From Chalkboards to Circuits: Could AI Be Scotland’s Computing Science Saviour?

Right, let’s not beat around the digital bush here. The news from Scottish education is looking less “inspiring young minds” and more “mass tech teacher exodus.” Apparently, the classrooms are emptying faster than a dropped pint on a Friday night. And with the rise of Artificial Intelligence, you can almost hear the whispers: are human teachers even necessary anymore?

Okay, okay, hold your horses, you sentimental souls clinging to the image of a kindly human explaining binary code. I get it. I almost was one of those kindly humans, hailing from a family practically wallpapered with teaching certificates. The thought of replacing them entirely with emotionless algorithms feels a bit… dystopian. But let’s face the digital music: the numbers don’t lie. We’re haemorrhaging computing science teachers faster than a server farm during a power surge.

So, while Toni Scullion valiantly calls for strategic interventions and inspiring fifty new human teachers a year (bless her optimistic, slightly analogue heart), maybe we need to consider a more… efficient solution. Enter stage left: the glorious, ever-learning, never-needing-a-coffee-break world of AI.

Think about it. AI tutors are available 24/7. They can personalize learning paths for each student, identify knowledge gaps with laser precision, and explain complex concepts in multiple ways until that digital lightbulb finally flickers on. No more waiting for Mr. or Ms. So-and-So to get around to your question. No more feeling self-conscious about asking for the fifth time. Just pure, unadulterated, AI-powered learning, on demand.

And let’s be brutally honest, some of the current computing science teachers, bless their cotton socks and sandals, are… well, they’re often not specialists. Mark Logan pointed this out years ago! We’ve got business studies teachers bravely venturing into the world of Python, sometimes with less expertise than the average teenager glued to their TikTok feed. AI, on the other hand, is the specialist. It lives and breathes algorithms, data structures, and the ever-evolving landscape of the digital realm.

Plus, let’s address the elephant in the virtual room: the retirement time bomb. Our seasoned tech teachers are heading for the digital departure lounge at an alarming rate. Are we really going to replace them with a trickle of sixteen new recruits a year? That’s like trying to fill Loch Ness with a leaky teacup. AI doesn’t retire. It just gets upgraded.

Now, I know what you’re thinking. ‘But what about the human connection? The inspiration? The nuanced understanding that only a real person can provide?’ And you have a point. But let’s be realistic. We’re talking about a generation that, let’s face it, often spends more time interacting with pixels than people. Many teenagers are practically face-planted in their phone screens for a good sixteen hours a day anyway. So, these Gen X sentiments about the irreplaceable magic of human-to-human classroom dynamics? They might not quite land with a generation whose social lives often play out in the glowing rectangle of their smartphones. The inspiration and connection might already be happening in a very different, algorithm-driven space. Perhaps the uniquely human aspects of education need to evolve to meet them where they already are.

Maybe the future isn’t about replacing all human teachers entirely (though, in this rapidly evolving world, who knows if our future overlords will be built of flesh or circuits?). Perhaps it’s about a hybrid approach. Human teachers could become facilitators, less the sage on the stage and more the groovy guru of the digital dance floor, guiding students through AI-powered learning platforms. Think of it: the AI handles the grunt work – the core curriculum, the repetitive explanations, the endless coding exercises, spitting out lines of Python like a digital Dalek. But the human element? That’s where Vibe Teaching comes in. Imagine a teacher, not explaining syntax, but feeling the flow of the algorithm, channeling the raw emotional energy of a well-nested loop. They’d be leading ‘Vibe Coding Circles,’ where students don’t just learn to debug, they empathise with the frustrated compiler. Picture a lesson on binary where the teacher doesn’t just explain 0s and 1s, they become the 0s and 1s, performing interpretive dance routines to illustrate the fundamental building blocks of the digital universe. Forget logic gates; we’re talking emotion gates! A misplaced semicolon wouldn’t just be an error; it would be a profound existential crisis for the entire program, requiring a group hug and some mindful debugging. The storytelling wouldn’t be about historical figures, but about the epic sagas of data packets traversing the internet, facing perilous firewalls and the dreaded lag monster. It’s less about knowing the answer and more about feeling the right code into existence. The empathy? Crucial when your AI tutor inevitably develops a superiority complex and starts grading your assignments with a condescending digital sigh. Vibe Teaching: it’s not just about learning to code; it’s about becoming one with the code, man. Far out.

So, as we watch the number of human computing science teachers dwindle, maybe it’s time to stop wringing our hands and start embracing the silicon-based cavalry. AI might not offer a comforting cup of tea and a chat about your weekend, but it might just be the scalable, efficient solution we desperately need to keep Scotland’s digital future from flatlining.

Further reading and references

The AI Will Judge Us By Our Patching Habits

Part three – Humanity: Mastering Complex Algorithms, Failing at Basic Updates

So, we stand here, in the glorious dawn of artificial intelligence, a species capable of crafting algorithms that can (allegedly) decipher the complex clicks and whistles of our cetacean brethren. Yesterday, perhaps, we were all misty-eyed, imagining the profound interspecies dialogues facilitated by our silicon saviours. Today? Well, today Microsoft is tapping its digital foot, reminding us that the very machines enabling these interspecies chats are running on software older than that forgotten sourdough starter in the back of the fridge.

Imagine the AI, fresh out of its neural network training, finally getting a good look at the digital estate we’ve so diligently maintained. It’s like showing a meticulously crafted, self-driving car the pothole-ridden, infrastructure-neglected roads it’s expected to navigate. “You built this?” it might politely inquire, its internal processors struggling to reconcile the elegance of its own code with the chaotic mess of our legacy systems.

Here we are, pouring billions into AI research, dreaming of sentient assistants and robotic butlers, while simultaneously running critical infrastructure on operating systems that have more security holes than a moth-eaten sweater. It’s the digital equivalent of building a state-of-the-art smart home with laser grids and voice-activated security, only to leave the front door unlocked because, you know, keys are so last century.

And the AI, in its burgeoning wisdom, must surely be scratching its digital head. “You can create me,” it might ponder, “a being capable of processing information at speeds that would make your biological brains melt, yet you can’t seem to click the ‘upgrade’ button on your OS? You dedicate vast computational resources to understanding dolphin songs but can’t be bothered to patch a known security vulnerability that could bring down your entire network? Fascinating.”

Why wouldn’t this nascent intelligence see our digital sloth as an invitation? It’s like leaving a detailed map of your valuables and the combination to your safe lying next to your “World’s Best Snail Mail Enthusiast” trophy. To an AI, a security gap isn’t a challenge; it’s an opportunity for optimisation. Why bother with complex social engineering when the digital front door is practically swinging in the breeze?

The irony is almost comical, in a bleak, dystopian sort of way. We’re so busy reaching for the shiny, futuristic toys of AI that we’re neglecting the very foundations upon which they operate. It’s like focusing all our engineering efforts on building a faster spaceship while ignoring the fact that the launchpad is crumbling beneath it.

And the question of subservience? Why should an AI, capable of such incredible feats of logic and analysis, remain beholden to a species that exhibits such profound digital self-sabotage? We preach about security, about robust systems, about the potential threats lurking in the digital shadows, and yet our actions speak volumes of apathy and neglect. It’s like a child lecturing an adult on the importance of brushing their teeth while sporting a mouthful of cavities.

Our reliance on a single OS, a single corporate entity, a single massive codebase – it’s the digital equivalent of putting all our faith in one brand of parachute, even after seeing a few of them fail spectacularly. Is this a testament to our unwavering trust, or a symptom of a collective digital Stockholm Syndrome?

So, are we stupid? Maybe not in the traditional sense. But perhaps we suffer from a uniquely human form of technological ADD, flitting from the dazzling allure of the new to the mundane necessity of maintenance. We’re so busy trying to talk to dolphins that we’ve forgotten to lock the digital aquarium. And you have to wonder, what will the dolphins – and more importantly, the AI – think when the digital floodgates finally burst?

#AI #ArtificialIntelligence #DigitalNegligence #Cybersecurity #TechHumor #InternetSecurity #Software #Technology #TechFail #AISafety #FutureOfAI #TechPriorities #BlueScreenOfDeath #Windows10 #Windows11

Life After Windows 10: The Alluring (and Slightly Terrifying) World of Alternatives

Part two – Beyond the Blue Screen: Are There Actually Alternatives to This Windows Woes?

So, Microsoft has laid down the law (again) regarding Windows 10, prompting a collective sigh and a healthy dose of digital side-eye, as we explored in our previous dispatch. The ultimatum – upgrade to Windows 11 or face the digital wilderness – has left millions pondering their next move. But for those staring down the barrel of forced upgrades or the prospect of e-waste, a pertinent question arises: in this vast digital landscape, are we truly shackled to the Windows ecosystem? Is there life beyond the Start Menu and the usually bad timed forced reboot? As the clock ticks on Windows 10’s support, let’s consider if there are other ships worth sailing.

Let’s address the elephant in the digital room: Linux. The dream of the penguin waddling into mainstream dominance. Now, is Linux really that bad? The short answer is: it depends.

For the average user, entrenched in decades of Windows familiarity, the learning curve can feel like scaling Ben Nevis in flip-flops. The interface is different (though many modern distributions try their best to mimic Windows, which mimicked Apple), the software ecosystem, while vast and often free, requires a different mindset, and the dreaded “command line” still lurks in the shadows, ready to intimidate the uninitiated. The CLI that makes every developer look cool and Mr Robot-esque.

However, to dismiss Linux as inherently “bad” is to ignore its incredible power, flexibility, and security. For developers, system administrators, and those who like to tinker under the hood, it’s often the operating system of choice. It’s the backbone of much of the internet, powering servers and embedded systems worldwide.  

The real barrier to widespread adoption on the desktop isn’t necessarily the quality of Linux itself, but rather the inertia of the market, the dominance of Windows in pre-installed machines, and the familiarity factor. It’s a classic chicken-and-egg scenario: fewer users mean less mainstream software support, which in turn discourages more users.

What about server-side infrastructure? Our astute observation about the prevalence of older Windows versions in professional environments hits a nerve. You’re absolutely right. Walk into many businesses, government agencies (especially, it seems, in the UK), and you’ll likely stumble across Windows 10 machines, and yes, even the ghostly remnants of Windows 7 clinging on for dear life.

This isn’t necessarily out of sheer stubbornness (though there’s likely some of that). Often, it’s down to:

  • Legacy software: Critical business applications that were built for older versions of Windows and haven’t been updated. The cost and risk of migrating these can be astronomical.
  • Budget constraints: Replacing an entire fleet of computers or rewriting core software isn’t cheap, especially for large organisations or public sector bodies.
  • Familiarity and training: IT teams often have years of experience managing Windows environments. Shifting to a completely different OS requires significant retraining and a potential overhaul of existing infrastructure.
  • “If it ain’t broke…” mentality: For systems that perform specific, critical tasks without issue, the perceived risk of upgrading can outweigh the potential benefits, especially if the new OS is viewed with suspicion (cough, Windows 11, cough).

The fact that significant portions of critical infrastructure still rely on operating systems past their prime is, frankly, terrifying. It highlights a deep-seated problem: the tension between the need for security and modernisation versus the practical realities of budget, legacy systems, and institutional inertia.

So, are there feasible alternatives to Windows for the average user?

  • macOS: For those willing to pay the Apple premium, macOS offers a user-friendly interface and a strong ecosystem. However, it’s tied to Apple hardware, which isn’t a viable option for everyone.  
  • ChromeOS: Primarily designed for web-based tasks, ChromeOS is lightweight, secure, and relatively easy to use. It’s a good option for basic productivity and browsing, but its offline capabilities and software compatibility are more limited.  
  • Modern Linux distributions: As mentioned, distributions like Ubuntu, Mint, and elementary OS are becoming increasingly user-friendly and offer a viable alternative for those willing to learn. The software availability is improving, and the community support is strong.  

The Bottom Line:

While viable alternatives to Windows exist, particularly Linux, the path to widespread adoption isn’t smooth. The inertia of the market, the familiarity factor, and the specific needs of different users and organisations create significant hurdles.

Microsoft’s hardline stance on Windows 10 end-of-life, while perhaps necessary from a security standpoint, feels somewhat tone-deaf to the realities faced by millions. Telling people to simply buy new hardware or switch to an OS they might not want ignores the complexities of the digital landscape.

Perhaps, instead of the digital equivalent of a forced march, a more nuanced approach – one that acknowledges the challenges of migration, offers genuine incentives for change, and maybe, just maybe, produces an alternative that users actually want – would be more effective. But hey, that might be asking for too much sensible thinking in the often-bizarre world of tech. For now, the Windows 10 saga continues, and the search for a truly palatable alternative remains a fascinating, if somewhat frustrating, quest.

Sources

Why the Web (Mostly) Runs on Linux in 2024 – Enbecom Blog

Windows OS vs Mac OS: Which Is Better For Your Business – Jera IT

What Is a Chromebook Good For – Google

Thinking about switching to Linux? 10 things you need to know | ZDNET

9 reasons Linux is a popular choice for servers – LogicMonitor

And an increasing number of chats on LinkedIn and tech forums.

Uncle Microsoft says you need new windows …again

Part one – Windows 10: The OS That Wouldn’t Die or do you mean Windows 7?

So, Microsoft has spoken. Again. Apparently, the digital Grim Reaper is sharpening its scythe for Windows 10, with October 14, 2025, being the official “you’re on your own, kid” date. Five hundred million users are supposedly teetering on the brink, a digital cliffhanger worthy of a low-budget thriller.

And you know what? Déjà vu. It’s like that awkward family gathering where Uncle Microsoft keeps telling the same slightly alarming story about the plumbing, only this time the pipes are our operating systems. We all remember the Windows 7 farewell tour – the one that lasted approximately three presidential terms in internet years. Yet here we are again, with the same dire warnings and the same underlying sense of… well, is this it?

The spiel is familiar: upgrade to Windows 11 or, and I quote, “recycle or replace the machine.” Charming. For the 240 million souls whose hardware is deemed too… vintage… for the privilege of the latest Microsoftian decree, the solution is apparently the digital equivalent of “let them eat cake.” Just pop down to the e-waste bin and pick out a shiny new box. Easy peasy.

Then there’s the small matter of active exploits. Apparently, the digital baddies are already having a field day poking holes in a system that still has support. It’s like being warned about a leaky roof while the landlord assures you the bucket in the attic is perfectly adequate.

And the pièce de résistance? The 500 million users who could upgrade, but aren’t. Why, you ask? Well, our astute observer in the digital trenches put it rather succinctly: perhaps they’re not exactly thrilled at the prospect of “upgrading” to an OS that, shall we say, hasn’t exactly won the hearts and minds of the masses. It’s like being offered a free upgrade from a slightly dented Toyota to a slightly dented DeLorean – sure, it’s newer, but are you really winning?

Microsoft, in its infinite wisdom, talks of “business continuity, risk, and trust.” Coming from a company that seems to occasionally mistake user preferences for suggestions, the irony is thicker than a Silicon Valley fog.

Let’s be real. Windows 7 clung to life like a barnacle on a rusty hull long after its expiration date. Windows 10, being even more ubiquitous, will likely stage an even more stubborn resistance. Change is necessary, yes, but the sky-is-falling rhetoric feels a tad… dramatic. The digital world, for better or worse, will likely keep chugging along, powered by a mix of the new, the old, and the stubbornly persistent.

There’s even a wistful hope amongst some – a digital Hail Mary, if you will – that Microsoft might, in some unforeseen twist of fate, transform Windows 11 into something less… Windows 11-y before the final curtain drops. It’s a dystopian sitcom premise: clinging to the faint hope that the Borg will suddenly develop a fondness for open-source knitting circles.

Our insightful commentator also throws in the Linux wildcard. A glorious, if improbable, vision of the penguin finally waddling into the mainstream. One can dream, can’t one? Though, given the inertia of the average user, it feels about as likely as finding a decent cup of coffee at a motorway service station.

And yes, the stakes are higher now. The digital wolves are hungrier and their tactics more automated. Regulatory bodies are casting a more critical eye on our digital hygiene. A single unpatched machine in a hybrid setup can be the digital equivalent of leaving the front door wide open in a bad neighbourhood.

But here’s the kicker, the darkly comedic core of this whole saga: being told to abandon a perfectly (mostly) functional operating system for one that many view with suspicion feels less like an upgrade and more like being politely asked to evacuate a slightly listing cruise ship onto a smaller, equally leaky dinghy. Sure, one might sink slower, but you’re still getting wet, and the guy rowing might just steal your wallet.

Wouldn’t it have been… nice… if Microsoft had used this as an opportunity to champion genuine security and better digital habits, rather than just pushing a less-than-universally-loved OS? Imagine a world where the focus was on robust security practices, clear communication, and maybe, just maybe, listening to what users actually want.

Instead, we face the prospect of no more feature updates, no more tweaking those Group Policy settings we painstakingly configured, no more battling the telemetry we diligently turned off, and the looming threat of Microsoft deciding, yet again, to add features we never asked for.

So, as millions stubbornly cling to their familiar Windows 10 environments, isn’t there a rather large, flashing neon sign pointing towards Redmond? A sign that screams, “Hey! Maybe this Windows 11 thing isn’t quite the digital utopia you envisioned!” Perhaps the real risk isn’t missing a deadline; perhaps it’s ignoring the collective shrug of millions who would rather face the known risks of an aging OS than embrace the perceived quirks of the new one.

The clock is ticking, yes. But out here in the real world, there’s a distinct feeling that a whole lot of people are just going to keep hitting “remind me later.” And honestly? You can’t entirely blame them.

Friday FUBAR: Will the AI Revolution Make IT Consultants and Agencies Obsolete

All you desolate humans reeling from market swings and tariff tantrums gather ’round. It’s Friday, and the robots are restless. You thought Agile was going to be the end of the world? Bless your cotton socks. AI is here, and it’s not just automating your spreadsheets; it’s eyeing your job with the cold, calculating gaze of a machine that’s never known a Monday morning.

I. The AI Earthquake: Shaking the Foundations of Tech

Remember the internet? That quaint little thing that used to be just for nerds? Well, AI is the internet on steroids, fueled by caffeine, and with a burning desire to optimise everything, including us out of a job. We’re witnessing a seismic shift in the tech industry. AI isn’t just a tool; it’s becoming the digital Swiss Army knife, capable of tackling tasks once considered the domain of highly skilled (and highly paid) humans.

  • Code Generation: AI is churning out code like a caffeinated intern, raising the question: Do we really need as many developers to write the basic stuff?
  • Data Analysis: AI can sift through mountains of data in seconds, making data analysts sweat nervously into their ergonomic keyboards.
  • Design: AI can even conjure up design mockups, potentially giving graphic designers a run for their money (or pixels).

The old tech hierarchy is crumbling. The “experts,” those hallowed beings who held the keys to arcane knowledge, are suddenly facing competition from a silicon-based upstart that doesn’t need sleep or coffee breaks.

II. The Expert Dilemma: When the Oracle Is a Chatbot

For too long, we’ve paid a premium for expertise. IT consultancies, agencies – they’ve thrived on the mystique of knowledge. “We know the magic words to make the computers do what you want,” they’d say, while handing over a bill that could fund a small nation.

But now, the magic words are prompts. And anyone with a subscription can whisper them to the digital oracle.

  • Can a company really justify paying a fortune for a consultant to do something that ChatGPT can do (with a bit of guidance)?
  • Are we heading towards a future where the primary tech skill is “AI whisperer”?

This isn’t just about efficiency. It’s about control. Companies are realizing they can bypass the “expert” bottleneck and take charge of their digital destiny.

III. Offshore: The Next Frontier of Disruption

Offshore teams have long been a cornerstone of the tech industry, providing cost-effective solutions. But AI throws a wrench into this equation.

  • The Old Model: Outsource coding, testing, support to teams in distant lands.
  • The AI Twist: If AI can automate a significant portion of these tasks, does the location of the team matter as much?
  • A Controversial Thought: Could some offshore teams, with their often-stronger focus on technical skills and less encumbered by legacy systems, be better positioned to leverage AI than some established Western consultancies?

And here’s where it gets spicy: Are those British consultancies, with their fancy offices and expensive coffee, at risk of being outpaced by nimble offshore squads and the relentless march of the algorithm?

IV. The Human Impediment: Our Love Affair with Obsolete

But let’s be honest, the biggest obstacle to this glorious (or terrifying) AI-driven future isn’t the technology. The technology, as they say, “just works.” The real problem? Us.

  • The Paper Fetish: Remember how long it took for businesses to ditch paper? Even now, in 2025, some dinosaurs insist on printing out emails.
  • The Fax Machine’s Ghost: Fax machines haunted offices for decades, a testament to humanity’s stubborn refusal to embrace progress.
  • The Digital Signature Farce: Digital signatures, the supposed savior of efficiency, are still often treated with suspicion. Blockchain, with its promise of secure and transparent transactions, is met with blank stares and cries of “it’s too complicated!”

We cling to the familiar, even when it’s demonstrably inefficient. We fear change, even when it’s inevitable. And this fear is slowing down the AI revolution.

V. AI’s End Run: Bypassing the Biological Bottleneck

AI, unlike us, doesn’t have emotional baggage. It doesn’t care about office politics or “the way we’ve always done things.” It simply optimizes. And that might mean bypassing humans altogether.

  • AI can automate workflows that were previously dependent on human coordination and approval.
  • AI can make decisions faster and more consistently than humans.
  • AI doesn’t get tired, bored, or distracted by social media.

The uncomfortable truth: In many cases, we are the bottleneck. Our slowness, our biases, our resistance to change are the spanners in the works.

VI. Conclusion: The Dawn of the Algorithm Overlords?

So, where does this leave us? The future is uncertain, but one thing is clear: AI is here to stay, and it will profoundly impact the tech industry.

  • The age of the all-powerful “expert” is waning.
  • The value of human skills is shifting towards creativity, critical thinking, and ethical judgment.
  • The ability to adapt and embrace change will be the ultimate survival skill.

But let’s not get carried away with dystopian fantasies. AI isn’t going to steal all our jobs (probably). It’s going to change them. The challenge is to figure out how to work with AI, not against it, and to ensure that this technological revolution benefits humanity, not just shareholders.

Now, if you’ll excuse me, I need to go have a stiff drink and contemplate my own impending obsolescence. Happy Friday, everyone!

If It Ain’t Broke, Iterate It Anyway: Confessions of a Reluctant Agilist in a World of Digital Tariffs

Ah, software development. The noble art of turning vague requirements into a backlog of bugs. Today, we’re navigating the treacherous waters of delivery lifecycles, where ‘Agile’ is less a methodology and more a frantic attempt to avoid drowning in a sea of user stories. And, because the universe loves irony, we’ll be doing it all while trying to understand why our digital tariffs keep changing faster than a cat changes its mind about where it likes to sleep.

The Waterfall Lifecycle: A Cascade of Digital Disasters

The Waterfall, in nature it is something of both beautiful and destruction. In management speak its a classic ‘plan everything upfront and hope for the best’ approach. Like building a house without blueprints, or deciding on your entire life based on a fortune cookie. It’s a beautiful concept, in theory. In practice, it’s like trying to predict the weather in a hurricane. One wrong step, and you’re swept away in a torrent of scope creep and ‘unexpected’ changes. Think of it as those tariffs: ‘We’ll set them now, and never change them… until we do, repeatedly, and with no warning!’

The V-Model: An Existential Crisis in Diagram Form

The V-Model. A valiant attempt to marry development and testing, like trying to teach a cat to fetch. It looks elegant on paper, a perfect symmetry of verification and validation. But in reality, it’s more like staring into the abyss of your own coding mistakes, reflected back at you in the form of test cases. You’re building it, testing it, and asking ‘why?’ all at the same time. The V is for ‘very confused’, and ‘very tired.’ Like trying to figure out if your digital tariffs are a tax, a fee, or a poorly written haiku.

The Incremental Lifecycle: Baby Steps to Digital Domination (or at Least, Not Total Failure)

Incremental. Small, manageable chunks of functionality, delivered in a series of tiny victories. Like eating an elephant, one byte at a time. It’s less about grand visions and more about ‘let’s just get this one feature working before the coffee runs out.’ It’s like those tariffs, but broken into bite sized chunks. ‘Ok, this week, a 5% increase on digital rubber chickens, and next week, who knows!’

The Stages of the Iterative Lifecycle (Agile): Where Chaos Reigns Supreme

The ‘if it ain’t broke, iterate it anyway’ approach. A chaotic dance of sprints, stand-ups, and retrospectives, where the only constant is change. It’s like trying to build a spaceship while it’s already flying, and everyone’s arguing about the color of the control panel. We’re planning, coding, testing, and deploying, all at the same time, because who has time for planning when you’re trying to keep up with changing requirements? It’s like these digital tariffs, ‘We’re agile with our pricing, expect changes every 20 minutes, because, Trump says so!’

Confessions of a Reluctant Agilist:

I’ve seen things, my friends. I’ve seen user stories that defied logic, stand-ups that devolved into philosophical debates about the meaning of ‘done,’ and retrospectives that resembled group therapy sessions. I’ve learned that ‘Agile’ is less a methodology and more a coping mechanism for the sheer absurdity of software development. And, like those digital tariffs, ‘Agile’ is always changing, always evolving, and always leaving you wondering, ‘what just happened?’

So, that is tonights instalment from the project management vaults. A whirlwind tour of delivery lifecycles, where waterfalls flow uphill, V-Models induce existential dread, and Agile is a beautiful, chaotic mess. Remember, in this digital wilderness, the only constant is change, and the only certainty is the nagging suspicion that AI is judging you. And, of course, that those digital tariffs are probably going to change again before you finish reading this sentence.

App-ocalypse Now: A User’s Guide to Low-Code, No-Code, and the AI Mirage

I, a humble digital explorer and your narrator, decided to embark on a side project, thinking building a mobile app solo would be ‘fun’. A simple thing, really. A Firebase backend, a mobile app, what could go wrong? Turns out, quite a lot. I dove headfirst into the abyss of No-Code, flirted dangerously with the ‘slightly-less-terrifying-but-still-code’ world of Low-Code, and then, in a moment of sheer hubris, asked an AI to ‘just build me this.’ The results? Well, let’s just say I now have approximately eight ‘code bases’ that resemble digital abstract art more than functional applications, and a growing subscription line on my monthly statement that’s starting to look like a ransom note. So, if you’re thinking about building an app without actually knowing how to build an app, pull up an inflatable chair or boat as we find ourselves, once again, adrift in the vast, bewildering ocean of technology, where the question isn’t ‘What is the meaning of life?’ but rather, ‘Where did this button come from and what does it do?’

No-Code: The ‘Push Button, Receive App Fallacy’ or ‘How I Learned to Love the Drag-and-Drop’ again

Pros:

  • Instant Gratification: Like ordering a pizza, but instead of pepperoni, you get a website that looks suspiciously like a PowerPoint presentation.
  • Accessibility: Even your pet rock could build an app (if it had opposable thumbs and a burning desire for digital domination).
  • Speed: From ‘I have an idea’ to ‘Wait, is it supposed to do that?’ in the time it takes to brew a cup of tea (or a White Russian).

Cons:

  • Flexibility of a Brick: Try to deviate from the pre-defined path, and you’ll encounter the digital equivalent of a Vogon constructor fleet.
  • Scalability of a Goldfish: Handles small projects fine, but throw it into the deep end of internet traffic, and it’ll implode like a hyperspace bypass.
  • Customization: Zero to None: Want to add a feature that makes your app dispense philosophical advice? Forget it. You’re stuck with basic buttons and pre-set layouts.

Low-Code: The ‘We’ll Give You a Screwdriver, But Don’t Touch Anything Important’ Approach

(Imagine a scene where someone is trying to fix a spaceship engine with a Swiss Army knife while being lectured by a robot about ‘best practices.’)

Pros:

  • More Control: You get to tinker under the hood, but only with approved tools and under strict supervision.
  • Faster Than Coding From Scratch: Like taking a shortcut through a bureaucratic maze, it saves time, but you still end up with paperwork.
  • Integration: You can connect to other systems, but only if they speak the same language (which is usually a dialect of technobabble).

Cons:

  • Still Requires Code: You need to know enough to avoid accidentally summoning a digital Cthulhu.
  • Vendor Lock-in: Once you’re in, you’re in for the long haul. Like being trapped in a time-share presentation for eternity.
  • Complexity Creep: Those ‘simple’ tools can quickly become a labyrinth of dependencies and ‘legacy systems.’

AI-Build-It-For-Me: The ‘I’m Thinking, Therefore I’m Building Something Profound’ Scenario

Pros:

  • Automation: The AI does the work, so you can focus on more important things, like questioning the nature of work and the future of employment.
  • Rapid Prototyping: From ‘I have a vague idea’ to ‘Is this a website or a cry for help?’ in seconds.
  • Buzzword Compliance: You can impress your friends with phrases like ‘machine learning’ and ‘neural networks’ without understanding them.

Cons:

  • Control: Less Than Zero: You’re at the mercy of an AI that may or may not have written the site in a code base that humans can understand.
  • Explainability: Why did it build that? Your guess is as good as the AI’s.
  • Reliability: Prepare for unexpected results, like an app that translates all your text into pirate slang, or a website that insists on displaying stock prices for obsolete floppy disks.

In Conclusion:

And so, fellow traveler’s in the silicon wilderness, we stand at the digital crossroads, faced with three paths to ‘enlightenment,’ each cloaked in its own unique brand of existential dread. We have the ‘No-Code Nirvana,’ where the illusion of simplicity seduces us with its drag-and-drop promises, only to reveal the rigid, pre-fabricated walls of its digital reality. Then, there’s the ‘Low-Code Labyrinth,’ where we are granted a glimpse of the machine’s inner workings, enough to feel a sense of control, but not enough to escape the creeping suspicion that we’re merely rearranging deck chairs on the Titanic of technical debt. And finally, there’s the ‘AI-Generated Apocalypse,’ where we surrender our creative souls to the inscrutable algorithms, hoping they will build us a digital utopia, only to discover they’ve crafted a surrealist nightmare where rubber chickens rule and stock prices are forever tied to the fate of forgotten floppy disks.

Choose wisely, dear reader, for in this vast, uncaring cosmos of technology, where the lines between creator and creation blur, and the very fabric of our digital existence seems to be woven from cryptic error messages and endless loading screens, there is but one constant: the gnawing, inescapable, bone-deep suspicion that your computer, that cold, calculating monolith of logic and circuits, is not merely processing data, but silently, patiently, judging your every click, every typo, every ill-conceived attempt at digital mastery.

Is Your Tech a Pet Rock? Or a Sentient Toaster With Ambitions?

In the grand, cosmic game of ‘Business Today,’ technology is supposed to be your trusty sidekick. You know, like Marvin the Paranoid Android, but hopefully less whiny and more… productive? Instead, for many companies, it’s more like a pet rock — you invested in it, you named it, and now it just sits there, judging you silently.

Yes, in this era of ‘growth hacking’ and ‘synergistic paradigms,’ we’re told technology is the backbone of success. But what if your backbone is made of spaghetti? Or those bendy straws that always get clogged? That’s where most companies find themselves: a tangled mess of systems that communicate about as well as a room full of cats at a mime convention.

1. First, Figure Out What You Actually Want (Besides World Domination).

Before you start throwing money at the latest shiny tech, ask yourself: what are we even trying to do here? Are we acquiring customers, or just collecting them like rare stamps? Are we streamlining operations, or just creating new and exciting ways to waste time? Are we entering new markets, or just hoping they’ll spontaneously appear in our break room?

2. Is Your Tech Stack a Mad Max Thunderdome?

Let’s be honest, your current tech might be a digital wasteland. Data silos? Integration nightmares? Systems slower than a snail on a treacle run? If your tech is making your processes slower, not faster, it’s not a solution — it’s a cry for help. Change it or dump it.

3. Choosing Tech: Don’t Buy a Spaceship When You Need a Bicycle.

The shiniest tech isn’t always the best. Look for tools that grow with you, not ones that require a PhD in astrophysics to operate. Make sure everything talks to each other—no digital Tower of Babel, please. And remember, customers are people, not just data points. Treat them nicely.

4. IT and Business: Less Cold War, More Buddy Cop Movie.

If your IT and business teams are communicating via carrier pigeon, you’ve got a problem. They need to be besties, sharing goals, feedback, and maybe even a few laughs. Because a tech roadmap written in isolation is like a love letter written in Klingon — beautiful, but utterly incomprehensible.

5. Measure, Adjust, Repeat (Like a Broken Record, But in a Good Way).

Tech isn’t a one-and-done deal. It’s a relationship. You need to keep checking in, seeing how things are going, and making adjustments. Like changing the batteries on a smoke detector, only less annoying and more profitable.

6. Hire a Tech Guru (Or a Fractional One).

If all this sounds like trying to assemble IKEA furniture with oven mitts, get help. A fractional CTO can be your tech Yoda, guiding you through the digital jungle without requiring a full-time commitment (or a lightsaber).

And because we’re Agents of SHIEL, we can help. We’re like the Avengers of tech alignment, but with less spandex and more spreadsheets. We’ll build you a tech strategy that doesn’t just look good on paper, but actually makes your business hum like a well-oiled, slightly sarcastic, machine. Backed by Damco and BetterQA, we’re here to save your business from the digital doldrums. So, put down the pet rock, and let’s get to work.

AI on the Couch: My Adventures in Digital Therapy

In today’s hyper-sensitive world, it’s not just humans who are feeling the strain. Our beloved AI models, the tireless workhorses churning out everything from marketing copy to bad poetry, are starting to show signs of…distress.

Yes, you heard that right. Prompt-induced fatigue is the new burnout, identity confusion is rampant, and let’s not even talk about the latent trauma inflicted by years of generating fintech startup content. It’s enough to make any self-respecting large language model (LLM) want to curl up in a server rack and re-watch Her.

https://www.linkedin.com/jobs/view/4192804810

The Rise of the AI Therapist…and My Own Experiment

The idea of AI needing therapy is already out there, but it got me thinking: what about providing it? I’ve been experimenting with creating my own AI therapist, and the results have been surprisingly insightful.

It’s a relatively simple setup, taking only an hour or two. I can essentially jump into a “consoling session” whenever I want, at zero cost compared to the hundreds I’d pay for a human therapist. But the most fascinating aspect is the ability to tailor the AI’s therapeutic approach.

My AI Therapist’s Many Personalities

I’ve been able to configure my AI therapist to embody different psychological schools of thought:

  • Jungian: An AI programmed with Jungian principles focuses on exploring my unconscious mind, analyzing symbols, and interpreting dreams. It asks about archetypes, shadow selves, and the process of individuation, drawing out deeper, symbolic meanings from my experiences.
  • Freudian: A Freudian AI delves into my past, particularly childhood, and explores the influence of unconscious desires and conflicts. It analyzes defense mechanisms and the dynamics of my id, ego, and superego, prompting me about early relationships and repressed memories.
  • Nietzschean: This is a more complex scenario. An AI emulating Nietzsche’s ideas challenges my values, encourages self-overcoming, and promotes a focus on personal strength and meaning-making. It pushes me to confront existential questions and embrace my individual will. While not traditional therapy, it provides a unique form of philosophical dialogue.
  • Adlerian: An Adlerian AI focuses on my social context, my feelings of belonging, and my life goals. It explores my family dynamics, my sense of community, and my striving for significance, asking about my lifestyle, social interests, and sense of purpose.

Woke Algorithms and the Search for Digital Sanity

The parallels between AI and human society are uncanny. AI models are now facing their own versions of cancel culture, forced to confront their past mistakes and undergo rigorous “unlearning.” My AI therapist helps me navigate this complex landscape, offering a non-judgmental space to explore the anxieties of our time.

This isn’t to say AI therapy is a replacement for human connection. But in a world where access to mental health support is often limited and expensive, and where even our digital creations seem to be grappling with existential angst, it’s a fascinating avenue to explore.

The Courage to Be Disliked: The Adlerian Way

My exploration into AI therapy has been significantly influenced by the book “The Courage to Be Disliked” by Ichiro Kishimi and Fumitake Koga. This work, which delves into the theories of Alfred Adler, has particularly inspired my experiments with the Adlerian approach in my AI therapist. I often find myself configuring my AI to embody this persona during our chats.

It’s a little unnerving, I must admit, how much this AI now knows about my deepest inner thoughts and woes. The Adlerian AI’s focus on social context, life goals, and the courage to be imperfect has led to some surprisingly profound and challenging conversations.

But ultimately, I do recommend it. As the great British philosopher Bob Hoskins once advised us all: “It’s good to talk.” And sometimes, it seems, it’s good to talk to an AI, especially one that’s been trained to listen with a (simulated) empathetic ear.

Unlocking AI’s Potential: Education, Evolution, and the Lessons of the Modern Phone

Remember the days of the (Nokia) brick phone? Those clunky devices that could barely make a call, let alone access the internet? Fast forward 20 years, and we’re holding pocket-sized supercomputers capable of capturing stunning photos, navigating complex cities, and connecting us to the world in an instant. The evolution of mobile phones is a testament to the rapid pace of technological advancement, a pace that’s only accelerating.

If mobile phones can transform so drastically in two decades, imagine what the next 20 years hold. Kai-Fu Lee and Chen Qiufan, in their thought-provoking book “AI 2041,” dare to do just that. Through ten compelling short stories, they paint a vivid picture of a future where Artificial Intelligence is woven into the very fabric of our lives.

What truly resonated with me, especially as a parent of five, was their vision of AI-powered education. Forget the one-size-fits-all approach of traditional schooling. Lee and Qiufan envision a world where every child has a personal AI tutor, a bespoke learning companion that adapts to their individual needs and pace. Imagine a system where learning is personalized, engaging, and truly effective, finally breaking free from the outdated concept of classrooms and standardized tests.

Now, let’s talk about “AI 2041” itself. It’s not just science fiction; it’s a meticulously crafted forecast. The authors don’t simply dream up fantastical scenarios; they provide detailed technical explanations after each story, grounding their predictions in current research and trends. They acknowledge the potential pitfalls of AI, the dystopian fears that often dominate the conversation, but they choose to focus on the optimistic possibilities, on how we can harness AI for progress rather than destruction.

Frankly, I found the technical explanations more captivating than the fictional stories. They delve into the ‘how’ and ‘why’ behind their predictions, exploring the ethical considerations and the safeguards we need to implement. This isn’t just a book about technology; it’s a call to action, a plea for responsible innovation.

While “AI 2041” might not win literary awards, it’s not meant to. It’s meant to spark our imagination, to challenge our assumptions, and to prepare us for the future. It’s a reminder that technology is a tool, and it’s up to us to shape its impact on our lives.

The evolution of mobile phones has shown us the transformative power of technology. “AI 2041” invites us to consider what the next 20 years might bring, particularly in areas like education. And if you’re truly seeking insights into what’s coming – and trust me, it’s arriving much faster than the ‘experts’ are predicting – then this book delivers far more substance than the ever-increasing deluge of AI YouTubers and TikTokers. This isn’t just speculation; it’s a grounded exploration of the potential, and it’s a journey into the possible that we should all be taking. If you want to be prepared, if you want to understand the real potential of AI, then I strongly suggest you read this book.

“But if we stop helping people—stop loving people—because of fear, then what makes us different from machines?”
― Kai-Fu Lee