Our two hosts describe the comprehensive guide produced by Fiverr..com and explains how to run Python scripts across major operating systems. It begins by clarifying the role of the Python interpreter and runtime, emphasising their necessity for script execution. The guide then details the installation and configuration process, including crucial steps for setting the PATH variable on different operating systems. A key section distinguishes between Python code, scripts, modules, and apps, explaining their functionalities and interrelationships. Finally, it presents multiple methods for running Python scripts: from the command line, via double-clicking (with OS-specific caveats), and using an IDE. Throughout, the guide highlights the advantages of using Python for automation, particularly in business contexts, and subtly promotes Fiverr's freelance services for assistance with Python programming.

How to Run Python Scripts on All Major Operating Systems in 2025

Python is a powerful programming language that can automate many everyday business tasks. Use this guide to learn how to create and run Python scripts quickly.

https://www.fiverr.com/resources/guides/business/run-python-script

Python scripts can automate countless repetitive business tasks, saving time and resources. Python scripts can also perform tasks that usually require paid software, such as converting video files to audio files or various AI-related tasks.

Python has extensive support for AI and machine learning, with many built-in and third-party libraries for data processing, natural language processing, and image processing. It’s even possible to train ChatGPT on your business data using a simple Python script.

However, writing Python scripts requires some programming knowledge, and executing a Python script on your chosen operating system needs some initial steps that can feel overwhelming for non-programmers.

Based on the information provided in the Gartner Magic Quadrant for Data Science and Machine Learning Platforms, the following analytical platforms offer a licensing model that allows other companies to use a licensed version of their tool on their platforms:

1. Databricks: Databricks allows other companies to use a licensed version of their tool. For example, Microsoft provides an Azure version of Databricks.
2. DataRobot: DataRobot offers its AI platform, which can be integrated with other cloud providers and platforms, allowing for licensed use on different environments.
3. Cloudera: Cloudera provides a unified data and DSML platform that can be deployed in hybrid cloud, multicloud, and on-premises environments, enabling licensed use on various platforms.
4. IBM (watsonx): IBM's watsonx platform is designed to be open and flexible, allowing integration with various cloud providers and on-premises solutions through licensing agreements.
5. SAS (SAS Viya): SAS Viya is a scalable DSML platform that can be deployed on various cloud providers and on-premises environments, offering a licensing model for use on different platforms.

These platforms provide the flexibility and integration capabilities that allow other companies to use licensed versions of their tools on their own platforms, similar to how Databricks and Azure operate.

Introducing Microsoft's Co-pilot agents, including their creation, usage, potential business use cases, and how they can improve automation and business productivity.

AI agents are software entities that perceive their environment through sensors and act upon that environment through actuators to achieve specific goals. In the context of Microsoft's Co-pilot, these agents are designed to assist users in various tasks, from coding to content creation. Welcome to the future. The future is AI.

The Searl Effect Spintronic Generator Patent

This document details a patent application for a "spintronic generator," a device purportedly generating clean energy using the spin of electrons. The generator uses concentric rings of specially designed stators and rollers, with precisely arranged magnetic fields to achieve resonance and power generation. The design incorporates multiple layers of specific materials and is claimed to produce a temperature drop and negative ions. The patent claims several novel features, including frictionless operation due to eddy currents and the use of zero-point energy. Thirty-six claims are made to protect various aspects of the design and materials used.

See Patent: US 9,871,431 B2

References:

● "David Sereda: Antigravity, UFO's & the Searl Effect" uploaded on the YouTube channel "Alt Propulsion" https://www.youtube.com/watch?v=9dhEzpsBL60

● "Imprinting Magnetic Wave Patterns In Neodymium Rings. With 'Wood Brass And Glass'" uploaded on the YouTube channel "RWGresearch". https://www.youtube.com/watch?v=2wQZ1ZCsrRo

● "Searl Effect Generator micro size" uploaded on the YouTube channel "wood brass and glass". https://www.youtube.com/watch?v=1PlPnio8A1E

● "Searl Effect Generator replica -UPDATE-" uploaded on the YouTube channel "wood brass and glass". https://www.youtube.com/watch?v=XX-H9yU_UdU

● "The Searl Effect - SEG Design, Construction & Theory" uploaded on the YouTube channel "Alt Propulsion". https://www.youtube.com/watch?v=kNoJ-yD6OFM

● "The Searl IGV - Inverse Gravity Vehicle" uploaded on the YouTube channel "Alt Propulsion". https://www.youtube.com/watch?v=lW4VRiFuBlE

Our discussion focuses on introducing some of the most significant international pharmaceutical and medical device regulations. EU Annex 1 and EU-GMP guidelines focuses on sterile medicinal product manufacturing within the European Union. Chinese Pharmacopoeia (ChP), United States Pharmacopeia (USP), and European Pharmacopoeia (EuPh) establish quality standards for pharmaceuticals across their respective regions, with increasing harmonisation efforts. Finally, the US FDA Quality Management System Regulation (QMSR) outlines quality standards for medical device manufacturers, aligning with international ISO 13485 standards. These regulations impact numerous industries, emphasising quality, risk management, and compliance to protect public health and facilitate global trade.

Further to our introduction to this topic we provide an Overview of International Pharma Regulations. Focusing on those regulations produced by the EU, US and China.

The discussion goes into some details about international pharmaceutical and medical device regulations. EU Annex 1 and EU-GMP guidelines focuses on sterile medicinal product manufacturing within the European Union. Chinese Pharmacopoeia (ChP), United States Pharmacopeia (USP), and European Pharmacopoeia (EuPh) establish quality standards for pharmaceuticals across their respective regions, with increasing harmonisation efforts. Finally, the US FDA Quality Management System Regulation (QMSR) outlines quality standards for medical device manufacturers, aligning with international ISO 13485 standards. These regulations impact numerous industries, emphasising quality, risk management, and compliance to protect public health and facilitate global trade.

In this discussion our two hosts discuss the role of the Office of the Communications Regulator for Ireland (ComReg).

The EU General Data Protection Regulations (GDPR) provides the overarching framework for data protection across the EU, ComReg ensures compliance with these regulations within the communications sector in Ireland. This includes overseeing how personal data is handled by telecom operators and other entities within its remit. The EU AI Act will be policed by ComReg and will further add to it regulatory remit controlling businesses and government agencies, alike, in their usage of AI systems.

References

[1] https://www.gov.ie/en/organisation-information/26c38c-data-protection-and-the-general-data-protection-regulation-gdpr/#the-gdpr-and-ireland

[2] https://www.compliancejunction.com/gdpr-representative-office-in-ireland/

Focus on Africa's Digital Economy and Digital Transformation.

Discussing a new article by Digital Realty., Ireland.

"What are the challenges of digitalization in Africa?

Sub-Saharan Africa faces challenges in digital development, including poor infrastructure, expensive connectivity, a digital gender gap, limited skills, and inadequate policies. Despite these issues, the region has made significant progress in the past decade, with millions gaining internet access and using digital services like mobile payments and online learning."