Search Results for "runtime"

tau is the core runtime and orchestration engine of the Taubyte platform, an event-driven, distributed computing framework for building and running decentralized applications. tau handles the dynamic deployment of code, services, and data across edge and cloud environments based on real-time events. It abstracts infrastructure and simplifies application delivery by combining GitOps principles with a secure, multi-tenant execution model. tau enables seamless scalability, event-based routing, and on-demand execution without managing underlying servers.

1Backend is an AI-native full-stack platform for building distributed applications with microservices and microfrontends. It works as a framework, proxy, and runtime that reduces early infrastructure overhead for developers. The platform includes built-in capabilities for authentication, user accounts, service routing, microfrontend routing, email, and API access. It can run and program LLMs inside containers, making it suitable for AI applications as well as general software products. 1Backend is designed around zero-trust and zero-config principles, with an ORM that can support development even before a database is introduced. ...

...The platform uses a metadata-driven model similar in spirit to Salesforce, but with a stronger focus on prompt-based app generation and open deployment. ObjectQL defines data, logic, and UI in a standard format that AI tools can generate and modify. ObjectOS provides the runtime layer for APIs, authentication, permissions, workflow automation, and business logic. Object UI turns metadata into responsive React and Tailwind interfaces, while still allowing custom components and pro-code extension. Steedos is built for teams that need enterprise-grade apps with low-code speed, AI assistance, and flexible backend architecture.

...Convox Rack is especially useful for teams that want repeatable deployments, cloud-native isolation, and reduced infrastructure maintenance without moving everything into a fully managed third-party runtime.

...It works with popular Rust web frameworks such as Axum, Actix Web, and Rocket. Shuttle also handles infrastructure concerns like permissions and security so developers can focus on application logic. Its repository includes the Shuttle CLI, runtime, services, resource integrations, examples, and deployment-related tooling. The GitHub repository is currently archived and read-only, but it remains a useful reference for the platform’s architecture and Rust deployment model.

ZaneOps is a self-hosted, open-source PaaS for deploying and managing applications, services, databases, workers, and static sites. It is designed as an alternative to platforms like Heroku, Railway, Render, Vercel, and Netlify while keeping ownership of infrastructure in the user’s hands. The platform uses Docker Swarm for scalable container orchestration and Caddy for flexible routing and web serving. It gives developers a polished dashboard for managing projects, deployments, logs, URLs,...

...The container platform is an open-source system for automating the deployment, scaling, and management of containerized applications. It contains a set of technologies like container scheduling, service discovery, overlay network, container runtime, container images runtime, load-balancing and more. All of these technologies are provided out of the box and don't require additional research and setup. Our design principles allow us to create an extendable and powerful system. We separated runtime into the particular package and used interfaces to add the ability to extend supported technologies.

The Firejack platform, a PaaS, enables a radically different and better approach to enterprise software development. In a nutshell, the Firejack platform brings two large advantages to IT organizations. They are: - Extreme Accelerated Development - Operational And Runtime Services With the utilization of a code generator using variable templates (to support any technology) the platform will create 60 to 70% of the final code solution in a matter of minutes. There are a number of advantages to this technique: - Overall project cost is reduced ~ 60% - Time to Market is reduced ~ 60% - Code Quality increases while defects typically are reduced ~60% (no human error if humans do not write the code) - Handles any technology, from JEE to Objective C (iPhone) to Android