Twelve months of real bills, a heat pump, two solar arrays, a battery, an EV, and every number verified against the smart meter. Including the ones that turned out to be wrong. Last July, Octopus Energy paid me £83.36. Not a refund. Not a rebate. My electricity bill for
Electricity took forty years to change the factory. AI does not have to take that long, but only if we learn why the wait happened at all.
There's a quiet inefficiency sitting on school roofs all over the UK, and once you see it you can't unsee it. Thousands of schools have done exactly the right thing. They've put solar on the roof. Some funded it themselves, some through community schemes,
AI probably won’t replace work in one dramatic moment. More likely, it will do what technology has always done: quietly remove pieces of work until one day we look around and realise the job has changed. When I started my career, every office had a Doris. She was not
There are moments in technology when a new tool arrives and, almost immediately, feels less like a product and more like a warning. OpenAI’s Codex and Claude Code are beginning to feel like that. At first glance, they are simply the latest advance in software development: clever assistants that
It rarely does. Long before AI arrived, organisations had already spent decades working out how to manage risk, change and accountability in complex systems. In IT, that thinking found its way into ITIL. Change Advisory Boards. Continuous improvement. Structures that, at their core, were designed to answer a very human
“Do you have Wi-Fi?” “Yeah the password’s on the board.” It’s a throwaway exchange. Familiar, almost comforting in its normality. You hear it in offices, community centres, waiting rooms, anywhere people gather and expect to be connected. Sometimes it’s dressed up slightly differently. “That password is
For the past decade, organisations have invested heavily in controlling access. They have built identity platforms, deployed multi-factor authentication, and embraced zero trust architectures designed to answer a now familiar question: who is allowed in? By most measures, this has been a success. The perimeter has dissolved, access is
We have achieved Cyber Essentials Plus at LDS. Not for the badge, but for the standard it holds us to. Cyber Essentials Plus is independently verified. It requires hands-on technical assessment, testing devices, configurations, access controls and vulnerability management in a live environment. It is designed to answer a
For the past decade, businesses have been told to “digitally transform”. Most did. They migrated to the cloud. They modernised applications. They invested in data platforms. And yet, something hasn’t improved. Complexity has increased. Costs are harder to predict. Risk is less visible, not more. The problem isn’t
There are rare moments when energy markets reveal something deeper than price. Today was one of those days. For a stretch of hours, electricity did not just become cheap. It became effectively free. In some periods, prices even turned negative. The system was paying consumers to take energy. At first
The UK is on the verge of rolling out plug-and-play balcony solar systems, typically capped at around 800W. On the surface, it looks like progress. Lower cost, faster installation, wider access. For many people, it will be the first time solar feels within reach. But there is a
Energy Optimisation
Why dynamic tariffs are quietly changing how energy price risk is managed in the UK electricity system Editor’s Note This article reflects LDS Consulting’s perspective on emerging trends in UK electricity markets and the growing role of dynamic pricing. As renewable generation increases and pricing becomes more responsive
Cyber Security
Most organisations know what systems they operate. Far fewer know what is actually entering and leaving their networks. Cyber security discussions often focus on internal threats. Patch management. Endpoint protection. User behaviour. These are important. But they often distract from a more fundamental question. What exactly is entering and leaving
Energy Optimisation
Buildings have become cyber-physical systems. Most organisations are still structured as if they were not. Everyone talks about technology slowing decarbonisation. Better sensors. Better analytics. Better AI. But across the building portfolios we work with, technology is rarely the constraint. The real barrier is organisational. Buildings have quietly become
Energy Optimisation
Energy transition discussions often focus on large infrastructure projects. Gigawatt-scale solar farms. Grid-scale batteries. National policy frameworks. But meaningful progress also comes from smaller, data-driven experiments. Over the past year LDS created a practical experimental environment called the LDS Test Bed — a real-world platform where we