JS7 JobScheduler, an Open Source Workload Automation System, is designed for performance and resilience. JS7 implements state-of-the-art security standards. It offers unlimited performance for parallel executions of jobs and workflows.
JS7 provides cross-platform job execution and managed file transfer. It supports complex dependencies without the need for coding. The JS7 REST-API allows automation of inventory management and job control.
JS7 can operate thousands of Agents across any platform in parallel.
Platforms
- Cloud scheduling for Docker®, OpenShift®, Kubernetes® etc.
- True multi-platform scheduling on premises, for Windows®, Linux®, AIX®, Solaris®, macOS® etc.
- Hybrid cloud and on-premises use
User Interface
- Modern GUI with no-code approach for inventory management, monitoring, and control using web browsers
- Near-real-time information provides immediate visibility to status changes, log outputs of jobs and workflows.
- Multi-client functionality, role-based access management
- OIDC authentication and LDAP integration
High Availability
- Redundancy & Resilience based on asynchronous design and autonomous Agents
- Clustering of all JS7 Products, automatic fail-over and manual switch-over
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Apify provides the infrastructure developers need to build, deploy, and monetize web automation tools. The platform centers on Apify Store, a marketplace featuring 10,000+ community-built Actors. These are serverless programs that scrape websites, automate browser tasks, and power AI agents.
Developers create Actors using JavaScript, Python, or Crawlee (Apify's open-source crawling library), then publish them to the Store. When other users run your Actor, you earn money. Apify manages the infrastructure, handles payments, and processes monthly payouts to thousands of active developers.
Apify Store offers ready-to-use solutions for common use cases: extracting data from Amazon, Google Maps, and social platforms; monitoring prices; generating leads; and much more.
Under the hood, Actors automatically manage proxy rotation, CAPTCHA solving, JavaScript-heavy pages, and headless browser orchestration. The platform scales on demand with 99.95% uptime and maintains SOC2, GDPR, and CCPA compliance.
For workflow automation, Apify connects to Zapier, Make, n8n, and LangChain. The platform also offers an MCP server, enabling AI assistants like Claude to discover and invoke Actors programmatically.
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OpenGL
OpenGL, which stands for Open Graphics Library, serves as a versatile application programming interface that facilitates the rendering of both 2D and 3D vector graphics across multiple programming languages and platforms. This API is primarily utilized to communicate with graphics processing units, enabling efficient hardware-accelerated rendering capabilities. The development of OpenGL was initiated by Silicon Graphics, Inc. (SGI) in 1991, culminating in its official release on June 30, 1992. Its versatility allows it to be employed in a wide range of applications such as computer-aided design (CAD), video gaming, scientific visualization, virtual reality, and flight simulation. Additionally, the OpenGL Registry provides a comprehensive collection of resources, including the core API specifications, shading language guidelines, and a plethora of Khronos- and vendor-sanctioned OpenGL extensions, along with pertinent header files and documentation for GLX, WGL, and GLU APIs. This extensive repository ensures that developers have access to the necessary tools and information to effectively utilize OpenGL in their projects.
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PlayCanvas
The PlayCanvas Engine delivers outstanding performance, even on older devices like the iPhone 4S. To achieve rapid loading times, PlayCanvas incorporates various features including script concatenation, minification, and the deferred loading of non-essential assets among others. In addition to its performance capabilities, PlayCanvas offers numerous collaborative features that allow team members to communicate directly within the Editor environment. Renowned as the top WebGL game engine globally, PlayCanvas is utilized by both large studios and indie developers to craft games for desktop and mobile browsers. If you're struggling with a game engine that lacks adequate support for WebGL, especially on mobile platforms, PlayCanvas is your ideal solution. It serves as the fundamental technology behind Snap Games, the innovative gaming platform integrated within Snapchat. Thanks to PlayCanvas, HTML5 games can now achieve a level of aesthetics and functionality comparable to native games. This transformation marks a significant evolution in the gaming experience offered through web technologies.
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