While I breathe I hope – Cicero
POSTS
Introduction.
Over the next three years (2025–2028), artificial intelligence is expected to develop rapidly across several dimensions, significantly impacting business strategy, operations, and workforce structures. Here’s an overview of key developments and their business consequences:

1. Maturation of Generative AI

Development:
Generative AI (like ChatGPT, DALL·E, and others) will evolve from experimental tools to enterprise-grade platforms.
Models will become more multimodal (handling text, images, audio, video) and context-aware.
Integration with real-time data, APIs, and internal enterprise systems will become more common.

Business Consequences:
Content creation, software development, and data analysis will be accelerated.
Marketing, legal, and customer service functions will increasingly leverage AI for drafting, summarizing, and advising.
Competitive differentiation will depend on how effectively organizations fine-tune and embed these tools into their workflows.

2. AI-Enhanced Decision-Making

Development:
AI systems will increasingly support strategic decision-making by analyzing massive datasets for insights, trends, and risks.
More businesses will adopt AI copilots or decision engines for operations, finance, procurement, and HR.

Business Consequences:
Faster, more data-driven decisions—but also a greater risk of over-reliance or lack of explainability.
Need for strong governance, auditability, and AI risk management frameworks.

3. Increased AI Regulation and Compliance

Development:
Governments worldwide will enforce new regulations (e.g., EU AI Act, U.S. executive orders) around transparency, data privacy, and model safety.
Businesses will need to demonstrate how AI systems make decisions ("explainable AI").

Business Consequences:
Increased compliance burden, requiring legal, technical, and ethical oversight.
Model validation, documentation, and bias mitigation will become critical operational needs.

4. Workforce Transformation

Development:
AI will augment rather than replace many jobs—transforming roles in finance, IT, marketing, and even leadership.
Routine cognitive tasks will be automated; higher-value tasks (judgment, innovation, strategy) will be prioritized.

Business Consequences:
Demand for AI literacy and reskilling will grow across all functions.
Organizations that fail to prepare for workforce transition will struggle with internal resistance and productivity gaps.

5. Vertical AI and Domain-Specific Models

Development:
Industry-specific AI models (e.g., for banking, law, healthcare, manufacturing) will emerge to address unique data and compliance needs.
These models will outperform general-purpose models in accuracy, relevance, and context.

Business Consequences:
Early adopters in regulated industries will gain efficiency and insight advantages.
Vendors offering tailored AI platforms will become strategic partners to enterprise CIOs and COOs.

6. Real-Time AI and Autonomous Agents

Development:
AI agents capable of planning, acting, and learning autonomously will begin taking over routine multi-step tasks.
Examples: automated procurement agents, customer success bots, dynamic pricing engines.

Business Consequences:
Shift from human-in-the-loop to human-on-the-loop operations.
Cost savings and process efficiency—but also new risks in autonomy, accountability, and trust.

Final Thoughts:
Over the next 3 years, the winners in business will be those that:

1.Treat AI as a strategic capability, not a one-off tool.

2.Invest in data quality, talent, and governance.

3.Align AI implementation with real business objectives.

And prepare proactively for both ethical implications and workforce adaptation.

Blockchain may prove to be the single biggest security control concept in the history of the internet, a bold statement, but given the worldwide attention that this single word has evoked and the fact that various organisations are considering or testing Blockchain control for their systems that require an absolute assurance of authenticity of the “ledger transaction” that traverses the public network then yes given the inherent insecurity of the internet not a blind theory.

It is well documented that Blockchain was first conceived as an adjunct to Bitcoin by the mysterious “Satoshi Nakamoto” in a whitepaper in 2008, and perhaps the lasting legacy of this person may be Blockchain rather than Bitcoin which as we all know has become a vehicle for human greed unfortunately.

I therefore include various links describing Blockchain, and will leave you to your own conclusions on what effect Blockchain will have on how we conduct secure communication in the future…..

Forbes article on the history of Blockchain.
Two demonstration systems showing simply how a blockchain is constructed.
A simple youtube video discussion on Blockchain
The complete stupidity of this world in causing genius to self destruct is beyond me.
Alan Turing – 23 Jun
1912 – 7 Jun 1954 (age
41)

Alan Mathison Turing OBE FRS was an English computer scientist, mathematician, logician, cryptanalyst, philosopher and theoretical biologist. He was highly influential in the development of theoretical computer science, providing a formalisation of the concepts of algorithm and computation with the Turing machine, which can be considered a model of a general purpose computer. Turing is widely considered to be the father of theoretical computer science and artificial intelligence.

My Favorite Sci-Fi………………
A few simple SCUBA ebooks have been added to the SCUBA Notes Page.