Altair Desktop Software Usage Analytics (DSUA)

1 review

Altair® Desktop Software Usage Analytics™ is a scalable and configurable solution designed to monitor and analyze software usage across an organization's desktop systems. It provides advanced reporting and analytics to support data-driven planning and decision-making, ensuring optimal and compliant software inventory management. DSUA is tailored for software acquisition and compliance auditors, administrators, engineering managers, and business analysts, and it complements Altair® Software Asset Optimization by extending usage analytics to all software within an organization. Key Features and Functionality: - Comprehensive Usage Tracking: Monitors software usage on Windows, Linux, and Mac desktops, providing detailed reports over selected date ranges. - Idle Application Detection: Identifies idle applications on Windows desktops based on keyboard and mouse activity, without capturing or recording user keystrokes. - Software Inventory Collection: Gathers software inventory data from Windows desktops to assist in compliance auditing and inventory management. - License Type Identification: Determines whether software uses centralized licenses managed by license managers or is node-locked, aiding in compliance and optimization efforts. - Scalability and Low Resource Consumption: Efficiently tracks thousands of desktops with smart filtering to minimize data streams and maintains a low memory footprint on individual desktops. Primary Value and Problem Solved: DSUA empowers organizations to maintain an optimal and compliant software inventory by providing detailed insights into software usage patterns. This enables IT departments to identify underutilized licenses, detect idle applications, and ensure compliance with licensing agreements. By offering comprehensive usage analytics and reporting, DSUA supports data-driven decision-making, helping organizations optimize software investments, reduce costs, and enhance overall operational efficiency.

Altair Control

1 review

Altair Control is a comprehensive web-based application designed to streamline the management and optimization of high-performance computing environments. It offers administrators an intuitive interface to monitor, configure, and forecast HPC resources effectively. With seamless cloud bursting capabilities, Altair Control enables on-demand scaling to major public clouds, ensuring that computational demands are met efficiently. The platform's advanced analytics and workload simulation tools support data-driven decision-making, allowing for precise capacity planning and resource allocation. By providing real-time monitoring and management of jobs and nodes, Altair Control enhances operational efficiency and maximizes resource utilization in HPC systems. Key Features and Functionality: - Single Pane of Glass: A unified interface for configuring, deploying, monitoring, and managing HPC resources. - Real-time Monitoring: Simplifies troubleshooting and maintenance by providing real-time insights into node health and job statuses. - Seamless Cloud Bursting: Enables on-demand scaling to public cloud resources, ensuring availability during peak computational demands. - Advanced Data Analytics: Offers job accounting and reporting with advanced analytics to support informed decision-making. - Datacenter Change Simulator: Allows for capacity planning by simulating hardware and resource changes without affecting production environments. - Easy Configuration Management: Facilitates the management of queues, resources, and security settings within the HPC environment. - HPC Job Management and Monitoring: Simplifies job scheduling and resource allocation in HPC clusters. Primary Value and Problem Solved: Altair Control addresses the complexities of managing HPC environments by providing a centralized, user-friendly platform that enhances operational efficiency and resource utilization. Its seamless cloud bursting capabilities ensure that organizations can meet fluctuating computational demands without over-provisioning on-premises resources. The advanced analytics and simulation tools empower administrators to make data-driven decisions, optimizing performance and reducing operational costs. By offering real-time monitoring and management, Altair Control minimizes downtime and accelerates problem resolution, ultimately improving productivity and the overall effectiveness of HPC systems.

Altair Inspire Cast

1 review

Altair Inspire Cast is a comprehensive casting simulation software designed to streamline the creation of high-quality components. Its intuitive interface caters to both novices and experts, from product designers to foundry engineers. By visualizing common casting defects such as air entrapment, shrinkage porosity, cold shuts, and mold degradation early in the design phase, users can proactively address potential issues, reducing costly downstream corrections. The software offers guided process templates that simplify the simulation of various casting methods, including gravity die, gravity sand, investment, high pressure, low pressure die casting, and tilt pouring. With just a few hours of training, users can leverage Inspire Cast's innovative features to enhance product quality and design superior components. Key Features and Functionality: - Intuitive User Interface: Designed for both beginners and experts, facilitating ease of use across experience levels. - Defect Visualization: Identifies potential issues like air entrapment, shrinkage porosity, cold shuts, and mold degradation early in the design process. - Guided Process Templates: Provides five-step templates to simulate various casting processes, including gravity die, gravity sand, investment, high pressure, low pressure die casting, and tilt pouring. - Early Design Phase Integration: Allows for the visualization and rectification of typical casting defects during the initial stages of design, preventing costly downstream corrections. - Rapid Learning Curve: Enables users to become proficient with minimal training, enhancing productivity. Primary Value and Problem Solved: Altair Inspire Cast empowers users to detect and address casting defects early in the design process, significantly reducing the need for expensive and time-consuming corrections later. By offering an accessible and efficient simulation environment, it enhances product quality and profitability, making it an invaluable tool for both novice designers and seasoned foundry engineers.

Altair Inspire Print3D

1 review

Altair® Inspire™ Print3D is an advanced software solution designed to streamline the design and simulation processes for additive manufacturing , particularly focusing on powder bed fusion and metal binder jetting techniques. By integrating generative design with manufacturing simulation, it enables engineers to create optimized, structurally efficient 3D-printed parts while minimizing material usage, reducing print times, and decreasing post-processing efforts. This comprehensive toolset allows for rapid assessment and modification of designs to enhance manufacturability, ultimately leading to significant cost savings and improved product quality. Key Features and Functionality: - Part and Support Design: Facilitates the generation and optimization of support structures within the same environment as the designed part, allowing for interactive creation and editing of various support types. - User-Friendly Interface: Offers an intuitive, process-driven user experience that enables users to quickly gain deep insights into additive manufacturing processes, leading to faster and more informed design decisions. - Comprehensive Printing Analysis: Utilizes an embedded thermo-mechanical solver to accurately simulate the entire printing process, including building, cooling, cutting, and springback phases. - Defect Identification: Easily detects and visualizes potential defects such as large deformations, excessive heating, and delamination, aiding in design or process modifications before actual printing. - Material and Printer Library: Provides a growing library of additive manufacturing materials and standard printers, with options for customized setups to meet specific project requirements. - Print Readiness Assessment: Allows for layer-by-layer evaluation of part geometry to validate designs prior to printing, ensuring readiness and reducing the likelihood of errors. Primary Value and Problem Solving: Inspire Print3D addresses common challenges in additive manufacturing by enabling engineers to: - Design Optimal Parts: Create designs and support structures tailored for PBF or MBJ processes, reducing the need for extensive post-processing and minimizing costly trial-and-error iterations. - Increase Process Efficiency: Leverage a unified environment that combines generative design with manufacturability assessment, streamlining workflows and enhancing overall efficiency. - Reduce Manufacturing Costs: Identify and correct potential defects such as part deformation, delamination, and overheating before the printing process, leading to improved product design and reduced post-processing efforts. By integrating these capabilities, Inspire Print3D empowers users to produce high-quality, manufacturable parts efficiently, thereby accelerating product development cycles and reducing associated costs.

Altair MotionSolve

1 review

Altair MotionSolve is a comprehensive multibody system simulation software that enables engineers and designers to build and execute complex system models, evaluating the dynamic response of products to optimize their performance. By incorporating realistic geometry, diverse loading conditions, component flexibility, nonlinear connectivity, friction, and environmental effects, MotionSolve facilitates time- and frequency-domain simulations, ensuring products meet performance requirements while reducing development time and costs. Key Features and Functionality: - Geometries: Import CAD from various formats or create basic geometric entities for quick model construction. - Contacts: Define contact between parts to capture system mechanics, supporting both analytical and CAD-based contacts. - Flexbody: Model structural flexibility from simple beams to complex nonlinear finite elements, including pressure loads and geometric stiffening effects. - Parametric and Hierarchical Modeling: Build parametric models and reuse subsystems for efficient design exploration. - Linear Analysis: Analyze system dynamics in the frequency domain to understand operating frequencies, aiding in controller development. - Vehicle Tools: Utilize wizards for quick vehicle assembly and dedicated automotive entities like dampers and air springs. - Co-simulation: Integrate with Altair Twin Activate and other 0D/1D tools for simulating complex systems-of-systems. - Optimization: Leverage integration with Altair HyperStudy for design exploration and optimization. - Python APIs: Customize MotionSolve using powerful Python APIs for both pre-processing and solver steps. The primary value of MotionSolve lies in its ability to reduce the reliance on physical prototypes by providing accurate virtual simulations of mechanical systems. This leads to faster product development cycles, improved product reliability, and cost savings. By enabling detailed analysis of system behavior under various conditions, MotionSolve helps users identify and address potential issues early in the design process, ensuring products perform as intended in real-world scenarios.

Altair FlowTracer

0 reviews

Altair® FlowTracer™ is an advanced platform designed for developing, visualizing, and executing complex design workflows. It enables users to create, manage, and optimize design flows across various applications, including semiconductor design, algorithm evaluation, software development, and artificial intelligence and machine learning workflows. By analyzing and identifying inherent parallelism within these workflows, FlowTracer optimizes the utilization of compute resources both on-premises and in the cloud. Its unique tracing technique manages dependencies between files and tools by interacting with them during execution, ensuring accurate and efficient flow management. Key Features and Functionality: - Flow Visualization and Analysis: Provides comprehensive visualization of complex workflows, allowing users to identify and analyze dependencies and parallelism within their design flows. - Real-Time Reporting: Features a powerful Grid View report that displays the results of millions of running jobs, highlighting failing jobs for quick identification, debugging, and resolution. - Dependency Management: Utilizes a unique tracing technique to manage dependencies between files and tools by interacting with them during execution, ensuring accurate and efficient flow management. - Parallel Execution: Identifies inherent parallelism within workflows to optimize compute resource utilization, enabling faster execution and improved scalability. - AI and Machine Learning Integration: Supports AI and machine learning workflows using popular development languages, including Python, Julia, and Jupyter Notebook, facilitating seamless integration into existing workflows. - REST-Based Access and JSON-Based Flow Description: Offers a full REST API for defining and controlling flows in preferred languages, and utilizes JSON-based Flow Definition Notation for efficient transfer of workflow definitions. - Cross-Platform Compatibility: Operates across various platforms, including Windows and Linux x86/ARM, and supports multiple operating modes such as interactive, supervised, and batch modes. Primary Value and User Solutions: FlowTracer addresses the challenges of managing complex design workflows by providing tools for visualization, dependency management, and parallel execution. For designers, it enhances productivity through improved flow control and faster turnaround times. Infrastructure teams benefit from better resource utilization and scalability due to its small memory footprint and built-in scheduler. Management gains from reduced design flow complexity, leading to higher-quality results and improved collaboration through standardized workflows. Overall, FlowTracer streamlines the development process, reduces errors, and accelerates project completion by optimizing the execution of intricate design flows.

Altair Grid Engine

0 reviews

Altair® Grid Engine® is a premier distributed resource management system designed to optimize workloads and resources across thousands of data centers. It enhances performance, productivity, and efficiency by managing workloads automatically, maximizing shared resources, and accelerating the execution of containers, applications, and services. Deployable in any technology environment—on-premises, cloud, hybrid cloud, or cloud-native high-performance computing —Altair Grid Engine enables enterprises to deliver products and results faster, more efficiently, and with lower overall costs. Key Features and Functionality: - Advanced GPU Support: Supports new frameworks and maximizes the use of GPU resources both on-premises and in the cloud. - Cloud-Friendly Features: Facilitates easy deployment and scaling of dedicated and hybrid HPC clusters in various cloud environments. - Extreme Performance and Scalability: Proven to enhance performance and reduce time to results in clusters exceeding 1 million cores or virtual CPUs. - Monitoring and Reporting: Provides comprehensive tracking and measurement of resource utilization through detailed reporting. - License-Aware Scheduling: Efficiently manages application licenses with the optional License Orchestrator, optimizing the use of expensive software licenses. - Broad OS and Hardware Support: Compatible with various operating systems, including Linux and Windows, and supports x86, Power, and Arm architectures. Primary Value and User Solutions: Altair Grid Engine addresses the critical need for efficient workload management and resource optimization in complex computing environments. By enhancing throughput and performance of applications, containers, and services, it enables organizations to deliver higher-quality results faster. The system's ability to maximize shared compute resources across on-premises, hybrid, and cloud infrastructures leads to improved return on investment and reduced operational costs. Additionally, its broad application support across industries such as life sciences, manufacturing, energy, machine learning, and AI ensures versatility and adaptability to various computational demands.

Altair Unlimited

0 reviews

Altair Unlimited is a comprehensive, turnkey high-performance computing solution designed to provide organizations with unlimited access to Altair's suite of simulation and analysis software. Available in both on-premises and cloud-based formats, it integrates software, system administration, and infrastructure into a single, intuitive platform. This enables users to efficiently manage and execute complex simulations across various domains, including mechanics, fluids, and electromagnetics, enhancing design capabilities and accelerating time-to-market. Key Features and Functionality: - Unlimited Software Access: Provides unrestricted use of Altair's HyperWorks solver software for simulating mechanics, fluids, electromagnetics, and more. - Flexible Deployment Options: Offers both physical appliances for on-premises deployment and virtual appliances for cloud-based access, catering to diverse organizational needs. - High-Performance Computing Resource Management: Includes Altair® PBS Professional® for efficient resource provisioning, workload management, and scheduling, ensuring optimal performance. - User-Friendly Web Portal: Features an intuitive interface for easy management and operation of simulations, reducing the complexity associated with HPC environments. - Innovative Licensing Model: Utilizes Altair's flexible units-based licensing system, allowing organizations to maximize software investments and access a wide range of tools without restrictive limitations. Primary Value and Problem Solved: Altair Unlimited addresses the challenges organizations face in accessing and managing high-performance computing resources for complex simulations. By offering a fully integrated, turnkey solution with unlimited software access and flexible deployment options, it democratizes HPC capabilities, enabling companies of all sizes to accelerate innovation, improve product design, and reduce time-to-market without the need for extensive IT infrastructure or expertise.

Altair NavOps

0 reviews

Altair® NavOps® is a comprehensive solution designed to optimize high-performance computing (HPC operations by enabling efficient hybrid cloud scaling and cost management. It seamlessly integrates with various cloud providers and workload managers, allowing organizations to prioritize critical workloads while maintaining control over operational compute budgets. With its user-friendly interface and support for infrastructure-as-code (IaC, NavOps facilitates dynamic, on-demand scaling of cloud resources, providing real-time insights into workloads and expenditures. This ensures that businesses can meet their computational needs effectively while keeping cloud spending in check. Key Features and Functionality: - Dynamic Cloud Scaling: Automatically adjusts cloud resources based on demand, ensuring optimal utilization and cost efficiency. - Automation Engine: Filters workloads according to budget constraints, selectively scaling them to the cloud as needed. - Spending Control: Offers real-time visibility into cloud expenditures, including burn rates and accrued costs, enabling proactive budget management. - Centralized Operations: Provides a unified view of cloud operations across multiple platforms, including AWS, Azure, Google Cloud, and Oracle Cloud Infrastructure (OCI. - DevOps Integration: Supports seamless integration into DevOps environments through infrastructure-as-code (IaC, with automated installation and comprehensive CLI/API support. - Intuitive User Interface: Features a user-friendly interface equipped with debugging tools for efficient cloud configuration and operation. Primary Value and Problem Solved: Altair NavOps addresses the complexities associated with managing HPC workloads in hybrid cloud environments. By automating resource provisioning and scaling, it ensures that computational resources are utilized efficiently, reducing unnecessary expenditures. The platform's real-time monitoring capabilities provide organizations with the transparency needed to manage and control cloud spending effectively. Additionally, its compatibility with various cloud providers and workload managers offers the flexibility required to meet diverse business needs, ultimately enhancing productivity and profitability.