Ci Global Founder Anthony D. Parfitt discusses certified smart sockets that identify faults, shut off power, and reduce the risk of fatal electrical fires
Trusting traditional fire detection systems proved catastrophic at Grenfell Tower. It’s time to rethink fire safety – not as a response, but as a prevention.
The Grenfell Tower fire was a wake-up call to the world.
A devastating reminder that waiting for a fire to start before taking action is not just outdated – it’s deadly. Seventy-two lives were lost. Lives that should never have been in danger.
The fire began with a fridge-freezer. A standard appliance in a standard flat. Used exactly as intended. But somewhere, deep inside, a hidden fault had developed – quietly, invisibly.
And by the time anyone knew something was wrong, it was already too late. No one expected it. No one could have seen it coming.
Yes, the Grenfell Inquiry uncovered a series of failures – from the flammable cladding and ‘stay put’ policy, to regulatory oversights and corporate negligence.
But let’s be clear: nothing in the current system, no alarm, no regulation and none of the 58 recommendations now accepted by the UK government, would have stopped that fridge-freezer from igniting. Because everything we do today starts after a fire has already begun.
This article explores how modern technology can stop deadly electrical fires before they start – by tackling the risk directly at its most common source: the socket.
Why are we still reacting – when we could be preventing?
Conventional detection systems are built to alert people after a fire has already started – but they do nothing to stop it from starting in the first place.
Smoke alarms, fire doors, evacuation plans – all vital. But all reactive. None of them intervene at the source.
This is the fatal flaw not just in Grenfell and the UK, but across fire safety worldwide: almost every system waits for ignition. And once there’s a fire, the damage is already done.
Electrical faults remain one of the most common causes of fires – in homes, hotels, hospitals, schools. Often starting silently, at night, when people are asleep. And too often, by the time anyone knows, it’s already spreading. This isn’t good enough. Not when we have the technology to do better.
The overlooked risk hiding in plain sight
The insidious nature of electrical fires lies in their everyday origin. Everyday appliances. Chargers. Extension cords. Even the fixed wiring within buildings. All of it has the potential to ignite.
According to UK Fire and Rescue Services data, one in four fires are caused by electrical faults – with over 5,800 of these recorded in 2022/2023 alone.
And while it’s right to raise concerns about substandard or counterfeit products, the truth is that even trusted, reputable appliances can develop faults over time.
As the saying goes: good white goods go bad. The real issue? There’s no way to know when things start to go wrong.
Most electrical safety systems today only kick in after a major fault – like a short circuit or overcurrent – tripping a breaker or blowing a fuse.
But many fires don’t start with an obvious failure. They start with something much smaller – localised overheating in a plug, a damaged cable, or a degrading component.
These threats are silent, invisible and completely undetectable by conventional means. And they can come from anywhere – a brand-new charger, a high-end appliance, or a well-worn extension lead that’s been daisy-chained under a rug. It’s a fire waiting to happen.
And yet, the one place we could be monitoring most effectively – the socket – is still treated as nothing more than a passive conduit.
Electrical sockets, despite being central to our homes and workplaces, haven’t meaningfully changed in over a century.
They were never designed to detect danger. They were built to deliver power – not to question what they’re powering, or whether it’s safe.
This is the fundamental gap in modern electrical fire safety. We monitor smoke and flames. We sound alarms. But we do almost nothing to stop the risk where it begins – at the socket itself.
Tragedy can lead to transformation
The sad truth is, real safety reform often comes after disaster. The King’s Cross fire in 1987 – sparked by a dropped match – led to a total overhaul of safety across the London Underground, including the removal of all wooden escalators.
The Bradford City Stadium fire in 1985 – where a small blaze under a wooden stand spread in seconds and killed 56 people – led to bans on timber grandstands in UK football grounds.
Both were horrific. Both were preventable. And both forced the nation to act. Grenfell must be the same. Not just a moment of mourning – but a turning point.
For Anthony D. Parfitt, Founder and Chairman of Ci Global, the journey started years earlier, with a burst pipe and an electrical short in his own home. A near-miss. A warning.
It pushed him to tinker – building an early prototype for a water leak detection system with auto shut-off.
But at the time, it was just a side project. His day job involved pioneering safety systems for the UK Home Office, DVLA and Network Rail – including the UK’s first Automatic Number Plate Recognition (ANPR) system.
Then Grenfell happened.
An electrical fire in a common appliance had taken 72 lives – and exposed a devastating truth: the system wasn’t broken.
There was no system. At least not one designed to prevent electrical fires before they start. So he made a decision.
He revisited his prototype. Tore it apart. Reimagined what a socket could do. And then built something nobody else had dared to try: An electrical fire prevention safety smart socket.
One that could detect faults before they become flames. One that could monitor heat, load and anomalies at the exact point where risk begins – and shut off power before disaster strikes.
It was a radical idea. But Anthony knew it had to happen. Because no one else was going to do it.
Redefining fire safety – from detection to prevention
Anthony knew that preventing another Grenfell would require more than detection and suppression. By the time a smoke alarm sounds or a sprinkler kicks in, the fire is already underway.
We need to act sooner. Much sooner.
That means going straight to the source: the socket. The very point where appliances draw power – and where the majority of electrical fire risks begin.
Through Ci Global, Anthony and his team developed a fully certified, patented safety socket that continuously monitors for the earliest warning signs of fire risk. That includes: dangerous overheating in plugs or appliances, circuit overloads, ring main faults and gradual faults that develop silently over time
By analysing these patterns – including through AI-powered real-time monitoring – Ci’s technology can detect anomalies that indicate a developing electrical fault. And crucially, it can shut off power before the conditions for ignition are ever reached.
This is what Ci calls the ‘fire prevention window’: the critical moment between a fault forming and a fire starting. Where Ci acts is right at the start – before things even start to get hot.
With Ci One and Ci Max, safety smart sockets become an active line of defence, cutting power before a fire can ignite – not after. But Ci didn’t stop there.
This intelligent prevention technology now extends beyond wall sockets to include smart extension leads, creating a wider ecosystem of protection at the socket level.
The sockets also include sensors for other hazards – such as water leaks, which can pose a serious fire risk if they reach electrical points and gas leaks, which can lead to catastrophic explosions.
These systems can be configured to automatically shut off valves remotely, stopping danger in its tracks.
And it goes even further.
These capabilities can be embedded directly into appliances – like white goods or electric vehicle (EV) chargers – during manufacturing.
Internal sensors monitor for component overheating or malfunction.
If something goes wrong, power is cut from within the device itself.
Built-in ‘black box’ data logging also gives manufacturers valuable diagnostics: insight into warranty claims, targeted recalls, product improvements and – in the event of a fire – proof that their product wasn’t to blame.
Ci’s safety smart socket technology protects lives, protects reputations and sets a new standard for how electrical safety should work.
Prevention not reaction
If we’re serious about reducing the risk of electrical fires – in homes, workplaces and public buildings – we must stop relying on systems that only act once it’s already too late.
That shift begins at the socket.
By embedding smart, self-monitoring technology directly within the socket, we can detect dangerous conditions – like appliance overheating, faulty wiring, or circuit overloads – and cut power before ignition ever occurs.
These are not just smarter sockets.
They’re self-protecting guardians – turning the most overlooked component in fire safety into the first and most effective line of defence.
Setting a new global standard for fire safety means targeting the problem at its source – not waiting for symptoms to surface.
And thankfully, that shift is already underway.
Ci Global’s certified safety smart sockets – designed to stop electrical fires before they start – are already available in the UK, UAE and Saudi Arabia, with more countries coming online soon.
Because when it comes to fire safety, prevention isn’t optional.
It’s the only standard that makes sense. Pre-orders are open now.
To register your interest, visit: https://ci.global/contact/