Creează un cont pentru a te abona la acest blog și a-i urmări articolele pe pagina Lectură.
-
In this article we’ll explore how LLMs (Large Language Models) actually work internally, with practical examples so everyone can understand how they work and behave.
-
In this tutorial, we’ll see how to configure Windows and Linux hosts to run my ShareFSServer together with your favorite RISC OS emulator.
-
AI systems are increasingly being discussed as if the model were the system.
-
While the DME project slowed down due the need for a better development environment for which I have designed UltimaVM for, the parts I can continue to work on are still moving forward, here is an updated with pictures of Themes ports to the new DME ExtTh…
-
Given the interest Ultima has been receiving from enthusiasts and engineers, both online and at the few computer shows where I’ve demonstrated it, I think some will appreciate a more detailed look at its ongoing progress.
-
Next Saturday (25th October 2025) I’ll be at the RISC OS London Show, together with many other developers and enthusiasts who keep our favourite operating system alive and evolving.
-
Large language models can produce text that looks fluent and convincing but turns out to be wrong; a problem known as hallucination.
-
In this article, we’ll take a look at an important new effort I am adding to my operating system, Merlin OS: formal verification, using a set of tools available to all Rust developers, as well as some custom ones.
-
In this short article we’ll see my personal “corrections” over some common advices given in the industry which have been proved to cause more problems than helping people.
-
In this second article exploring Liquid Neural Networks (LNN), we’ll take a look at the security challenges behind developing both a foundational library and foundational models based on LNNs.
-
Given all the questions I have received on the matter of Liquid Neural Networks from people interested in my zLNN foundational LNN library, I have decided to write an article to explain LNNs in the hope of helping people to find answers to initial questio…
-
In this article, we explore the complexities of assigning liability to software developers compared to traditional engineers.
-
In my career, quite a few of my co-workers have had wild dreams of creating their own bytecode interpreter virtual machine (VM).
-
📣 I am excited to announce the new alpha release 0.9.4 of theCROWler (my Content Discovery and Security development platform) GoLang Port available for Testing!
-
In this quick How-To article we have a look at what is and how to install pre-commit quickly on many platforms including macOS, Linux and Windows.
-
In this how-to we’ll have a look at how to get started with password recovery on Linux, macOS, BSD and Windows operating systems.
-
In this quick how-to, we’ll see how to read command line arguments in GNU ASM (GAS) on RISC OS.
-
In this short how-to we’ll see a quick example of how we can return a complex object in C, like we do with more modern languages like Rust or GoLang.
-
In this post we’ll have a look at the Castle Iyonix PC memory bus and how to expand memory on the Iyonix.
-
In this post we’ll have a look at the various CPU Architecture classification terms and what do they mean in the everyday world.
-
(Setting up the system and building Samba Server) In this set of “how to”, we’ll see how to use Linux to build and configure a complete Retrocomputing Server on a Raspberry Pi, to provide a set of services to retro and vintage systems (for ex.
-
Quick how-to on setting up Go Lang to use Snowflake Data Sources via ODBC.
-
In this quick how-to we’ll see how to correctly install Golang on macOS and create all required paths and first program for a painless experience 🙂 Intro Golang it’s a really fun language to play with.
-
This post is a full tutorial on how to install and configure a Fleet Controller and OSQuery to check and manage endpoints state, vulnerabilities and more.
-
This is the User Guide for ZVector, an Open Source Vector library (dynamic arrays) in ANSI C (C99) that is aimed to be secure, fast, reentrant, thread safe, easily configurable, portable and small.