Progress Thru Processors is a low-code application development platform that allows users to quickly build business applications with minimal coding. It features a visual development environment, drag-and-drop components, and integrations with databases and other systems.
Progress Thru Processors: Low-Code Application Development Platform
A low-code application development platform for quickly building business applications with minimal coding, featuring visual development environment, drag-and-drop components, and system integrations.
What is Progress Thru Processors?
Progress Thru Processors is a low-code application development platform designed to help organizations quickly create business applications. With a visual, drag-and-drop interface, Progress Thru Processors enables developers and non-developers alike to build web and mobile apps faster with minimal hand-coding required.
Key features and capabilities include:
Intuitive visual development environment for assembling apps using pre-built components
Drag-and-drop interface to add elements like forms, data tables, charts, workflows, and more
Connect apps to 200+ data sources including databases, APIs, cloud apps and on-prem systems
Options for web responsive apps, native mobile apps, offline apps and more
Security, governance and version control for enterprise management and deployment
Productivity tools like auto documentation, code assist, debugging and refactoring
Community component marketplace for sharing custom components
With its focus on visual development and rapid application delivery, Progress Thru Processors is ideal for organizations looking to empower business users and accelerate internal app dev projects. It can also serve as a platform for professional developers who want to save time on repetitive coding tasks.
Folding@home is a distributed computing project launched in 2000 by Vijay Pande and colleagues at Stanford University. It harnesses the unused processing power of personal computers owned by volunteers to simulate protein folding, computationally intensive molecular dynamics simulations of protein folding and misfolding.The simulations run when a person's computer would...
BOINC (Berkeley Open Infrastructure for Network Computing) is an open source software platform for distributed computing, which utilizes the unused processing power of personal computers owned by volunteers. It allows ordinary people to donate their spare computing power to help scientists solve important research problems in various fields such as...
CryptoBullions Folding Pool is a cryptocurrency mining pool service that utilizes the computing power of users' devices to help advance medical and scientific research through the Folding@home distributed computing project. Folding@home uses spare computing resources to simulate protein folding, computations that assist in developing new therapies for diseases like cancer,...
Charity Engine is a user-friendly, cloud-based fundraising and donor management software designed specifically to help nonprofits and charities operate more efficiently and raise more funds. It provides an all-in-one platform to connect with donors, manage fundraising campaigns, accept donations online, communicate with supporters via email and social media, track results,...
Apache Mesos is an open source cluster manager that provides efficient resource isolation and sharing across distributed applications or frameworks. It sits between the application layer and the operating system on a distributed system, and makes it easier to deploy and manage applications in large-scale clustered environments.Some key features of...
Foldit is an online multiplayer video game created by the University of Washington Center for Game Science in 2008. The purpose of the game is to optimize the structure of proteins by having players manually manipulate the structure to find the most efficient folded configuration.In the game, players are presented...
PelicanHPC is an open-source workload manager and resource manager designed for high performance computing (HPC) clusters. It provides sophisticated scheduling algorithms to optimize job throughput and resource utilization across complex HPC workloads.Key features of PelicanHPC include:Advanced scheduler supporting backfill, fairshare, and priority based algorithmsIntegrated node, job, and reservation monitoringSupport for...
JPPF is an open source distributed computing framework written in Java. It provides a simple API and software components that enable developers to parallelize execution of tasks across multiple machines, cores and clusters.Some key capabilities and benefits of JPPF include:Automatic partitioning and distribution of tasks across a network of computing...
GridRepublic is a cloud computing platform designed for running high-performance, compute-intensive workloads. It works by aggregating spare computing capacity from edge devices and data centers into a unified resource pool.Some key features of GridRepublic include:On-demand access to cloud-based high-performance computing resources for running simulations, AI/ML workloads, rendering, financial modeling, and...
PiCloud is a platform that provides on-demand access to a scalable cloud computing infrastructure for running Python code and applications. It aims to make cloud computing more accessible for scientific computing and data analysis.Some key features of PiCloud include:Automated parallelization and distribution of Python code across a cluster of machinesA...
HFM-NET is an open source financial corporate performance management (CPM) application built on the .NET platform. It provides capabilities for financial consolidation, planning, reporting and analytics.Key features of HFM-NET include:Multi-GAAP and multi-currency consolidationWorkflow and task managementFinancial and management reportingBudgeting and forecastingAnalytics and dashboardsHFM-NET offers similar functionality to commercial solutions like...