The rise of AI-generated art has sparked a lively debate in the creative world. Now that machines can create stunning visuals, questions of creativity, ownership, and ethics are more pressing than ever. As we delve deeper into this topic, let’s look at the implications and complexities of AI-generated art. How AI Creates Art AI-generated art results from advanced algorithms, often based on technologies like generative adversarial networks (GANs) or diffusion models. These systems are trained on large datasets of artworks, as well as on existing learning models, styles, and techniques. Once trained, they can create entirely new pieces, often indistinguishable…
Author: letec
AI is dramatically transforming the way we create technology. Earlier, developing software required a team. Each person performed a task that took a long time. AI performs many tasks, so everything runs faster and more easily for everyone. A great example is MetaGPT (MGX). It is not limited to writing code. It uses a team of AI agents. Each agent has its own task. They work together as real employees to create complete software. The key lies in how MetaGPT interacts with these agents. It acts as an absolute command for applications, sites or systems. This way, you can quickly…
If the proliferation of microservices is slowing down your Java teams, this guide will show you how to restore predictability and resilience through clear responsibilities and control mechanisms. In a mid-sized SaaS company in the healthcare sector, a recent acquisition further complicated an already outdated Java microservices architecture. Attempts to integrate with legacy services created more problems than they solved. As the load increased, the system began to fail randomly, and IaaS and external SaaS service costs skyrocketed, leading customers to threaten to terminate contracts due to instability. Technical leaders had promised a robust microservices environment that would accelerate development…
The Internet of Things (IoT) is transforming sectors and everyday habits by connecting devices to create more innovative homes, businesses, and urban areas. However, the widespread use of IoT devices also increases security vulnerabilities. Cyberattacks targeting IoT networks can compromise data, disrupt services, and pose security risks. In this interconnected environment, IoT security measures are essential and serve as the foundation for establishing trust. Here’s how these solutions protect networks and data, paving the way for the future of IoT. The Importance of Security The widespread use of devices has made our lives more comfortable, but has also created security…
Have you ever wondered how your smart fridge communicates with your phone? Or how your fitness tracker knows to vibrate when you reach your step goal? Thanks to the Internet of Things protocols: the secret language of smart devices. Let’s dive into this tech world and make it simple and accessible. What Are IoT Protocols? IoT Protocols protocols are like the game’s rules for smart devices. They are the languages that allow your devices to communicate with each other and the internet. Without them, your smart home would be about as useful as a hot chocolate kettle. Why Do IoT…
Their team has developed a working prototype. The demonstration impressed the stakeholders. Now someone asks how they plan to deploy it to production, scale it to thousands of users, and ensure reliable operation for the next two years. The room falls silent. This moment arrives faster than most organisations anticipate. What started as a weekend experiment with a Large Language Model (LLM) API and a few lines of Python code suddenly becomes a matter of architecture, accountability, and operational reliability. The real decision isn’t about choosing a model, the most convenient deep learning framework, or the cleanest agent tools. It’s…
Laser cutting uses a laser to cut metal accurately and quickly. This modern method is now a key tool in many industries. It is well-suited for complex structures and various materials. The technology is also fast and reliable. Below are some new ways to improve this process. Advanced CNC laser cutting A CNC laser uses a computer to control the laser. This helps make exact cuts. The designs come from computer files, so they are easy to repeat. This method also uses less material. Industries such as automobiles and construction often use it. CNC laser cutting is excellent for projects…
The Internet of Things (IoT) has altering industries by enabling connected devices to streamline operations, improve customer service, and drive innovation. However, developing an IoT solution can be expensive, especially for companies with limited resources. Fortunately, strategic planning and smart decisions can significantly reduce costs without sacrificing quality. 1. Prioritise and define your IoT goals. Before you dive into development, clearly define the goals of your IoT solution. Are you streamlining internal processes, improving customer service, or introducing a new product? Reducing scope can help eliminate unnecessary features, reducing development time and associated costs. Start with a least viable product…
The rise of AI and mechanisation is changing the customer experience in ways previously thought impossible. From chatbots to AI-powered analytics, companies have powerful tools to improve service delivery, streamline operations, and enhance customer satisfaction. But as automation becomes more prevalent, the question arises: how can brands find the right balance between technological competence and the human touch that customers expect? With that in mind, let’s look at some key strategies companies can use to make the most of AI while maintaining the all-important personal connections that make for a truly excellent customer experience. The Importance of Balancing Automation and…
Artificial intelligence (AI) has progressed rapidly over the past decade and is now one of the main drivers of change in people’s lives, workflows, and how humans interact with machines. However, the demand for high-performance computing to develop and run AI models is growing at a breakneck pace. Current, or traditional, computing systems that use classical bits have nearly reached their physical and performance limits. This is where quantum computing comes in. Quantum computing is expected to revolutionise machine learning, optimisation, cryptography, and scientific discovery by enabling the simultaneous processing of massive amounts of data. But is quantum computing truly…