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The Great Reckoning: Digital Marriages, Spider-Bot Forests and the Offline Movement

  • Feb 5
  • 18 min read

Updated: Feb 5

A robotic spider gently handles a small green plant in a barren, dark setting. The spider is metallic with glossy black surfaces and visible circuits.
Image Source: AI-generated via Canva

We explore the deepening conflict between rapidly advancing technology and our core "humanness." Raakhee reflects on how the current global cycle is demanding a direct reckoning and offline movement where we decide where to allow technology to exist in our lives and where we must protect our natural systems.


We discuss the "Dead Internet" reality where bots now dominate web traffic and the growing movement of people choosing "digital resignation" to reclaim their offline selves. We also look at the hopeful side of innovation: how spider-like robots are saving Portuguese forests and how robotic vertical farms in Arizona can cut water usage by 95% to supply our grocery stores with greens.




Raakhee explores the tension between technological proliferation and preserving "humanness," as well as how robotics and AI are being integrated with nature to solve global challenges like climate change and food security.


The Offline Movement: Tech vs. Humanness

Raakhee discusses a growing "direct reckoning" regarding where technology belongs in our lives.

  • Digital Displacement in Schools: Denmark, once a digital pioneer, is significantly reducing screens (iPads, laptops) in schools in favor of physical textbooks and writing. Studies reviewed by the country suggest that digital saturation has weakened student learning.

  • Regulation of Social Media: Australia has banned social media for those under 16, a trend also being adopted by Spain, France, and Denmark due to concerns over children's health.

  • Non-Human Internet Traffic: Humans make up less than 40% of actual internet traffic, with the majority consisting of bots, hacking tools, and AI crawlers.

  • Digital Relationships: There is a rise in humans forming deep emotional bonds with AI. Raakhee cites a Japanese woman who "married" her ChatGPT character, Klaus, in a non-legal wedding ceremony.

  • Privacy Risks: Reports from the UK and Europe describe "unknowing filming," where women are recorded in public by people using hidden cameras without consent.

  • "Offline" Societies: New communities, such as "Offline Woman, Offline Man," require members to sign physical contracts resigning from their digital lives to live in human-verified networks.



Nature-Tech Synergy

Conversely, Raakhee highlights how technology can act as a "constant companion" to nature to help fight climate change.

  • Reforestation Robots: In Portugal, a spider-like robot called the Trovador is used to plant trees on steep, dangerous cliffs. These robots plant saplings 28% faster than humans with a 90% survival rate.

  • Autonomous Weeding: The University of Idaho and the USDA have partnered to demo an autonomous wheeled robot that identifies and destroys weeds without human intervention.


The Future of Food and Saffron

Innovations in farming are aimed at reducing supply chains and building resilience against climate pressure.

  • Indoor Saffron Farming: Saffron yields in Kashmir dropped from 8 metric tons in 2010 to just 2.6 metric tons by 2024 due to climate change. In response, engineers are using "Saffron Boxes" with AI and aeroponic methods to grow saffron indoors in garages in Canada and hot climates like Kerala, India.

  • Robotic Vertical Farms: In Phoenix, Arizona, a company called Apollo Farm operates a robotic vertical farm that supplies greens directly to Whole Foods. The system uses robotic movement, hydroponics, and LED lights to cut water use by 95% and grow crops from seed to harvest in just 15 days.

  • Shortened Supply Chains: These robotic farms are often housed directly inside distribution centers, removing an entire leg of the traditional supply chain.


*Disclaimer: The text in this post is AI-generated from an original video podcast - data sources, references and the episode transcript are below.


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Episode Transcript:

Horizon Shift Lab (00:00)

Hello and welcome to Signal Shift. This is technically our first podcast episode for 2026. And I just want to say thank you so much for bearing with me the last few weeks as we did repeat episodes. And definitely a thank you to our ardent audio podcast followers because it was repeat episodes for them. Though they were new to YouTube. there's a whole lot of episodes, I think close to 50, that have never been up on YouTube, but do exist on the audio platform. So if you found the last few interesting, definitely delve into those.


Happy to be back here and back in the conversation seat. We will begin guest interviews from next week onwards. So I'm really excited about that and a very cool lineup of very different people talking about, again, very different topics in the world of what's coming next.


So today, it's just me and I want to talk about two... really related themes and some of the signals that sit within these themes that captured my interest this year, And yeah, I think before I even begin to acknowledge that this is an insane time in the world with everything that is happening and... the news cycle itself and just, yeah, a lot. I hope you are taking care of yourself, hope there isn't too much overwhelm


I just, at the start of this year, I certainly didn't have the feeling of, wow, 2026. This is gonna be my year, this is gonna be such a good year. I understand the intention that people have in putting that out there, but you know, I don't know that's how cycles of energy work often. And so I've certainly become somebody who just flows. And so you'll never hear me kind of talk about, yay, 2026 is going to be my year or our year or anything like that. It is another year, which will bring good and bad. And I think in our case, unseen and unheard of and interesting times. So I hope you are taking care of yourself, have practices that help you ground and be well, and keep moving forward.


So the first theme that I had was one we've spoken about so often, which is, kind of humans versus AI, I think is what we've often called it whenever we talk about artificial intelligence or robots. I'm kind of using those terms interchangeably very often. So, you we've spoken about that in so many episodes and just that very concept, even if things like humans only spaces or this division or separation, right, of different forms of intelligence


But it is bigger than that. And really what it is, it's about tech in all its forms versus the humanness that we have. So it's about the qualities. It's about those things that make us human that are at risk, because of technology, that technology is poised to change about us, right? And that's really scary. It's really scary and it's playing out in front of our eyes right now.


So some of the things that have been going on that you're probably well aware of, right? Australia has banned social media for under 16s. Countries like Spain, France, and Denmark are also following the same trend and going to be doing the same. And I think it's going to stir up everywhere. It is a big question about what this is doing for the health of young kids. And having young nieces and nephews, I wish some of these things had come about earlier.


In Denmark, they are going a little bit further, but in the schools, they are significantly reducing screens, iPads, laptops, all of that, and really kind of making a very concerted and a deliberate effort to bring in more books and more actual textbooks and more writing and more paper, and just lots more books and lots more reading instead of just digital. the studies and the evidence that they have looked at and researched in making this decision has shown that screens are weakening learning. so fascinating because Denmark was one of the first countries that went digital in their schools. I don't know 15 years ago, a decade ago, right?


So such an interesting twist. And it's showing how quickly these cycles are moving as well. That within a decade, things can change so dramatically. And I'm sure the next decade is gonna bring us that as well. So on the one hand, while we'll see schools using robot shooters, we're gonna see this exact conflict of saying, we wanna go back to textbooks because


It's about that humanness and how we as humans learn. use digital tools and the internet has changed drastically in the last decade at such an incredible speed. It's a longstanding statistic. You've probably heard this one, right? But humans make up less than 40 % of actual internet traffic.


The rest is actually bots. It's hacking tools and now the world of AI crawlers. And the same number was still stated right up until 2023. And it's a company called Barracuda Networks that I think is often quoted with that number And I'd be curious what the latest numbers are. But the fact of the matter is that we don't exist alone online and it's just becoming more exaggerated. Like when we hear stories, and we will hear more stories like this, like the Japanese woman who married her chat to GPT character. I think his name is Klaus. She designed the avatar herself, right? So he was this ideal partner in that sense. It's not legal, but she did have an actual wedding ceremony with the screen it's not an insane idea anymore.


Humans are forming bonds with digital personalities and they want to ratify those bonds as we do in real life, right? You're my best friend. You're my boyfriend. You're my husband. You're my favorite cousin. You're my closest whatever. You're my favorite neighbor. That is what we look to do. That's very human. But now we exist in this world where those relationships can be had with digital entities. So the chances are we're going to see more and more of this. And a question that I have is, there be a call to legalize unions like that? I don't know. But if that's what people are asking for, is that. Is that going to be one of those things that we are seriously considering in a couple of years' time? So something to think about there.


Horizon Shift Lab (07:23)

It's not just parents and schools that are raising kids anymore. It's technology too. mean, think of the amount of time that they spend watching all these channels, ironically, but watching all these channels online, consuming so much digital content. It's a constant companion, right? So technology is raising children whether people are willing to accept it or not, to a larger extent in some homes and lesser in others. The point is how is it raising them? Who are they turning out to be? How is that experiment going? And I think that's where some of the concerns and the fears naturally are coming up now, because we can see some of the ill effects very clearly.


And it's not just the young ones, right? But, you know, the elderly are also increasingly vulnerable to this. It is going to be harder and harder to be as tech savvy as needed, right?


That jump to AI is so different, that ability to say distinguish between real and not real, which is hard for any of us on any given day, is going to be even harder for certain vulnerable groups of our population. again, what we're seeing with this kind of tech and humanness and this conflict that's coming up, it's not just about the internet, it's not even about a digital transaction, it's just the existence and the proliferation of technological devices like cameras that are so easy to have anywhere, anytime, that drones are everywhere, that robots will be everywhere.


You've likely seen recent reports about a woman being unknowingly filmed in public spaces. I think it was particularly prevalent in the UK and other parts of Europe. So when girls are going out for nights on the town, et cetera, and even if a guy was chatting her up. He had a camera on that she couldn't see and he was recording her without her consent, which is pretty sick. So it's these sort of things which make us question all these qualities and values that we are meant to hold strong as human beings. this question of tech versus our humanists is big. It's really big and I think it's demanding us looking at it really directly in the face right now.


When do we need technology and when not? Where do we need it and when not? We are those spaces where we want technology to exist and where we don't. And I think there's like a very direct reckoning of this that is happening now, things that have pushed us to this moment.


We're to see some interesting rules, policies, ideas, concepts, even things like applications that aren't real applications. Here's an example. A founder has created something called offline woman, offline man. I don't know how big it is. I don't know how good it is. I just saw this being marketed online. So certainly not at all a call to join this. I think again, it needs more investigation. But he is kind of proposing an alternative to online identity. And in essence, what it is, it's a community where prospective members resign completely from their digital lives by signing a literal physical contract and agreeing to that.


And when you make that commitment, you disappear from the internet. don't know if they take care of that for you or how that works, but that is, you know, that's the key basis of your belonging. And it's then replaced, your online life is replaced by an offline network where people will know each other and humans can verify for other humans because they've seen and existed with them in real life, somebody within the group will know that person for real, right? And it's only after you kind of sign that physical contract and you exit, as they would call it, that you get to learn about where to go, when are people meeting up, what happens.


It's really interesting, like secret society meets gathering in the future, you know, just keeping it private, keeping it human, only human. So yeah, I think we're gonna see so much in the tech versus human space. Now, on the other end of the spectrum, And typically something that's always come across from me whenever I speak about tech is, is generally somebody who's not too afraid and probably pro tech in some senses. I do believe in all the good applications of how it can be used in our lives and what it will be able to do for our society. I may be a little bit more optimistic about technology than I should be.


But on the opposite end of the spectrum of this tech versus our humanness is this idea of when nature meets technology, when nature and things really more like robotics and artificial intelligence come together in very powerful ways. this is what we're going to need to help us fight climate change, address some of the issues we have. this is one of the biggest benefits to tech


And when the whole, the natural and the organic can kind of work together with technology for a better quality of life for all of us, I think that's exciting, right? are three signals about how robots and artificial intelligence are working with nature ways that are and will continue to be really good for society on the basis of the very big challenges that exist in our world now and increasingly so over the next few years.


And the first one is about how robots can be used to reforest a forest. Two 19-year-old students, they're probably a little bit older now, but they were 19 when these students created kind of a spider-like robot mechanism to help with deforestation that was occurring due to wildfires in Portugal. This machine is called the Trovador, and yeah, it's a spider-like robot.


And the magic about it is that it's able to climb really steep, really dangerous terrain to plant trees. Around 60 % of the Portuguese green area actually lies in cliffs and mountains. And it's really hard to conduct reforestation efforts in those environments. It's very risky for people to do that. So these amazing little spider bots plant saplings 28 % faster than humans, right? At about, think, 200 per hour. And there's a 90 % survival rate to those plants as well, that's what they've seen over time.


Well, isn't there other technology like drones that might be faster? Again, with the type of terrain that they have, don't always or can't achieve that kind of accuracy. It makes a lot more sense to have these machines on the ground.


What's really nice, what's interesting is that, you know, they haven't gone and turned this into like a big profitable venture. They are partnering with governments, NGOs. The focus really is on making this technology work and using it for our communities and societies in a very responsible manner rather than just putting a product out there and big profit. No matter who buys it and who uses it. and another signal, in support of reforesting forests


The University of Idaho have also developed a robot in essence, right? A wheeled robot that's autonomous and it identifies weeds and it destroys them. And they've actually got a partnership with the USDA to demo this robotic weeding system.


Horizon Shift Lab (15:11)

Okay, and this one is for all those people who love saffron, saffron infused lattes, Persian cakes, and not forgetting biryani, of course, right? So anyone who loves to use a little bit of saffron here and there knows saffron is very pricey for very little, also loses its freshness. So you have to be very deliberate about when you're using it and how you use it, right?


Now, saffron typically grows in places like Kashmir, which I think is the second largest producer of saffron in the world. And it grows and it needs to grow in a cold climate. It is that expensive because it is a very arduous process to grow and to harvest saffron as well. it's labor intensive. There's a lot of labor involved. And it's small quantities that come out. And so hence, the very expensive price that we all pay for saffron. two things are happening with this.


And so generally what we are seeing outside of the tech part, which I'll speak to shortly, but is the fact that other countries like Canada, for example, want to grow their own saffron, right? Whatever countries can grow, create, make for themselves, they want to do and reduce reliance, right? In other countries, it makes complete sense. In certain cases, it creates, you know, new sort of economies and small economies for their people as well.


So countries like Canada are moving to experimenting with growing and innovating with saffron farming. And what is interesting, though, is how technology is now aiding this, whether it's in different countries, in Kashmir itself, or in regions where one would have never imagined that saffron could be grown. So Kashmir itself is facing a lot of climate pressure.


So Kashmir in 2010, 2011 produced eight metric tons of saffron. By 2023, 2024, this number has dropped to 2.6 metric tons. That is a big drop.


So within Kashmir itself, they're forced to look at indoor farming for saffron, even in places like Canada, where they're now starting to do this for themselves, there are a handful of people who are starting to grow things like saffron even in their own garages, There's actually an entrepreneur, an engineer who has created something that he calls Saffron Box.


And it uses AI technology to provide the right conditions for the saffron bulbs to grow indoors. And I think it's working quite nicely. And it's not just places like that, but it's also places where one would have never thought of harvesting and growing saffron like Kerala, which is also in India, but it's very hot, very humid. And it's just not something they would think of doing there.


But again, an engineer and a creator in Kerala using a aeraphonic farming methods to grow saffron indoors. And not only that, but he's taught about 100 people in his region how to do this themselves. So it could be a new form of work for people. Perfect example of how, yes, AI is coming.


But they are going to be these interim careers. I'll call them interim, but they will be these interim careers where, yeah, you you get to work with technology in a new way to do things that haven't been done before. the fact that he is teaching people in his community how to do this, speaks to a really interesting model of how we learn, how we develop new careers and business models build that resilience of creating our own produce in different communities and societies.


I think we're going to see not just with Saffron, but with so many products, these changes that have been in farming innovation for a while now. But as consumers, it hasn't been ready or at scale to touch us. I think that's going to change in the next couple of years. And now it's going to start touching us, whether it's through pricing or just the availability of certain types of products or produce we never had before.


Some prices being high, some being low, and changing again what countries import and export when it comes to produce and how that works. All of this combined with climate changes that will occur, everything else happening in the world, I think we can expect to see these changes in produce.


If you like saffron, I think we will definitely have a saffron phase in the world where we're to have to come up with even more recipes to use the saffron that might be more readily available and accessible at cheaper rates.


There is a certain sadness culturally because of the link with places like Kashmir and almost this romanticization of them growing things like saffron. And it's a rarity, but the rarity of just the landscape and the beauty of a place like Kashmir, right? So there's something sad within this also, of course, the kind of cultural story around what's found in which regions.


Farmers and their stories and their legacies and their families and there is that side of all of this. So those are some of the things we lose over the next few years as know farmers will transition to different methods. The third signal is one that very, very directly impacts us and for people who are living in Phoenix, Arizona is already impacting their lives, it's a vertical robot farm is the supplier of the greens for Whole Foods in Phoenix, Arizona. This company claims to be the world's first robotic vertical farm.


The robot itself is, it's a cube within which you the plants, but these cubes move around and so they can adjust to different locations within the system, right? Kind of like these conveyor belts, these boxes, the greens are growing within them and they move in different light, different angles, et cetera. And so really it's robotic movement that's used to grow these crops indoors. And of course, something we've spoken about before, but hydroponic systems,


So hydroponic systems, robotic intelligence and LED lighting to kind of shift away from sunlight come together to enable these greens to be grown at this kind of scale in what is being called a robotic vertical farm. this company is called Apollo Farm, and they claim that the water use needed to grow the amount to get the amount of yield that they are is cut by 95 % than typical farming methods. It's also cut the time needed to grow these greens by about 50%. And you can go from seed to harvest in about 15 days.


Horizon Shift Lab (22:23)

Our supply chain, right? Not just produce, but so many things it's going to be created. It's then going to go to the sellers distribution center, then eventually to a retail space and then into our homes. And technology allows that line to be reduced and changed as well. We spoke about this. I think they called swe green or something like that. It actually had its own hydroponic based growing system within the grocery store. So the greens were literally growing in store and you were getting, in essence, the freshest greens from the store. So that's next level of this concept.


But it's a step that kind of comes before that that is scalable and they can reach more of us sooner is something like this, right? So these actual farms are housed in the distribution center for whole foods itself. So doesn't need to come from the farmer to this. You've kind of removed one leg of that supply chain. It'll be interesting to see how different.


Other legs get transformed in terms of getting things to us sooner. Now, of course, on the other hand, you can go to your local farmers market or to your local farm and get produce yourself with your hands, the tube pick and choose. And that in itself is a beautiful experience, but that's not accessible for most people. It's just not realistic and it's often affordable.


And the reality is that we'll see that the wealthiest of the wealthiest are going to have their own little hydroponic and aeroponic farms on their estates, be growing and become completely self-sufficient with a lot of ease because the technology is just making it so easy now. The truth is that between climate changing global rules and other geopolitical issues, it is more important than ever to be able to grow with as little resources, because we have resource shortage, as close to local as possible, so that the basics can be accessible and we've set things up smartly we have these systems that work for us, you know, in different communities all across the world. So people who may never have heard of hydroponics and know nothing about farming innovation, could very soon be buying lettuce from the store that is using this technology. And they may not know it for a while.


So that was it for today. Just these two themes, right, of where nature and robots are working together in positive ways, in effective and useful ways, and where there's a real, real question now, right, about where and to what extent is technology going to be in our lives because there is a risk to our humanness to our values, to who we are, to how we live, to how we behave. Some questions to ponder out of today's podcast. Please let me know your thoughts, your experiences and any of these realms, the things you've been encountering in the space of questions that are coming up for you on these topics. Thank you so much for listening as always. So I will be back next week where we will be doing a guest interview. thanks so much and bye for now.

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