A Journey Towards On-Demand Software with AI
Christian Vivas
Applied Artificial Intelligence | Machine Learning & Data | Full-Stack Developer |
As I reflect on my coding journey, I realize how far I've come since the start of this year. My skills were once confined to building WordPress websites using HTML, CSS, and some JavaScript. However, I knew the world of software was rapidly evolving, and I needed to adapt. Over the next six months, with the help of AI tools like Anthropic Claude 3.5 and OpenAI ChatGPT, as well as the knowledge I gained from my Applied Artificial Intelligence degree, I accelerated my learning process, diving into frameworks like Meta React and Next.js. These AI-driven tools became indispensable companions in my learning journey, offering support not just in writing code but in understanding complex concepts alongside me.
The Rise of On-Demand Software Creation
My personal story is just the beginning of a much larger shift—one that will redefine the future of software creation: On-Demand software generation. AI is no longer just helping us code faster—it's laying the groundwork for a world where software is created, executed, and deleted as needed, entirely on demand.
To understand this concept, imagine a world where software is no longer a permanent fixture on your device. Instead, it's generated on the fly, tailored to a specific task, and then dissolved after it's served its purpose. This shift is being powered by advanced AI models, such as large language models (LLMs), combined with Agent systems and the potential of future quantum computing. But what exactly does this mean, and how will it impact our daily lives?
How On-Demand Software Works
To grasp the inner workings of on-demand software creation, let's explore the infrastructure required. Unlike traditional systems where software is stored permanently on a device, on-demand software relies on ephemeral storage—a temporary space where the software is stored only for the duration of the task. Once the task is complete, the software is deleted, freeing up resources.
Think of it like a pop-up shop. The shop appears, serves its purpose, and then disappears, leaving no permanent footprint. This approach is efficient and energy-saving, particularly in devices with limited storage and battery life, such as smartphones, wearables, and IoT devices.
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Benefits and Challenges of On-Demand Software
The advantages of on-demand software are numerous:
However, on-demand software also comes with its own set of challenges:
The Future: A World of On-Demand Software
As we look ahead, on-demand software will revolutionize how we interact with technology. From personal computers and mobile devices to smart homes, wearables, and even autonomous vehicles, AI will enable systems that create software tailored to our needs in real-time.
The implications are enormous:
The Road Ahead
While we are still in the early stages of this transformation, the future is clear. On-demand software creation will require significant advancements in AI, infrastructure, and data management. However, the potential benefits are too great to ignore.
As an AI student and practitioner, I see this not just as a technological evolution, but as a fundamental change in how we build, interact with, and think about software. The real excitement lies in the unknown, as we embark on this new frontier of software development—one where AI and quantum computing combine to shape a world of transient, on-demand applications.
Chief Financial Officer at HGAB Studios. | Strategic Financial Leadership for the Future of Digital Content Production. | Marketing and Brand Strategist.
2 个月?Love this topics. i know nothing of software... If on-demand software operates without leaving a permanent footprint, how does this model affect our understanding of progress and innovation if each software instance is as transient as a thought or an idea, disappearing once its immediate utility is concluded? How do we balance the need for impermanence in resource usage with the human drive to build lasting systems and legacies? We humans have indeed come a long way, building upon the past and often finding ourselves in trouble when we forget it. Our DNA itself serves as a record, preserving information across generations, albeit at a pace that may hold us back due to the slow rate of evolutionary adaptation. Quantum computing, however, operates at a vastly different speed, raising questions about how it can align with our slow evolving brains. As creators, our slower cognitive processes might either hinder technological progress or leave us unable to fully comprehend the capabilities of a rapidly evolving artificial intelligence. This discrepancy could lead to a gap where technology progresses beyond our capacity to control or even understand it,
IT professional with over eighteen years of experience as a Software engineer, web developer and QA. Currently a student at the MDC pursuing an AI Awareness Certificate and learning Spanish.
2 个月Thank you Christian for a very thoughtful article. Your enthusiasm about opportunities AI opens for IT professionals is truly contagious!
Director at Wowlat Foundation
2 个月Very interesting!!