The Patented AI-powered DataProphet Recommendation Engine is Revolutionizing Cloud Operations and Cost Management
Delve into the patented AI-powered DataProphet Recommendation Engine to discover how this revolutionary solution can drive informed decision-making and elevate your data analytics capabilities.
DataProphet: ProphetStor’s First-in-the-Industry Recommendation Engine for Cloud Operations Automation and Optimization
Uncover the advanced Recommendation Engine for AIOps with ProphetStor and discover how our cutting-edge solution enhances operational efficiency and enables proactive decision-making, keeping you ahead in the AIOps game.
CrystalClear by ProphetStor: Transforming Time Series Forecasting for Microservices Management
Explore the remarkable CrystalClear Engine by ProphetStor and discover how it revolutionizes workload predictions, providing accurate results with minimal computing resources.
Transforming IT and Cloud Operations with Federator.ai: Applied Observability and Deep Insights for Cybersecurity
Discover how this powerful solution leverages security observability across technology domains to provide valuable insights into potential vulnerabilities and threats, ensuring excellent IT operations.
ProphetStor’s CrystalClear Time Series Analysis Engine— Analytical Excellence Is All about Speed
Explore in-depth how ProphetStor pioneers a novel concept of workload predictions, analyzing dependencies between the primary workload and microservice metrics to enable efficient modeling and robust resource management.
Taming MultiCloud Chaos: Leveraging Federator.ai for Simplified, Efficient, and Cost-Effective MultiCloud Management
Discover how Federator.ai uses its AI-powered capabilities to add an abstraction and automation layer to MultiCloud operations, simplifying management, optimizing resources, reducing costs, and improving security and operational efficiency.
ProphetStor’s AI-Enabled Energy Efficiency and Planning Solution for Modern Data Centers
Discuss the benefits of using advanced AI-powered technology to enhance data center operations and optimize efficiency. Data center operators can streamline processes, automate tasks, and make data-driven decisions to achieve optimization.
Improving Cloud-Native Application KPIs with Multi-Layer Correlation and Prediction
Discuss the challenges involved in monitoring and optimizing cloud-native applications and propose a solution to enhance key performance indicators (KPIs) for these applications by utilizing a comprehensive understanding of multi-layer correlation.
Cloud Cost Optimization and Application Resilience with ProphetStor
Federator.ai uses ML technology and produces recommendations that meet and exceed Gartner framework for managing and optimizing costs of Public Cloud IaaS/PaaS.
Why Horizontal Pod Autoscaling in Kubernetes Needs to Be Application-Aware
Discuss the challenges involved in monitoring and optimizing cloud-native applications and propose a solution to enhance key performance indicators (KPIs) for these applications by utilizing a comprehensive understanding of multi-layer correlation.
How Federator.ai Optimizes Cost Savings for MultiCloud Deployments
Explore why application-awareness in horizontal pod autoscaling within Kubernetes and highlights the benefits of incorporating application-level metrics for more efficient resource allocation.
Transforming IT and Cloud Operations with Federator.ai: Applied Observability and Deep Insights for Cybersecurity
Discover how this powerful solution leverages security observability across technology domains to provide valuable insights into potential vulnerabilities and threats, ensuring excellent IT operations.
Performance Prediction and Anomaly Detection Using Deep Learning
The document explores the application of deep learning techniques for predicting system performance and detecting anomalies. It also discusses the benefits and methodologies of utilizing deep learning algorithms in these domains.
Federator.ai® Drastically Improves Cost and Performance of Kafka Running on Kubernetes
Delve into how Federator.ai helps applications enhance the cost-effectiveness and performance of running Kafka on Kubernetes. Not only does it optimize Kafka deployments, but it also improves resource utilization on Kubernetes clusters.
Unlocking the Power of Operation Metadata with Prometheus and Federator.ai: Easy and Efficient Predictive Analytics, Autoscaling, and Cost Management
Explore how ProphetStor’s application-aware optimization enhances the performance and efficiency of the VMware Tanzu environment, achieving agility and scalability while optimizing the performance and cost of Tanzu clusters on VMware.
How AWS Managed Service Providers Help Their Customer Optimize Cloud Spend and Improve Their Operation Margin with Federator.ai
This article highlights how AWS Managed Service Providers (MSPs) can improve cost efficiency and operational margins for their clients using Federator.ai. This AIOps platform leverages advanced analytics to optimize AWS resource usage, reduce costs, and enhance application resilience.
Federator.ai® Drastically Improves Cost and Performance of Kafka Running on Kubernetes
Delve into how Federator.ai helps applications enhance the cost-effectiveness and performance of running Kafka on Kubernetes. Not only does it optimize Kafka deployments, but it also improves resource utilization on Kubernetes clusters.
Adding Application-Aware Optimization to VMware Tanzu Using ProphetStor Federator.ai’s Patented Multi-Layer Correlation Technology
Explore how ProphetStor’s application-aware optimization enhances the performance and efficiency of the VMware Tanzu environment, achieving agility and scalability while optimizing the performance and cost of Tanzu clusters on VMware.
Optimizing VMware Operation with AI-Powered Federator.ai: Boosting Efficiency, Performance, and Cost Savings in Virtual Infrastructure Management
Discover how AI-powered Federator.ai enhances VMware infrastructure efficiency by providing data-driven predictions, insights, and recommendations to optimize operations and Total Cost of Ownership (TCO).