Search results for Simple

Custom Catalogue is a simple to use online tool to allow you to generate a catalogue ready for print from a Microsoft Excel document and supplied images.

Imposition Wizard is a PDF Imposition software with Adobe Acrobat integration, simple user interface, realtime preview, and automation via command-line support.

PHP CRUD Generator creates the Bootstrap admin panel of your website from your MYSQL database using a simple and user-friendly user interface.

Simple and cost-effective Certificate Authority for Intune. Makes it easy to deploy Client Certificates to endpoint devices to be used for 802.1x, WPA-Enterprise and VPN access.

Simple, focused accounts receivable. Get paid faster. Manual invoicing? Try Chase Now, taking out the awkwardness out of the follow up.

Ultra-secure document sharing, messaging, digital signatures, client portal and invoicing. Extremely simple to use with patented quantum resistant security technology.

Textografo allows users to create flowcharts & diagrams based on a simple textual syntax. Users can collaborate on diagrams and export finished products.

Oracle Intelligent Bots quickly build simple chatbots and advanced digital assistants that let customers engage in natural conversations with the business.

Run your league from anywhere in one simple place online manage scheduling, results, statistics, players and get a free professional website

Vya marketing resource management automates and simplifies every day, redundant and time-consuming marketing tasks that consume the majority of your time and attention - things like managing approvals, supporting distributed sales teams, and implementing local marketing campaigns.

FortiAuthenticator is an identity and access management (IAM solution designed to enhance network security by ensuring that only authorized users have access to sensitive resources and data. By integrating seamlessly with existing authentication systems, FortiAuthenticator provides a centralized platform for managing user identities, enforcing security policies, and facilitating compliance with privacy regulations. Key Features and Functionality: - Multi-Factor Authentication (MFA: FortiAuthenticator supports various MFA methods, including FortiToken devices and FIDO2 authentication, adding an extra layer of security to user verification processes. - Single Sign-On (SSO: The solution offers SSO capabilities, allowing users to access multiple applications and services with a single set of credentials, thereby improving user experience and reducing password fatigue. - User Identification and Role-Based Policies: FortiAuthenticator identifies users through multiple methods and integrates with third-party LDAP or Active Directory systems to apply group or role data, enabling the enforcement of identity-driven policies. - Certificate Management: It streamlines the deployment and management of digital certificates for enterprise VPNs and wireless networks, simplifying the process of securing communications. - Guest Management: The platform provides customizable portals for guest authentication, facilitating secure and controlled access for visitors on wired and wireless networks. Primary Value and Problem Solved: FortiAuthenticator addresses the critical need for robust identity and access management within organizations. By implementing strong user authentication mechanisms and centralized identity management, it mitigates the risk of unauthorized access and potential data breaches. The solution simplifies compliance with regulatory requirements by providing comprehensive tracking and reporting of user activities. Additionally, features like SSO and MFA enhance the user experience while maintaining high security standards, effectively balancing ease of access with stringent security measures.

PetroSims, developed by Kea Studios is a creative visualisation solution for the oil and gas industry. It provides multimedia solutions to help achieve your goals, whether it is graphic animation for training purposes or bringing your concept and ideas to life in your sales presentations.

Synergi Pipeline Simulator is a software solution that enables hydraulic modelling for pipeline design, online leak detection, surge analysis and pipeline optimization

The Cadence Clarity 3D Solver is a cutting-edge electromagnetic simulation platform designed to tackle complex 3D structures in PCBs, IC packages, and SoIC designs. Offering unparalleled accuracy and speed, it supports critical applications across 5G, automotive, HPC, and machine learning industries. With massive scalability powered by a distributed multiprocessing architecture, it delivers up to 10X faster simulations while handling intricate designs with ease. Seamlessly integrated with Cadence Allegro and Virtuoso tools, it ensures an efficient workflow from analysis to implementation. Additional features include adaptive mesh refinement, S-parameter extraction, and cloud-based deployment for flexible, on-demand computing. The Clarity 3D Solver empowers engineers to achieve precise electromagnetic analysis and design excellence for high-speed, high-frequency systems.

The all-in-one platform to capture, convert, and retain customers across every messaging channel.

Altair Radioss is a leading explicit finite element analysis (FEA solver designed to evaluate and optimize product performance under highly nonlinear dynamic loadings. Widely adopted across industries such as automotive, aerospace, electronics, and defense, Radioss excels in simulating complex scenarios like crashes, impacts, blasts, and manufacturing processes. Its robust multiphysics capabilities enable accurate modeling of structural responses, enhancing product safety, durability, and manufacturability. With seamless integration into Altair's software ecosystem and compatibility with third-party solvers, Radioss offers a scalable and efficient solution for engineers tackling challenging dynamic analyses. Key Features and Functionality: - Explicit Finite Element Solver: Efficiently handles highly nonlinear problems under dynamic loadings, providing accurate simulations of complex events such as crashes and impacts. - Multiphysics Capabilities: Supports simulations involving fluid-structure interactions, thermal effects, and electromagnetic phenomena, enabling comprehensive analysis of product behavior under various conditions. - Material and Rupture Libraries: Offers an extensive collection of material models and failure criteria, including definitions for concrete, foam, rubber, steel, composites, and biomaterials, facilitating precise modeling of diverse materials. - Advanced Element Formulations: Provides innovative composite shell elements with delamination tracking and fast parabolic tetra elements, ensuring high accuracy and efficiency in simulations. - Solver Compatibility: Allows direct execution of input decks from trusted industry solvers like LS-DYNA without the need for conversions, streamlining workflows and reducing adoption barriers. - Scalability and AI Integration: Delivers unmatched scalability across diverse computing architectures and integrates seamlessly with AI workflows, enabling rapid training of AI models and predictive insights. Primary Value and Problem Solving: Altair Radioss empowers engineers to accurately predict and enhance product performance under dynamic conditions, reducing reliance on physical prototyping and accelerating the design process. By providing detailed insights into structural behavior during events like crashes, impacts, and blasts, Radioss helps improve product safety, durability, and compliance with industry standards. Its multiphysics capabilities and extensive material libraries enable comprehensive analysis of complex systems, facilitating innovation and optimization across various industries. The solver's compatibility with third-party tools and scalability ensures efficient integration into existing workflows, enhancing productivity and reducing time-to-market for new products.

Altair® Material Data Center™ is a comprehensive platform designed to manage the entire lifecycle of material data, enabling designers, engineers, and scientists to access, compare, and utilize accurate multi-domain material properties. By consolidating proprietary and high-quality reference data within a secure, cloud-based environment, it facilitates the development of sustainable, efficient, and lightweight designs. The platform offers ready-to-use material solver cards compatible with major CAE tools, ensuring consistency and traceability across teams. Key Features and Functionality: - Comprehensive Material Database: Provides validated data for metals, polymers, and composites, including structural, fatigue, thermal, and electromagnetic properties, with full traceability to supplier sources. - Cloud-Based Accessibility: Offers a scalable, secure solution accessible from any device, facilitating collaboration and productivity across global teams. - Advanced Material Modeling: Integrates with Altair® Material Modeler™ and Altair® Multiscale Designer® to enhance material testing and simulation accuracy. - Supplier-Specific Data Integration: Enables early supplier selection, streamlining procurement and supply chain management by providing direct access to supplier material data. - Role-Based Access Control: Ensures secure data management with revision control, allowing organizations to manage proprietary information effectively. - Seamless Integration with Simulation Tools: Connects with Altair’s and other major solvers, allowing for non-disruptive workflows and efficient material selection. Primary Value and Problem Solved: Altair Material Data Center addresses the challenge of managing and utilizing accurate material data in product development. By providing a centralized, secure repository of validated material properties, it ensures consistency and traceability across teams, reducing errors and accelerating the design process. The platform's integration with simulation tools and access to supplier-specific data enable informed decision-making, leading to optimized product performance and streamlined procurement processes. Ultimately, it empowers organizations to develop innovative, high-quality products efficiently.

PCBflow is a cloud-based platform developed by Siemens Digital Industries Software that streamlines the collaboration between PCB designers and manufacturers. By providing real-time Design for Manufacturability (DFM analysis, PCBflow enables designers to validate and optimize their PCB designs early in the development process, reducing errors, accelerating time-to-market, and lowering production costs. The platform requires no installation or IT investment, offering a secure and accessible environment for efficient design-to-manufacturing handoff. Key Features and Functionality: - Real-Time DFM Analysis: Utilizes the Valor NPI engine to perform comprehensive DFM checks, identifying potential manufacturing issues and providing actionable feedback to designers. - Supply Chain Analysis: Powered by SupplyFrame, PCBflow offers detailed component sourcing information, including pricing, availability, compliance, and lifecycle data from over 80 suppliers, helping designers mitigate sourcing risks. - Collaborative Platform: Facilitates direct communication between designers and manufacturers, allowing for the sharing of ODB++ design files and manufacturer-specific DFM rules, ensuring designs meet production capabilities. - Secure Cloud Environment: Provides a protected, cloud-based workspace that requires no additional IT infrastructure, enabling designers to access the platform from anywhere and collaborate in real-time. - Interactive DFM Reports: Generates concise, self-explanatory reports with filtering, statistics, summary tables, and error grouping, guiding users through the error correction process. Primary Value and Problem Solved: PCBflow addresses the common challenges in the PCB design-to-manufacturing process by enabling early detection and resolution of manufacturability issues. By integrating real-time DFM analysis and supply chain insights into a collaborative, cloud-based platform, PCBflow reduces the need for iterative redesigns, minimizes communication gaps between designers and manufacturers, and accelerates the overall product development cycle. This leads to cost savings, improved product quality, and faster time-to-market for electronic products.

A PIPEPHASETM Pipeline Network Design simulation software rigorously models steady-state multiphase flow in oil and gas networks and pipeline systems with the power and flexibility to model applications ranging from the sensitivity analysis of key parameters in a single well, to multi-year facilities planning studies for an entire field.

Simcenter PhysicsAI is a simulation acceleration solution from Siemens Digital Industries Software that leverages AI surrogate models trained on high-fidelity simulation data to help engineering teams explore design spaces in real time. Compared with traditional solver-based simulations, it can provide accelerated data-driven insights at a fraction of the time — in some cases up to 1,000x faster. At the core of Simcenter PhysicsAI is geometric deep learning (GDL) technology, which operates directly on meshes and CAD geometries without requiring manual feature engineering. This enables the software to learn complex relationships between shape and physical performance across multi-physics domains - including structural mechanics, computational fluid dynamics (CFD), thermal, electromagnetic and manufacturing analysis. Using data from Siemens and third-party solvers, engineers train AI models from either existing simulation data or new data generated through design of experiments (DOE) studies. Built-in validation tools and error metrics ensure these models accurately capture physical performance trends, giving engineers the confidence to make critical design decisions before predicting the performance of previously unseen geometries. Simcenter PhysicsAI supports a no-code, intuitive workflow that democratizes AI-powered simulation across multidisciplinary engineering teams, making advanced AI capabilities accessible without requiring deep expertise in machine learning or data science. It integrates seamlessly within the Simcenter portfolio - including Simcenter STAR-CCM+, Simcenter Hypermesh, Simcenter Simlab, and Simcenter Inspire - fitting naturally into existing engineering workflows without disruption. Simcenter PhysicsAI is built for simulation engineers, CAE analysts, design engineers, and data scientists working across industries where engineering performance, product reliability, and time-to-market are critical. It is particularly well-suited for organizations that already run large volumes of high-fidelity simulations and want to leverage that data investment to build scalable AI-driven workflows. By shifting early-stage screening from computationally intensive solver runs to AI inference, organizations can accelerate innovation while significantly reducing engineering costs.