Agentic AI improve physical and network security?
Yes. Amantra functions as an Autonomous Security Guard. It monitors cabinet sensors and network traffic patterns $24/7$. If it detects an unauthorized cabinet opening or a suspicious data spike, it can instantly lock down the affected zone and alert the onsite team.
Does Agentic AI improve physical and network security?
Yes. Amantra functions as an Autonomous Security Guard. It monitors cabinet sensors and network traffic patterns $24/7$. If it detects an unauthorized cabinet opening or a suspicious data spike, it can instantly lock down the affected zone and alert the onsite team.
Can the AI reduce electricity bills?
Yes. Amantra acts as an Autonomous Energy Manager. It analyzes real-time server load and outdoor weather to optimize cooling systems. By putting idle hardware into deep-sleep modes during low-traffic periods, it can cut energy costs by up to 30%.
Can the AI reduce electricity bills?
Yes. Amantra acts as an Autonomous Energy Manager. It analyzes real-time server load and outdoor weather to optimize cooling systems. By putting idle hardware into deep-sleep modes during low-traffic periods, it can cut energy costs by up to 30%.
Can the AI manage high-density "AI clusters" and cooling?
Absolutely. High-performance computing creates intense heat spikes. Amantra uses Predictive Thermal Logic to "pre-cool" specific racks before a scheduled heavy processing task begins, preventing thermal throttling and keeping performance stable.
Can the AI manage high-density "AI clusters" and cooling?
Absolutely. High-performance computing creates intense heat spikes. Amantra uses Predictive Thermal Logic to "pre-cool" specific racks before a scheduled heavy processing task begins, preventing thermal throttling and keeping performance stable.
Is it difficult to integrate with my current servers?
No. Amantra is designed for Plug-and-Play Integration. It connects to your existing sensors, PDUs, and server management tools. It sits on top of your current setup, turning your "standard" data center into an autonomous, smart facility.
Is it difficult to integrate with my current servers?
No. Amantra is designed for Plug-and-Play Integration. It connects to your existing sensors, PDUs, and server management tools. It sits on top of your current setup, turning your "standard" data center into an autonomous, smart facility.
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