Category: Technology

  • From Clicks to Conversations: How AI Agents Are Revolutionizing Business

    From Clicks to Conversations: How AI Agents Are Revolutionizing Business

    For the last decade, businesses have invested heavily in “Digital Transformation,” building powerful digital tools and processes to modernize their operations. While this era brought significant progress, it also created a persistent challenge. The tools we built—from CRMs to ERPs—were largely dependent on structured data: the neat, organized numbers and categories found in a spreadsheet or database. Computers excel at processing this kind of information.

    The problem is that the most valuable business intelligence isn’t structured. The context behind a business plan locked in a 100-slide presentation, the nuance of a customer relationship captured in a rep’s notes, or the true objective of a strategy discussed in a meeting—this is all unstructured data. This divide has created a major hurdle for business efficiency, as great ideas often get lost when people try to translate them into the rigid, structured systems that computers understand.

    The Old Way: The Limits of Traditional Digital Tools

    The first wave of digital tools, from customer relationship management (CRM) software to accounting platforms, were designed for humans to operate. Their critical limitation was their reliance on structured data, which forced people to act as human translators. A brilliant, nuanced strategy conceived in conversations and documents had to be manually broken down and entered into rigid forms and fields.

    This created a significant “gap between business strategy and execution,” where high-level vision was lost during implementation. The result was heavy “change management overheads,” not just because teams needed training on new software, but because of the cognitive friction involved. People are used to working with the unstructured information in their heads; these tools forced them to constantly translate their natural way of thinking into structured processes the software could understand.

    Information TypeBusiness Example
    StructuredEntries in a CRM database, financial data in an accounting platform, inventory numbers in an ERP system.
    UnstructuredA 100-slide brand plan document, a sales rep’s recorded notes describing a doctor they just met, emails discussing a new brand strategy.

    This reliance on structured systems meant that the tools, while digital, couldn’t fully grasp the human context of the work they were supposed to support. A new approach was needed—one that could understand information more like a person does.

    A Smarter Way: Introducing AI Agents

    Welcome to the era of “AI Transformation.” At the heart of this new wave are AI Agents: specialized digital team members that can augment a human workforce. Think of them as a dedicated marketing agent, a sales agent, or a data analyst agent, each designed to perform specific business functions.

    The single most important capability of AI agents is their ability to work with both structured and unstructured information. You can communicate a plan to an agent by typing a message, speaking, or providing a document—just as you would with a human colleague. This fundamental shift from clicking buttons to holding conversations unlocks three profound benefits:

    • Bridging the Strategy-to-Execution Gap: AI agents can understand the nuance of an unstructured plan—the “why” behind the “what”—and help execute it without critical information getting lost in translation.
    • Handling All Information Seamlessly: They can process natural language from documents, presentations, or conversations and transform it into the actionable, structured data that existing digital tools need to function.
    • Reducing Change Management: Because agents understand human language, the need for extensive training on rigid software interfaces is significantly reduced. People can work more naturally, supervising the agents as they handle the tedious, structured tasks.

    To see how this works in practice, let’s walk through how a team of AI agents can help plan and execute a marketing campaign from start to finish.

    AI Agents in Action: Launching a Marketing Campaign

    This step-by-step walkthrough shows how AI agents can take a high-level marketing plan from a simple idea to a fully executed campaign, seamlessly connecting unstructured strategy with structured execution.

    1. The Starting Point: The Marketing Brief – The process begins when a brand manager provides a marketing brief. This brief is pure unstructured information—it could be a presentation, a document, or even the transcript of a planning conversation. It contains the high-level goals and vision for the campaign.
    2. Deconstructing the Brief: The Brand Manager Agent – A specialized “Brand Manager” agent analyzes the unstructured brief and extracts the core business context elements. It identifies key information such as:
      • Business objectives
      • Target audience definitions
      • Key messages
      • Brands in focus
      • Timelines and milestones
    3. The agent then organizes this information into structured, machine-readable “context blocks,” creating a clear, logical foundation that other systems and agents can use.
    4. Understanding the Customer: The Digital Sales Agent – Next, a “Digital Sales” agent contributes by performing customer profiling. It can take unstructured, natural language descriptions of customers (for instance, from a sales rep’s recorded notes) and map them to formal, structured customer segments and personas. This builds a richer, more accurate customer profile than a simple survey could provide.
    5. Creating the Content: The Content Writer Agent – Using the structured business context from the Brand Manager agent, a “Content Writer” agent assembles personalized content. It can reuse and repurpose existing content from a library of approved modules, accelerating content creation while ensuring brand compliance.
    6. Executing the Plan: The Next Best Action (NBA) Engine – Finally, the system brings everything together to recommend the “Next Best Action.” This engine synthesizes the campaign’s business context, the customer’s profile, the available content, and their recent engagement history to suggest the perfect next step for each customer. It recommends precisely what content to send and which channel to use, turning high-level strategy into a concrete, personalized action.

    This orchestrated workflow makes the entire process smoother, faster, and far more intelligent. It creates a virtuous cycle, where the system learns from every interaction to continuously improve the overall strategy and execution over time.

    The Future of Work is Collaborative

    The rise of AI agents marks a fundamental shift in how we work with technology. We are moving from a world where humans must adapt to operate digital tools to one where humans supervise intelligent AI agents that use those tools on our behalf.

    This new wave of AI transformation is not about replacing people, but about augmenting their human workforce without adding headcount. By handling the translation between unstructured human ideas and structured digital processes, AI agents help businesses reduce friction, cut down on turnaround times, and finally bridge the long-standing gap between their biggest strategies and their real-world execution.

  • GitHub’s SpecKit: The Structure Vibe Coding Was Missing

    GitHub’s SpecKit: The Structure Vibe Coding Was Missing

    When I first started experimenting with “vibe coding,” building apps with AI agents felt like a superpower. The ability to spin up prototypes in hours was exhilarating. But as I soon discovered, the initial thrill came with an illusion. It was like managing a team of developers with an attrition rate measured in minutes—every new prompt felt like onboarding a fresh hire with no idea what the last one had been working on.

    The productivity boost was real, but the progress was fragile. The core problem was context—a classic case of the law of leaky abstractions applied to AI. Models would forget why they made certain choices or break something they had just built. To cope, I invented makeshift practices: keeping detailed dev context files, enforcing strict version control with frequent commits, and even asking the model to generate “reset prompts” to re-establish continuity. Messy, ad hoc, but necessary.

    That’s why GitHub’s announcement of SpecKit immediately caught my attention. SpecKit is an open-source toolkit for what they call “spec-driven development.” Instead of treating prompts and chat logs as disposable artifacts, it elevates specifications to first-class citizens of the development lifecycle.

    In practice, this means:

    • Specs as Durable Artifacts: Specifications live in Git alongside your code—permanent, version-controlled, and not just throwaway notes.
    • Capturing Intent: They document the why—the constraints, purpose, and expected behavior—so both humans and AI stay aligned.
    • Ensuring Continuity: They serve as the source of truth, keeping projects coherent across sessions and contributors.

    For anyone who has tried scaling vibe coding beyond a demo, this feels like the missing bridge. It brings just enough structure to carry a proof-of-concept into maintainable software.

    And it fits into a larger story. Software engineering has always evolved in waves—structured programming, agile, test-driven development. Each wave added discipline to creativity, redefining roles to reflect new economic realities—a pattern we’re seeing again with agentic coding. Spec-driven development could be the next step:

    • Redefining the Developer’s Role: Less about writing boilerplate, more about designing robust specs that guide AI agents.
    • Harnessing Improvisation: Keeping the creative energy of vibe coding, but channeling it within a coherent framework.
    • Flexible Guardrails: Not rigid top-down rules, but guardrails that allow both creativity and scalability.

    Looking back, my dev context files and commit hygiene were crude precursors to this very idea. GitHub’s SpecKit makes clear that those instincts weren’t just survival hacks—they pointed to where the field is heading.

    The real question now isn’t whether AI can write code—we know it can. The question is: how do we design the frameworks that let humans and AI build together, reliably and at scale?

    Because as powerful as vibe coding feels, it’s only when we bring structure to the improvisation that the music really starts.


    👉 What do you think—will specs become the new lingua franca between humans and AI?

  • India’s Race Between Demography and AI

    India’s Race Between Demography and AI

    Artificial Intelligence is often framed as a threat to jobs—a disruptive force poised to replace human labour at an unprecedented scale. From call centres to accounting firms, from routine coding to legal research, Generative AI and automation tools are already demonstrating capabilities that once seemed untouchable. The fear of widespread job loss is not unfounded. McKinsey, among others, estimates that nearly a quarter of global work activities could be automated by the early 2030s.

    Yet, there is another equally significant demographic trend reshaping the labour market—the aging of populations. In countries such as Japan, South Korea, Germany, and even China, the working-age population is shrinking. This is not because jobs are disappearing, but because people are. Fertility rates have fallen below replacement levels, and the proportion of elderly citizens is rising sharply. These nations face a paradox: they need more workers but have fewer people available to fill roles.

    AI and Aging: Complementary Forces in Developed Countries

    This is where AI and aging unexpectedly complement each other. In economies that are already greying, AI is less a destroyer of jobs and more a replacement for the labour that no longer exists. Japan, for example, has pioneered the use of robotics and AI-driven systems not to replace young workers, but to stand in for absent ones—care robots for the elderly, AI-assisted diagnostics for hospitals short on doctors, and factory automation for industries facing chronic staff shortages.

    In such societies, the fear of AI taking away jobs is muted by the demographic reality that many jobs would otherwise remain unfilled. AI is effectively stepping into the gap created by demographic decline. For them, the challenge is not managing unemployment but managing the technological transition in a way that sustains productivity and care standards as their populations age.

    India’s Young Advantage—and the Ticking Clock

    India, however, tells a different story. The country’s demographic structure is still overwhelmingly young. Nearly two-thirds of Indians are in the working-age bracket, and the median age is around 28—more than a decade younger than China or the U.S. This “demographic dividend” has been hailed as India’s biggest economic advantage for the next 10–15 years. But this window is finite.

    Demographers estimate that by the mid-2030s, India’s working-age population will peak. After that, the proportion of elderly citizens will start rising sharply. By 2046, the elderly are projected to outnumber children under 14. In other words, India’s advantage will begin to fade just as many advanced economies have already entered the post-dividend phase. If India cannot create enough productive jobs during this critical decade, its youth bulge may turn into a liability.

    AI’s Adoption Curve

    The question is: will AI go mainstream while India’s workforce is still young? Current projections suggest that large-scale AI adoption is still 5–15 years away. Today’s Generative AI tools, while impressive, remain in an experimental phase. They lack reliability, governance frameworks, and cost efficiency at scale. Gartner’s hype cycle places most AI technologies in the “Trough of Disillusionment,” meaning that widespread productivity gains will take years to materialize.

    If this trajectory holds, AI’s mainstream integration across sectors like healthcare, education, law, and public administration may not happen until the 2030s—roughly the same time that India’s demographic dividend starts to decline. This sets up an intriguing scenario where India’s labour market transition and AI’s maturity could synchronize.

    Possible Scenarios for India

    1. The Collision Scenario:

    If AI adoption accelerates too quickly, India’s youthful workforce may find itself competing against machines for jobs before the country has built a strong industrial and service base. Sectors such as BPO, customer service, and low-skill IT roles—once the backbone of India’s outsourcing economy—could see rapid automation. Without massive reskilling efforts, unemployment among young Indians could spike even as the global economy demands fewer entry-level jobs.

    2. The Missed Opportunity Scenario:

    Alternatively, if AI adoption lags too far behind—say, beyond 2040—India could enter its aging phase without having reaped the productivity gains AI promises. By then, the country would face the dual pressures of a shrinking workforce and a delayed technological transition. This would mirror some of the struggles seen in late-industrializing economies that missed the manufacturing wave.

    3. The Synchronization Scenario:

    The most optimistic possibility is that AI and India’s demographic transition align productively. Over the next decade, India could use its young workforce to build, train, and scale AI systems, preparing the ground for when labour shortages begin. By the time the aging curve hits in the 2035–2040 period, AI could step in not as a threat, but as a productivity amplifier—automating routine tasks while humans focus on complex, creative, or empathetic roles.

    This requires a proactive strategy: early investment in AI literacy, creation of AI-enabled jobs (rather than job replacement), and building a global service economy where Indians are not just users of AI, but architects of AI solutions.

    The Decisive Decade

    India’s story in the 2030s will be defined by the intersection of two megatrends: a maturing workforce and a maturing technology. Whether this convergence leads to disruption or opportunity depends on choices made now—in education, infrastructure, governance, and industry adoption. The challenge is to ensure that when AI becomes mainstream, India’s workforce is not left behind but is ready to ride the wave. The 2020s are not just a decade of demographic advantage—they are the runway for an AI-driven, post-dividend future.

  • The Economic Reality and the Optimistic Future of Agentic Coding

    The Economic Reality and the Optimistic Future of Agentic Coding

    After a couple of months deep in the trenches of vibe coding with AI agents, I’ve learned this much: scaling from a fun, magical PoC to an enterprise-grade MVP is a completely different game.

    Why Scaling Remains Hard—And Costly

    Getting a prototype out the door? No problem.

    But taking it to something robust, secure, and maintainable? Here’s where today’s AI tools reveal their limits:

    • Maintenance becomes a slog. Once you start patching AI-generated code, hidden dependencies and context loss pile up. Keeping everything working as requirements change feels like chasing gremlins through a maze.
    • Context loss multiplies with scale. As your codebase grows, so do the risks of agents forgetting crucial design choices or breaking things when asked to “improve” features.

    And then there’s the other elephant in the room: costs.

    • The cost scaling isn’t marginal—not like the old days of cloud or Web 2.0. Powerful models chew through tokens and API credits at a rate that surprises even seasoned devs.
    • That $20/month Cursor plan with unlimited auto mode? For hobby projects, it’s a steal. For real business needs, I can see why some queries rack up millions of tokens and would quickly outgrow even the $200 ultra plan.
    • This is why we’re seeing big tech layoffs and restructuring: AI-driven productivity gains aren’t evenly distributed, and the cost curve for the biggest players keeps climbing.

    What the Data Tells Us

    That research paper—Measuring the Impact of Early-2025 AI on Experienced Open-Source Developer Productivity—had a surprising conclusion:

    Not only did experienced developers see no time savings on real-world coding tasks with AI, but costs increased as they spent more time reviewing, correcting, and adapting agent output.

    The lesson:

    AI shifts where the work happens—it doesn’t always reduce it. For now, scaling with agents is only as good as your processes for context, review, and cost control.

    Why I Remain Optimistic

    Despite the challenges, I’m genuinely excited for what’s coming next.

    • The platforms and models are evolving at warp speed. Many of the headaches I face today—context loss, doc gaps, cost blind spots—will get solved just as software engineering best practices eventually became codified in our tools and frameworks.
    • Agentic coding will find its place. It might not fully automate developer roles, but it will reshape teams: more focus on high-leverage decisions, design, and creative problem-solving, less on boilerplate and “busy work.”

    And if you care about the craft, the opportunity is real:

    • Devs who learn to manage, review, and direct agents will be in demand.
    • Organizations that figure out how to blend agentic workflows with human expertise and robust process will win big.

    Open Questions for the Future

    • Will AI agentic coding mean smaller, nimbler teams—or simply more ambitious projects for the same headcount?
    • How will the developer role evolve when so much code is “synthesized,” not hand-crafted?
    • What new best practices, cost controls, and team rituals will we invent as agentic coding matures?

    Final thought:

    The future won’t be a return to “pure code” or a total AI handoff. It’ll be a blend—one that rewards curiosity, resilience, and the willingness to keep learning.

    Where do you see your work—and your team—in this new landscape?

  • The Law of Leaky Abstractions & the Unexpected Slowdown

    The Law of Leaky Abstractions & the Unexpected Slowdown

    If the first rush of agentic/vibe coding feels like having a team of superhuman developers, the second phase is a reality check—one that every software builder and AI enthusiast needs to understand.

    Why “Vibe Coding” Alone Can’t Scale

    The further I got into building real-world prototypes with AI agents, the clearer it became: Joel Spolsky’s law of leaky abstractions is alive and well.

    You can’t just vibe code your way to a robust app—because underneath the magic, the cracks start to show fast. AI-generated coding is an abstraction, and like all abstractions, it leaks. When it leaks, you need to know what’s really happening underneath.

    My Experience: Hallucinations, Context Loss, and Broken Promises

    I lost count of the times an agent “forgot” what I was trying to do, changed underlying logic mid-stream, or hallucinated code that simply didn’t run. Sometimes it wrote beautiful test suites and then… broke the underlying logic with a “fix” I never asked for. It was like having a junior developer who could code at blazing speed—but with almost no institutional memory or sense for what mattered.

    The “context elephant” is real. As sessions get longer, agents lose track of goals and start generating output that’s more confusing than helpful. That’s why my own best practices quickly became non-negotiable:

    • Frequent commits and clear commit messages
    • Dev context files to anchor each session
    • Separate dev/QA/prod environments to avoid catastrophic rollbacks (especially with database changes)

    What the Research Shows: AI Can Actually Slow Down Experienced Devs

    Here’s the kicker—my frustration isn’t unique.

    A recent research paper, Measuring the Impact of Early-2025 AI on Experienced Open-Source Developer Productivity, found that experienced developers actually worked slower with AI on real-world tasks. That’s right—AI tools didn’t just fail to deliver the expected productivity boost, they created friction.

    Why?

    • Only about 44% of AI-generated code was accepted
    • Developers lost time reviewing, debugging, and correcting “bad” generations
    • Context loss and reliability issues forced more manual intervention, not less

    This matches my experience exactly. For all the hype, these tools introduce new bottlenecks—especially if you’re expecting them to “just work” out of the box.

    Lessons from the Frontlines (and from Agent Week)

    I’m not alone. In the article What I Learned Trying Seven Coding Agents, Timothy B. Lee finds similar headaches:

    • Agents get stuck
    • Complex tasks routinely stump even the best models
    • Human-in-the-loop review isn’t going anywhere

    But the tools are still useful—they’re not a dead end. You just need to treat them like a constantly rotating team of interns, not fully autonomous engineers.

    Best Practices: How to Keep AI Agents Under Control

    So how do you avoid the worst pitfalls?

    The answer is surprisingly old-school:

    • Human supervision for every critical change
    • Sandboxing and least privilege for agent actions
    • Version control and regular context refreshers

    Again, Lee’s article Keeping AI agents under control doesn’t seem very hard nails it:

    Classic engineering controls—proven in decades of team-based software—work just as well for AI. “Doomer” fears are overblown, but so is the hype about autonomy.

    Conclusion: The Hidden Cost of Abstraction

    Vibe coding with agents is like riding a rocket with no seatbelt—exhilarating, but you’ll need to learn to steer, brake, and fix things mid-flight.

    If you ignore the leaky abstractions, you’ll pay the price in lost time, broken prototypes, and hidden tech debt.

    But with the right mix of skepticism and software discipline, you can harness the magic and avoid the mess.

    In my next post, I’ll zoom out to the economics—where cost, scaling, and the future of developer work come into play.

    To be continued…

  • The Thrill and the Illusion of AI Agentic Coding

    The Thrill and the Illusion of AI Agentic Coding

    A few months ago, I stumbled into what felt like a superpower: building fully functional enterprise prototypes using nothing but vibe coding and AI agent tools like Cursor and Claude. The pace was intoxicating—I could spin up a PoC in days instead of weeks, crank out documentation and test suites, and automate all the boring stuff I used to dread.

    But here’s the secret I discovered: working with these AI agents isn’t like managing a team of brilliant, reliable developers. It’s more like leading a software team with a sky-high attrition rate and non-existent knowledge transfer practices. Imagine onboarding a fresh dev every couple of hours, only to have them forget what happened yesterday and misinterpret your requirements—over and over again. That’s vibe coding with agents.

    The Early Magic

    When it works, it really works. I’ve built multiple PoCs this way—each one a small experiment, delivered at a speed I never thought possible. The agents are fantastic for “greenfield” tasks: setting up skeleton apps, generating sample datasets, and creating exhaustive test suites with a few prompts. They can even whip up pages of API docs and help document internal workflows with impressive speed.

    It’s not just me. Thomas Ptacek’s piece “My AI Skeptic Friends Are All Nuts” hits the nail on the head: AI is raising the floor for software development. The boring, repetitive coding work—the scaffolding, the CRUD operations, the endless boilerplate—gets handled in minutes, letting me focus on the interesting edge cases or higher-level product thinking. As they put it, “AI is a game-changer for the drudge work,” and I’ve found this to be 100% true.

    The Fragility Behind the Hype

    But here’s where the illusion comes in. Even with this boost, the experience is a long way from plug-and-play engineering. These AI coding agents don’t retain context well; they can hallucinate requirements, generate code that fails silently, or simply ignore crucial business logic because the conversation moved too fast. The “high-attrition, low-knowledge-transfer team” analogy isn’t just a joke—it’s my daily reality. I’m often forced to stop and rebuild context from scratch, re-explain core concepts, and review every change with a skeptical eye.

    Version control quickly became my lifeline. Frequent commits, detailed commit messages, and an obsessive approach to saving state are my insurance policy against the chaos that sometimes erupts. The magic is real, but it’s brittle: a PoC can go from “looks good” to “completely broken” in a couple of prompts if you’re not careful.

    Superpowers—With Limits

    If you’re a founder, product manager, or even an experienced developer, these tools can absolutely supercharge your output. But don’t believe the hype about “no-code” or “auto-code” replacing foundational knowledge. If you don’t understand software basics—version control, debugging, the structure of a modern web app—you’ll quickly hit walls that feel like magic turning to madness.

    Still, I’m optimistic. The productivity gains are real, and the thrill of seeing a new prototype come to life in a weekend is hard to beat. But the more I use these tools, the more I appreciate the fundamentals that have always mattered in software—and why, in the next post, I’ll talk about the unavoidable reality check that comes when abstractions leak and AI doesn’t quite deliver on its promise.

    To be continued…

  • Dubai Diaries: Staying active via VR

    Dubai Diaries: Staying active via VR

    The second device (the first was of course the gaming laptop that has been doing double duty as a GenAI device) that I purchased in Dubai after relocating in 2022 was the Meta Quest 2 VR headset.

    Picking it up towards the end of the year has its advantages as the apps and games are usually discounted due to the Christmas sales. In fact I got Beat Saber as a freebie with my purchase. This was the game that sent me down the Meta VR App store rabbit hole where I found a bunch of sports games like:

    There are also games for boxing, fishing, shooting, Star Wars (becoming Darth Vader’s apprentice) among others. They are a big departure from the typical computer, mobile or console gaming as they require you to move around and give you a decent workout.

    I also picked up some accessories like the hard case to store & transport the device in a safer manner, along with the head strap replacement. The head strap in particular is a big upgrade and almost necessary if you want to use the headset for even a moderate amount of time.

    Most have been around for several years now and have gotten a boost in terms of features & quality thanks to the renewed focus on AR & VR with the launch of the Apple Vision Pro and the Meta Quest 3 over the last year or so.

    Here’s my experience with some of these apps that have helped me stay more active, especially during the Dubai summers when it gets pretty difficult for outdoor activities. One thing to note is that most of these apps/games require some dedicated space – typically 6″ x 6″ – to play safely, though some can be played standing in one place.

    iB Cricket

    This game has been developed by a team from India, and you can see that they have done their share of partnerships with some of the mainstream cricket events over the years. It is mainly a batting simulator where you can play as a bunch of teams at varying difficulties and it also has multiplayer options & leagues if you like to compete against other players.

    They sell a bat accessory that can be used with the Quest 2 controller to give you an easier and more authentic experience. This was in fact something that I picked up during one of my India trips and it really makes the gameplay much better.

    VZFit

    This year, I also picked up a subscription to the VZFit app which can be used with an indoor bike to stay fit. By default they have a fitness experience that you can perform using just the controllers, but the virtual biking is what piqued my interest. The app allows you to bike around different locations in Google Maps using the Streetview images in an immersive form.

    Here’s a sample from one of my rides along the Colorado river:

    There are a bunch of user curated locations that can be quite scenic. Some even come with voiceover to direct your attention to places of interest. They also have regular challenges and leaderboards if you like to compete, and integration with a bunch of online radio stations to keep you entertained. You also have a trainer who can accompany you on a bike and guide you with the workout.

    You mainly need to connect a compatible bluetooth cadence sensor to your Quest headset so that it can detect the bike activity. As for the stationary bike, you can get your own or use one in the gym. I got the Joroto X2 spin bike which seems to be pretty good value. A battery powered clip-on fan can also be pretty handy to keep you cool and also simulate a breeze when you are virtually biking.

    Beat Saber

    Beat Saber is possibly one of the most well known VR games. After all, it’s not every day that you get to dual-wield something akin to light sabers and chop things up with a sound track to match.

    It is basically a virtual rhythm game that has been around for several years where you wield a pair of glowing sabers to cut through approaching blocks which are in sync with a song’s beats and notes. This can give you a really good workout as it also involves ducking and dodging in addition to the hand movements.

    Eleven Table Tennis

    Given the size of the Quest controllers and in hand feel similar to a TT bat, table tennis feels like a natural fit. This was one of the first sports games that I picked up on the Quest, and I have seen this game evolve within a few months of my purchase. Currently it has a host of options ranging from practice to multiplayer with different levels of difficulty.

    The multiplayer part is also pretty interesting and immersive as it can use your Meta avatar for the in game player. It also has voice chat so you can talk to your opponent. The in game Physics is also very realistic due to which you sometimes forget that there is no actual table in front of you.

    Vader Immortal Series

    This is a 3 episode game on the Quest, and doesn’t actually need you to move around as much as the other sports games that I have mentioned. However, if you are a Star Wars fan, this is pretty much a must try game as it gives you your fill of light saber fighting sequences starting a training involving with those mini floating droids and leading up to enemy fights standing beside Darth Vader.

    If you loved the Jedi Knight series on the computer or one of the recent Star Wars games involving Jedi, then this is pretty much a no brainer to try out. Oh, and you do get to use the force push/pull powers as well.

  • Down the memory lane with Digit

    Down the memory lane with Digit

    My tryst with the modern PCs started in the mid 90s when the internet was almost non existent in India. At the time, software and games were not easy to come by and magazines like Chip which have away trial versions and freeware in CDs along with their copies were quite sought after. Chip later became Digit in India but the freebies continued.

    Digit magazine July 2019

    It was with this thought that I attended the Digit Squad Tech Day in Mumbai today and it was fun to see all the colourful assembled desktops, consoles and mobile phones placed around the venue and fellow Digit Squad members participating enthusiastically in the different contests. Felt quite nostalgic to soak in the geeky environment.

    Didn’t sit around idle of course and instead captured a few videos of the front camera fall detection in action for the smartphones on display. You can catch the video here.

    OnePlus and Oppo seem to be catching on quite soon and they flash a dialog on screen while Samsung seems to be partially retracting their module. The Redmi K20 pro is similar in terms of responsiveness to Oppo and OnePlus but it closes the camera app instead of showing any alert. The Asus Zenfone 6z provides an interesting experience where you can see the arc on screen as the module rotates to its resting position.

    And here are a few more shots from the event