This article discusses prompt injection attacks, which target large language models (LLMs) by manipulating inputs to force unintended or malicious behavior. It explains how prompt injection works, various defense strategies like input sanitization and privilege minimization, and the challenges in securing LLMs. Real-world examples and prevention techniques are also covered.
How AlphaPixel created a 3D interactive visualization of Mars using CesiumJS, covering the technical aspects of rendering a virtual Mars globe in a WebGL-capable browser, including configuring ellipsoids, applying real-world data layers, and adding interactivity for dynamic Mars data exploration.
The article introduces Gaussian Splats, a cutting-edge technique for rendering realistic 3D scenes from sparse photo data. It explains the basics of splats, Gaussian functions, and radiance fields, highlighting the efficiency of Gaussian Splats compared to NeRFs and photogrammetry. This approach achieves real-time performance without requiring neural networks.
The article explores adding a modern SDL-based UI to a legacy Amiga raytracer. It covers integrating SDL with CMake, updating UI code from Amiga OS, and resolving rendering performance issues. By using SDL’s cross-platform libraries, the article demonstrates how to modernize graphical functionality while preserving the original program logic.
This article details the process of compiling and running legacy Amiga-based raytracer code in Visual Studio Code. It covers updating old C code, handling missing libraries, and adapting the original environment using modern tools like CMake. The step-by-step guide ensures the code works on current systems with minimal changes.
The article explores how AlphaPixel tackles the challenges of forward porting legacy media and code, including recovering data from 1980s and 1990s hardware. Through a real-life example involving an Amiga-based raytracer project, it highlights the complexities of resurrecting old code, using modern tools to extract and convert outdated formats for modern use.
Dopamine Driven Design mocks all of the fad development management practices you are so sick of already.
The article explains how to implement a simple vision-based navigation system using OpenCV and Python. It demonstrates a toy example where position metadata is encoded into floor colors, with red and green channels representing X and Y coordinates. Through code examples, the article walks through creating this artificial environment, capturing data with a camera, and processing it to estimate position, orientation, and more advanced navigation techniques.
Vision Navigation is a blanket term that describes using optical-like raster input devices to discover your position and orientation (“pose”) and then use that position to plan, execute and monitor changes in position/pose within the environment. This whitepaper introduces the techniques, strengths and weaknesses, applications and processes of computer vision navigation.
AlphaPixel Software Development and OpenSceneGraph Professional Services have released OVR_MultiView2 extension support for OpenSceneGraph to greatly improve performance of OpenSceneGraph on multi-view applications (VR/AR, Holographic). Working together, AlphaPixel and Robert Osfield, project lead of OpenSceneGraph, have integrated support for the OpenGL extension called GL_OVR_multiview2 ( https://www.khronos.org/registry/OpenGL/extensions/OVR/OVR_multiview2.txt ). This extension can significantly decrease rendering overhead
