By controlling data, running software on their own servers, and offering free products, tech companies have created ecosystems that entrench users. These strategies exploit convenience, habit, and network effects to ensure users remain dependent, often at the cost of privacy, autonomy, and competition.

In a world where algorithms can outpace human thought, are we truly in control of our decisions—or have the machines quietly taken the lead?

What if you could lock your software's source code away for a few years, guaranteeing its release while protecting your intellectual property in the meantime? By combining blockchain, encryption, and a cryptographic trick called a Zero-Knowledge Proof, developers can safeguard their code today and promise full transparency tomorrow—creating a new era of trust between creators and users.

What if everything we think about complexity is wrong—and the key to unlocking infinite possibilities lies not in adding more, but in stripping everything down to the barest essentials?

As AI reshapes the future of work, the traditional software we rely on is about to vanish—replaced by a new era of disposable, on-demand programs.

In large organisations, high quality business cases are key to unlocking the funding required to turn ideas into reality. In this article we discuss how the Smart Business Case Framework can streamline your decision-making process for technology investments by addressing common pitfalls. a comprehensive, structured approach to capturing both first- and second-order costs and benefits.

In the not-so-distant future, artificial intelligence may surpass human capabilities in nearly every measurable way.

Despite the technological advancements and increasing resources, why do so few software products truly stand out?

The swinging door algorithm efficiently compresses time-series data, reducing storage and processing requirements while maintaining data integrity.