Crawl websites, sync to vector databases, and power RAG applications. Pre-built integrations for LLM pipelines and AI assistants.
Build data pipelines that feed your AI models and agents without managing infrastructure. Crawl any website, transform content, and push directly to your preferred vector store. Use 10,000+ tools for RAG applications, AI assistants, and real-time knowledge bases. Monitor site changes, trigger workflows on new data, and keep your AIs fed with fresh, structured information. Cloud-native, API-first, and free to start until you need to scale.
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Skillfully - The future of skills based hiring
Realistic Workplace Simulations that Show Applicant Skills in Action
Skillfully transforms hiring through AI-powered skill simulations that show you how candidates actually perform before you hire them. Our platform helps companies cut through AI-generated resumes and rehearsed interviews by validating real capabilities in action. Through dynamic job specific simulations and skill-based assessments, companies like Bloomberg and McKinsey have cut screening time by 50% while dramatically improving hire quality.
3D Procedural Modelling and Procedural Texturing Tool in OpenGL/C++
What can this do?
Generte 3D Terrain Procedrally
Export Terrain mesh as OBJ
You can write and test your own shaders
An Inbuilt IDE for shaders
Test under different lighting
A 3D viewer
A Node based as well as Layer based workflow
Save the project(custom .terr3d files)
Hieght map visualizer in node editor
Wireframe mode
Custom Lighiting
Customizable Geometry Shaders included in rendering pipeline
Skyboxes
Multithreded Mesh Generation
Expected Goals for Version 3
Add a lot more Nodes
Export to heightmaps(both PNG and also custom format)
Node based procedural texture editing
Custom Skyboxes
Completely usable 3D procedural modelling and texturing pipeline
Fix as many bugs I can find
Things that may be added
Wren scripting to add custom algotrithms
Procedural grass and foliage
Fix more bugs!
...OpenGL and GLSL shaders are used for real-time 2D and 3D graphics. Time stepping is done via a real to complex FFT based convolution operation. There are also two deliberately simple test implementations in FreeBasic and Matlab. A 2D version on a sphere shows that it is really not dependent on the underlying grid.