Technical and strategic perspectives on generative AI systems beyond text: image synthesis, code generation, multi-modal models, and how organisations can identify genuine use cases amid considerable hype.
16 articles

Cheap generation made working prototypes trivial; knowing what deserves to be built remains the only job that matters.

Deploying Microsoft Copilot is a logistics problem; extracting value from it is an organisational one, and most companies confuse finishing the first for starting the second.

Modern boardrooms are squandering AI's potential in scenario planning by digitizing outdated methods rather than implementing sophisticated systems that explore true possibility spaces through causal inference, complex adaptive modeling, and counterfactual testing.

Despite the hype, truly self-improving AI systems remain theoretical due to fundamental technical and organizational barriers, with today's "self-improving" implementations being merely constrained optimization within predetermined parameters.

Sutton's bitter lesson reveals that most AI implementations feel shallow because they prioritize domain expertise over computational scale, leaving roughly 80% of potential untapped.

In 2025, boutique AI consulting firms are outpacing traditional giants by offering tailored, innovative solutions that meet specific client needs, reshaping the consulting landscape.

In the evolving AI landscape, mastering contextual chunking is essential for optimising Retrieval-Augmented Generation (RAG) performance.

QLoRA revolutionises the fine-tuning of large language models by combining quantisation and low-rank adaptation to significantly reduce memory usage while preserving performance, making advanced AI accessible to a broader range of users.

Diffusion models revolutionise generative AI by generating high-quality images, videos, and molecules through a dual process of noise addition and reconstruction, while raising significant ethical and computational challenges.

AI agents are transformative software entities that enhance operational efficiency and decision-making in businesses by autonomously performing tasks and leveraging advanced technologies like generative AI.

Process reward models (PRMs) train AI by providing feedback at each step of a task, enhancing understanding and problem-solving abilities.

Organizations considering building their own large language models (LLMs) should weigh the benefits of control and specialisation against challenges like high computational needs and expertise requirements.

Research from Apple reveals that large language models struggle with genuine mathematical reasoning and perform inconsistently on complex math problems

By visualising the transformer as a dynamic conversation between human participants, we can grasp the core principles behind this influential neural network architecture.

Most AI business cases fail not because the technology doesn't work, but because organisations skip quantified baselines, ignore the full cost structure, and mistake efficiency metrics for financial returns.

Examining some recent trends in NLP and AI, including transformer-based models, transfer learning, multimodal AI and conversational AI