The Futureproof Series.
Postcards
From the Future.
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Futureproof Series
Postcards From the Future
As part of designbivouac’s Futureproof Series, this collection offers a set of visual explorations and concise narratives designed to spark conversation, challenge assumptions, and inspire strategic thinking about what lies ahead.
“Imagination is everything. It is the preview of life’s coming attractions.”
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Methodology
Futurecasting is a creative process where designers explore various social, cultural, economic, political, and ecological factors to envision potential futures. Rather than predicting the future with certainty, futurecasting focuses on imagining possible and preferable scenarios that inform long-term strategies. It helps businesses understand the forces shaping the future, anticipate changes, and create proactive strategies. Preferable futures align technology with human needs while ensuring sustainability from a planetary perspective.
“The best way to predict the future is to design it.”
Frameworks
The Futureproof: Postcards From the Future series draws on frameworks, such as Joseph Voros’s Futures Cone and backcasting, to guide its exploration. By working backward from a desirable future state to our current reality, backcasting helps identify the necessary conditions to achieve a preferred vision. The aim is to encourage thoughtful consideration of our shared future and inspire active participation in shaping it.
Visual and Narrative Approach
The series' visual approach integrates AI tools into the creative process, blending visuals with written narratives that evolve organically as each postcard from the future takes form. The series is designed to inspire deeper reflection on the necessary actions to make our collective preferred future a reality.
The 21st Century Land Grants
After overcoming the economic and political fallout of the 2020 Global Pandemic, the United States government and several enlightened billionaires came together to fund the 21st Century Land Grant program. The goal was to improve land quality in the Western states, alleviate homelessness, raise living standards for those in agriculture, and foster a new and widespread American organic farm movement.
Future Narrative
After overcoming the economic and political fallout of the 2020 Global Pandemic, the United States government and several enlightened billionaires came together to fund the 21st Century Land Grant program. The goal was to improve land quality in the Western states, alleviate homelessness, raise living standards for agricultural workers, and foster a new and widespread American organic farming movement.
The Sheridan family’s 21st Century Land Grant, located just east of Mono Lake, California, was one of the first “drop and prop” housing designs placed on a central piling and “V” shaped foundation to minimize environmental impact.
Before the 21st Century Land Grant Program was adopted in the United States, the post-pandemic politics of fear, divisiveness, and grifting had been exposed. Nothing was being produced, but more money for the wealthiest billionaires. California and neighboring states were the first to see tangible progress. California had the foresight to couple the Land Grant Program with the completion of the State Water Project, which had started in the 1960s and 1970s but was only half the size of the original project plan. The State’s completed water project network included a new “capillary system.” Fed by an extensive network of new reservoirs and waterways, the dense water network ensured deep storage reserves of seasonal rainfall and snow runoff.
Before the system was completed, excess water resources flowed unimpeded into the Pacific Ocean. Within 10 years of the water system’s completion, fundamental differences in land quality across California were visible. Once the arid land was transformed, it began supporting small-scale farming. Coupled with the 21st Century Land Grant initiative, California ensured that the State Water Project would interweave with the land granted to those who would sustainably work the land. Success in other states followed, but on a smaller scale.
The Jensen plot was one of the first minimal structures placed on 21st-century Land Grant land. These modest yet efficient accommodations provide shelter, comfort, and connectivity for the owners who work the surrounding 40-acre plot.
Similar to the G.I. Bill extended to veterans of World War II, citizens could qualify for low-interest loans for 40-acre or 80-acre lots with guaranteed water rights. The only provisions were that grantees would assist with building their homes from certified modular factory-built home kits and agree to tend the land for at least 10 years. What sprang up was a latticework of mutually supporting small farmers like those seen during the great Western migration over two centuries earlier.
Companies producing modern and efficient kit homes that could easily be transported or airdropped to new land grant sites made healthy profits that they reinvested in their businesses as the demand for their “new homestead” housing boomed. New Land Grant Owners (or “New Landers” as they came to be known) and their efficient homes referred to as “Drop and Props” were connected by the timely, widespread availability of affordable 2-4 person Electric Vertical Takeoff and Landing (EVTOL) craft. This form of transportation drastically reduced transit times on the new frontier. Traveling “as the crow flies” was now possible, and neighbors with hundreds of acres of farmland between them were just minutes away from each other.
The Montreat family's windmills, which they service, provide additional income and enhance the comfort of their 80-acre 21st-century Land Grant location in Christmas Valley, Oregon.
The area around California’s Mono Lake, east of the Sierras, before the New California Water Project additions were completed.
The area around California’s Mono Lake, east of the Sierras, 10 years after the completion of the New California Water Project additions.
With plentiful clean water, crops, renewable energy, and satellite connectivity available, the 21st-century Land Grant arguably had an even more significant impact on the United States than the original land grant programs. While ensuring that plenty of wildlands remained across the United States, this new era of peace and prosperity, which was universally enjoyed, ultimately freed humankind to look to the stars again with renewed vigor for exploration.
Futureproof is a series of occasional provocations illustrating possible future paths for technology and culture. Think postcards from the future.
Clearing the Wreckage of War
The war in Ukraine was brutal for all involved. For many years, war wreckage covered vast regions of the country. Mines and unexploded ordnance rendered large swaths of land unusable. Much of Europe’s breadbasket lay dormant. Enter the Weyland Heavy Industries Collassal Landmine Equipment and Armamament Removal (CLEAR) platforms.
Future Narrative
The war in Ukraine was brutal for all involved. For many years, war wreckage covered vast regions of the country. Mines and unexploded ordnance rendered large swaths of land unusable. Much of Europe’s breadbasket lay dormant. Enter the Weyland Heavy Industries Colossal Landmine Equipment and Armament Removal (CLEAR) platforms.
A Weyland Heavy Industries CLEAR platform stands ready to slice and shed an abandoned tank in the Dnipropetrovsk Oblast.
While many knew the cost of rebuilding Ukraine would be high, few grasped the daunting scale of what it would take to make Ukraine ready for reconstruction. Weyland Heavy Industries was one of the first to understand the scope of the challenge. Remarkably, just 18 months after proposing the CLEAR platforms, the company had three prototype units actively clearing former battlefields in Ukraine.
The massive CLEAR mobile recycling platforms shredded and smelted main battle tanks and other military vehicles densely strewn across Ukraine. Minefields and unexploded ordinance were also cleared, likely saving tens of thousands of civilians. Ten nuclear-powered behemoths restored most former battlefields in Ukraine’s Dnipropetrovsk Oblast within four years of the program's introduction. Paradoxically, CLEAR platforms left behind what appeared to be an apocalyptic landscape, but the land was safe for Ukraine’s skilled farmers to transform into productive farmland again.
Weyland Heavy Industries applied its large-scale marine manufacturing processes to produce the mega-scale CLEAR vehicles. The battlefield clearing program positioned the company in a favorable light. Once decommissioned from battlefield clearing, the massive CLEAR machines were repurposed, providing power for small—to medium-sized cities. This proved profitable since Weyland Heavy Industries was given rights to all materials salvaged from the battlefield.
The knowledge gained from the program led to the company producing fleets of autonomous mega-combines that productively roamed the same once-scarred landscape—and ultimately, the company’s large-scale future terraforming equipment destined for Mars.
Early Signals
Recycling efforts are upscaling to recover precious resources.
VTN Scrap Shear C1700
VZ-950 Universal Shredder
Futureproof is a series of occasional provocations illustrating possible future paths for technology and culture. Think postcards from the future.
Futureproof: Cleaning Up Everest
Well, it has taken over a decade, but we now have a handle on the trash that once covered Mt. Everest's climbing routes and basecamps. As the number of climbers increased in the 2020s, the trash challenge on the mountain seemed unsurmountable.
Future Narrative
Well, it has taken over a decade, but we now have a handle on the trash that once covered the climbing routes and base camps of Mt. Everest. As the number of climbers increased in the 2020s, the trash challenge on the mountain seemed insurmountable. Then, governments limited the number of climbers per year. Permitted climbers were required to carry 2 kilograms of trash to established facilities below the mountain and pay a new fee for prototyping a trash sorting, recycling, and drone-based trash “down lift” program.
Initial prototyping of drone-based trash collection was scrappy and rudimentary. The Everest Waste Management took steps to ensure that drones would not shred trash bundles during flight or upon landing. The Apex Lifting Prototype 01 tested and proved all end-to-end service touchpoints during three peak climbing seasons. Drone lifting limits and flight operations guidelines were established, including rules for various weather conditions. Altitude limits and expected route distances were also met for different temperature conditions.
Everest Waste Management applied learnings to shape the second drone fleet. Working with Weyland Industries, two versions of drones with eight lifting rotors were developed, making up a fleet of 14. The new fleet featured a more robust and efficient cargo packaging and attachment system, capable of accommodating compressed trash bundles and resupply packages. Two-way routing involving flying supplies over the treacherous glacial field or to climbers in need further up the mountain, and removing trash on the return leg, was also made possible.
System 2.0 drones use an improved attachment system and carry dedicated trash compression cargo bags, and can provide supplies to climbers in need on the mountain.
This year, the Everest Drone Service, a subsidiary of Everest Waste Management, is experimenting with two rescue drones capable of lifting climbers off the mountain's highest point in favorable weather conditions. In addition to being able to send supplies to climbers in need, this will provide an extra layer of support to those taking on the challenge of summiting the mountain.
Expanding the emergency services tent at Basecamp has further enhanced climber safety. During overcast days, Weyland micro incinerators process a small amount of trash, providing power to make up for what solar panels would otherwise provide.
The emergency services tent at base camp is powered by solar and micro incinerator units, bringing modern emergency care closer to climbers in need. The waste management and logistics support tent at base camp is also equipped with solar and micro-incinerator power to ensure that Everest Waste Management and Everest Drone Services are up and running as needed.
Implications
As drones remove trash on Mount Everest, the potential for aerial noise pollution increases.
Having drone-based supply and emergency rescue services as a safety net may diminish the significance of summiting Mount Everest for individuals.
Downmountain recycling and waste management services must be implemented to handle incoming trash.
Rescue drones increase the safety margin for climbers on the mountain and don’t put helicopter pilots at risk.
Futureproof is a series of occasional provocations illustrating possible future paths for technology and culture. Think postcards from the future.
Futureproof: On the Go Food Printer
Well, Weyland has done it again. Their Food Printer FP-400 model is one of the best purchases I have ever made. It is so convenient and offers endless meal possibilities. Just pop in Protein, Veggie, and Seasoning gel-encapsulated pouches in the back of the unit and print out a preferred portion of your favorite meal in minutes.
Future Narrative
Weyland has done it again. Their Food Printer FP-400 model is one of the best purchases I have ever made. It is so convenient and offers endless meal possibilities. Just pop in Protein, Veggie, and Seasoning gel-encapsulated pouches in the back of the unit and print out a preferred portion of your favorite meal in minutes. Entrees are steaming hot, delicious, and nutritious. It’s a massive improvement over my grandpa’s lunchbox.
In addition to providing convenient, nutritious meals on demand, the FP-400 uses plant-based gel packaging, thus eliminating plastics from food. As food prints from gel pouches, it is again encapsulated with a gelatin packet coating to seal in moisture. When an item reaches serving temperature, the gel melts away. Even the grey condiment containers with each meal item are gel-based and dissolve within days after use. It is so satisfying to enjoy any of my favorite meals at work. It reminds me of my dad's amazement when the iPod and the concept of having 1000 songs in your pocket were introduced.
Implications
As advanced food printers become available, product shipping is massively simplified. The variety of product SKUs drops significantly, streamlining food distribution and lowering the cost of food.
Plant-based protective gel pouches promise to reduce plastic waste in the food chain.
Paper packaging is dramatically reduced as food ingredients are shipped in protein, veggie, and seasoning gel-encapsulated pouches.
In this new age of on-demand, printed meals, brands may shift towards shaping recipes instead of offering the final product.
Futureproof is a series of occasional provocations illustrating possible future paths for technology and culture. Think postcards from the future.
Futureproof: Angel's Lace Clears Space Debris
Since the dawn of the space age, humans have polluted the space surrounding Earth. Decades ago, international space agencies recognized the importance of clearing space debris from Earth’s orbit. Today, Weyland Aerospace Group’s space debris capture mesh, or “Angel’s Lace,” is slowly clearing the planet of space debris. Thankfully, progress is being made in concert with other collection systems, clearing the way for future human exploration.
Future Narrative
Since the dawn of the space age, humans have polluted the space surrounding Earth. Decades ago, international space agencies recognized the importance of clearing space debris from Earth’s orbit. Today, Weyland Aerospace Group’s space debris capture mesh, also known as “Angel’s Lace,” is slowly clearing the planet of space debris. Thankfully, progress is being made in concert with other collection systems, clearing the way for future human exploration.
Weyland’s Angel’s Lace system includes an array of microsatellites called Spoolers. These microsatellites are nuclear-powered, equipped with six-way maneuvering thrusters and a mechanical means of spooling out and latching onto the system’s fine carbon-metallic capture mesh. Upon reaching a set orbit, the capture mesh deploys over a 16-square-mile area. Spoolers keep the mesh in relative tension as space debris is captured. The fine mesh is magnetized to increase the efficiency of collecting small metallic objects.
The capture mesh slowly collapses as more space debris accumulates. Upon capturing a significant amount of space debris, the capture mesh is maneuvered into an Earth-facing orientation and brought back into tension by Spoolers positioned along the periphery of the mesh. Debris ejects into a retrograde orbit destined to burn safely in the Earth’s atmosphere. The spooler craft then repositions the capture mesh in tension, and the process of capturing more space debris begins again.
Weyland Aerospace Group’s “Angel’s Lace” system collects space debris across a 16-square-mile area. Once captured, the debris is directed toward and ejected into a retrograde orbit, where it burns up in the Earth’s atmosphere.
Weyland “Spooler” microsatellites deploy and maintain the system’s capture mesh positioning. Spoolers comprise multidirectional nuclear thrusters, optical and positional sensors, and capture mesh management hardware.
Implications
Without systems like Angel’s Lace in operation, the human race was on a path toward being imprisoned on Earth by its ingenuity and desire to explore the universe. With each year's improvements in spacecraft design, combined with the operation of Angel’s Lace and other large space debris systems, the amount of space debris orbiting Earth is declining significantly, ensuring safe access to space for the next generation of explorers.
Signs and Signals
Astroscale: Cleaning up Space Junk for a More Sustainable Future
Futureproof is a series of occasional provocations illustrating possible future paths for technology and culture. Think postcards from the future.
Futureproof: The Lunar Grid
As we continue to extend our areas of exploration on the lunar surface, we have come to rely on grid pods as an extended safety envelope when away from one of our main facilities. Grid pods, placed at one-mile intervals, ensure that teams are never far away from essential life support systems, supplies, and a place to repair equipment or recuperate and recharge.
Future Narrative
As we continue to expand our reach across the lunar surface, grid pods have become an essential part of our operational strategy. They serve as an extended safety envelope for crews venturing beyond the main base facilities. Strategically placed at one-mile intervals, these compact yet robust outposts ensure that they are never far from critical resources no matter where a team operates.
The Nordic-USA Lunar Grid Pod exemplifies all the advanced learning gained through extensive research in extreme Arctic conditions. It is one of the most reliable and capable modules on the Sea of Tranquility.
Before the grid pods were in place, working in the expanding areas of exploration was a stressful experience. Last year, we began repurposing sections of supply rockets that were being taken out of fleet service to use as grid pod shelters. These days, knowing that there are a few within a mile of our workplace is comforting. Given the diversity of nations involved in lunar exploration, the pods are a bit of a mishmash, but that gives them a certain charm. Some even enjoy taking a break from base operations and the relative solitude of grid pod maintenance duty.
Each grid pod is equipped with life support systems, emergency supplies, communication relays, and basic repair tools, creating a dependable network of safety and sustainability across challenging terrain. They also serve as havens for astronauts to recuperate, recharge, and regroup, whether after long extravehicular activities or during unexpected delays.
Beyond their practical function, grid pods represent a broader philosophy of lunar exploration—resilience through redundancy, and mobility through modular design. As our operations scale and lunar missions become more complex, this grid system provides the security and flexibility needed to thrive in the harshest environment humans have ever called home.
One of the original rocket module to Lunar Grid Pod conversions, Pod A-3 remains a familiar and comforting site after a long day on the Sea of Tranquility.
The Sea of Tranquility’s D-2 site comprises several Lunar Grid Pods. It is the first site to connect retired rocket modules to create different types of zones. Several living habitats and vehicle maintenance pod modules are available at the site.
Lunar Grid Pod C-3 was the first dual-use pod with a pressurized habitat module and an unpressurized service bay.
Japan’s D-8 dual-use Lunar Grid Pod has a safety habitat and an optionally pressurized and external service bay.
The elegant D-4 international Lunar Grid Pod is appreciated for its large window views and expansive interior. It also has the best espresso.
After many years of faithful service, the original Alpha-1 Lunar Grid Pod is still functioning. Now dependent upon the Sea of Tranquility’s Kennedy Base Station for power, it is a few meters from the south entrance. Steeped in history and character, it has remained a favorite across generations of lunar explorers.
Technology
Lunar Grid Pods utilize repurposed sections of retired rockets. Provisions for pressurization, power, environmental controls, and supplies are all fitted, giving the rocket sections a valued second life on the lunar surface.
Signals
Necessity and access often drive innovation in remote locations here on Earth. Harsh conditions on the Lunar surface will likewise necessitate that resources be utilized in various ways, perhaps seeing uses in many forms across many lifetimes, thus increasing the sustainable nature of Lunar exploration.
Futureproof is a series of occasional provocations illustrating possible future paths for technology and culture. Think postcards from the future.
Futureproof: Lunar Mining
The race to secure more helium-3 (He-3) is on! The isotope of helium is rare on Earth due to our shielding atmosphere, but it is plentiful in the lunar soil. He-3 is advancing quantum computing, powering fusion energy facilities, and making the production of in-space propellants possible.
Future Narrative
The race to secure more helium-3 (He-3) is on! The isotope of helium is rare on Earth due to our shielding atmosphere, but it is plentiful in the lunar soil. He-3 is advancing quantum computing, powering fusion energy facilities, and enabling the production of in-space propellants. New companies are growing, offering trans-lunar transport, space mining equipment manufacturing and maintenance, lunar accommodations, and even space medical care. Thankfully, with such a range of space exploration and energy companies all staking claims to lunar plots, an international regulatory board oversees allocations for mining operations. I’m proud to crew one of the Prospector craft, which oversees sustainable lunar mining and exploration operations.
Technology
Helium-3 extraction, storage, and transportation technologies must be developed to harvest the rare but potentially vital isotope from the lunar surface.
Implications
As lunar mining operations become a reality, companies like SpaceX, Astra, Caterpillar, Shell, Exxon, Glencore, Interlune, and other future energy and mining companies will face new opportunities.
International regulatory bodies may need to be established to ensure the future sustainability of lunar mining and exploration.
Early Signals of and Related Concepts
TechCrunch Article on Interlune lunar mining startup.
Lessons from deep-water and deep-space exploration efforts will likely be transferable. See the Futureproof Autonomous Undersea Resource Explorer Postcard.
Futureproof is a series of occasional provocations illustrating possible future paths for technology and culture. Think postcards from the future.
Futureproof: Progenitor Community on Mars
It’s been almost two years since our trusty spacecraft Progenitor gently touched down in Columbia Hills for the last time. After making five trans-terran trips, we completed all conversion activities in record time, transforming our spacecraft into a high-rise habitat.
Future Narrative
It’s been almost two years since our trusty spacecraft Progenitor gently touched down in Columbia Hills for the last time. After making five trans-terran trips, we completed all conversion activities in record time, transforming our spacecraft into a high-rise habitat. Decades ago, the Mars Rover Spirit discovered that hot mineral springs had once burbled up from the rocks near the Gustav Crater, which is nearby. This has proven invaluable as we now harness hydrogen and oxygen from the soil to meet our air, water, and power needs, and we are growing food hydroponically on the Progenitor’s upper decks. We look forward to having Martian neighbors as the spacecraft Assurance will join us on Plot Five early next year.
Technology
Spacecraft like SpaceX’s Starship will be large enough to ferry many people to the Red Planet.
One way to accommodate new residents of Mars may be to repurpose spacecraft as they are retired into longer-term surface habitats.
Utilizing existing elements in the Martian soil will be crucial to the long-term terraforming of the planet.
Implications
Terraforming other planets will empower humans to become a multi-planet species and live beyond any potential extinction-level events on Earth. How will the new Martian communities survive, thrive, and govern to sustain life on the red planet?
Related Concepts
Hassel + EOC Envision a Home on Mars
Partial Inspiration Source
Great Space Battles: A Terran Trade Authority Handbook
Additional designbivouac Post on Peter Elson
To view more of Peter Elson’s work visit: www.this-is-cool.co.uk/the-classic-sci-fi-art-of-peter-elson/
Futureproof is a series of occasional provocations illustrating possible future paths for technology and culture. Think postcards from the future.
Futureproof: Autonomous Grocery Module
These autonomous grocery modules always feature the week's best deals. Some keep items cool, while others keep pre-prepared meals warm. I’ve seen them used for special events like concerts, conferences, and pop-up stores. The slide-down side panels keep things in place and at temperature while in transit.
Future Narrative
These autonomous grocery modules always feature the week's best deals. Some keep items cool, while others keep pre-prepared meals warm. I’ve seen them used for special events, such as concerts, conferences, and pop-up stores. The slide-down side panels keep items in place and at the correct temperature while in transit. When placed outdoors, the slide-out solar panels up top keep things shaded while topping off the battery pack. Two fit side by side in a delivery van and are motorized, making ramp loading a breeze.
Technology
Motorized, battery-powered grocery module with supplementary solar panel charging.
Recycled automotive battery packs in the base move the module and cool or warm products.
Implications
Stores can utilize fleets of autonomous grocery modules located in the back of stores to automate grocery stocking. These modules benefit from a direct connection from the back-of-store warehouses to delivery vehicles and onward to customer sites with maximum efficiency.
Delivery services providing warm, cool, and bulk items can better serve pop-up stores and venues.
Modular flexibility enables stores to maintain high stock levels of high-volume products.
Futureproof is a series of occasional provocations illustrating possible future paths for technology and culture. Think postcards from the future.
Futureproof: Next-Gen Jalopies
Improving the performance of that first car has been a time-honored tradition amongst auto enthusiasts. What does the future hold for weekend garage projects as we move into the new era of electric-powered automobility? Will the focus be on power, efficiency, torque, range extension, or perhaps all of the above? And with the right to repair access disputed by some electric vehicle manufacturers, will this even be possible? What does safe electric vehicle modification look like in the 21st century?
Future Narrative
It finally happened. I got my first car! Working with Dad on it last Saturday was great. We audited all the electronics and created an upgrade plan together. That was half the fun. The range is significantly lower now, considering this vehicle is a 2021 model with 274,000 miles on the odometer. Mechanically, it is sound. The body is in great shape and has a wrap on it, so the paint looks amazing. Still, we’ve got to do something about the range. While we are at it, I would love to boost the power.
Deak and Dan Jardigan are among a growing number of families worldwide who are learning how to maintain and modify electric vehicles at home safely.
The prior owner had planned to donate the battery pack to the Second Life Auxiliary Battery (SLAB) program, repurposing it as a home energy backup battery. Dad and I have some other ideas. I am looking forward to this project. It makes the things I learned in my electronics class much more relevant and tangible.
In March, we installed a Stage 1 Tesla Performance Enhancement Pack (PEP Pack), which restored the vehicle's original range.
We added the FLUX Performance Enhancement Pack (Grey Market PEP Pack) in August, dramatically enhancing acceleration.
A Tesla FLUX (Functional Line Upgrade-X) vehicle modification safety interface module is shown. This product has proven to be a gateway for next-generation electric vehicle modifiers.
Implications
Improving the performance of that first car has been a time-honored tradition amongst auto enthusiasts. What does the future hold for weekend garage projects as we move into the new era of electric-powered automobility? Will the focus be on power, efficiency, torque, range extension, or perhaps all of the above? And with the right to repair access disputed by some electric vehicle manufacturers, will this even be possible? What does safe electric vehicle modification look like in the 21st century? What do OEM and third-party aftermarkets for electric vehicles look like? Will it be a spin-off SEMA community or be more like a new “home-brew” type of group from the early days when Jobs and Wozniak worked together?
Related Links
www.unpluggedperformance.com/
Futureproof is a series of occasional provocations illustrating possible future paths for technology and culture. Think postcards from the future.
Futureproof: Engineered Forests of the Future
I suppose they have a beauty of their own, but it has taken a while to get used to them. These square-column trees were introduced in Scandinavia about a decade ago to maximize sustainable forest material output. Their shape has been bioengineered to maximize transport efficiency to mills and reduce the milling needed to produce lumber products.
Future Narrative
I suppose they have a beauty all their own, but it has taken a while to get used to them. These square and rectangular-column trees were introduced in Sweden about a decade ago to maximize sustainable forest output. Their shape has been bioengineered to maximize transport efficiency and reduce the milling needed to produce core hardwood lumber products. While a quarantine on squared trees is in effect, and their use is currently limited to Sweden, Finland, and Norway, one wonders if that will last.
Columnar trees increase the volume of usable hardwood forest material
A mixed load of squared and rectangular trees maximizes the loadout of autonomous logging rigs.
Autonomous logging rig scans products for flaws and then begins the wood curing process while en route to mill.
Technology
While trees vary dramatically from fruits, selective seeding of a few engineered forests has resulted in the growth of square and rectangular columnar trees. Favored by today’s largest furniture manufacturers, the new bioengineered Squared Timber™ line of lumber products increases the usable hardwood of a log by as much as twenty-seven percent.
Implications
How far are we prepared to go to optimize the natural world around us for our needs, and what could the unintended consequences of such actions be?
Related Concepts and Research
Here's what fruits and vegetables looked like before we domesticated them
Futureproof is a series of occasional provocations illustrating possible future paths for technology and culture. Think postcards from the future.
Futureproof: Solar Fields Future Technician
It's hard to believe I’ve been doing this job for six years. Thankfully, these new maintenance backpacks hold and power everything we need during a panel field service shift. My pack's nearly silent compressor cools the air that flows throughout my cooling jacket and chills the plates in my heat-exchanging wrist cuffs.
Future Narrative
These new maintenance backpacks hold and power everything we need during a solar panel field service shift. My pack's featherweight and nearly silent compressor cools the air flowing through my cooling jacket and chills the plates in my heat-exchanging wrist cuffs. The equipment runs off my pack’s flexible solar panels and a small battery all day. It produces enough filtered drinking water to keep me hydrated for an entire shift. Given all the new equipment, I think this job is here to stay. Some might even call it future-proof.
Cooling wrist plate of SOL-ICE personal climate management system
Version 1.0 of SOL-ICE cooling jacket
Version 1.0-3 of the SOL-ICE power, cooling and water production pack
Technology
As solar energy costs continue to decline, a workforce with new capabilities and evolving needs will be essential for maintaining our next-generation clean energy infrastructure. Advances in solar power will help the energy grid and power personal climate management equipment. Organizations will benefit from embracing design thinking to prototype and explore viable technologies needed to meet the needs of a new workforce. This often involves initially integrating off-the-shelf technology as a proof of concept, as shown in version 1.0 of the solar technician cooling jacket and power backpack. Iterations and refinement are needed and, in this case, resulted in the production version of the SOL-ICE (Solar Occupation Lifeline - Individual Cooling Equipment) system.
Note that the production version of SOL-ICE (as shown in use by the solar technician above) reduces the original prototype volume by 43%, part count by 78%, and weight by 67%.
Implications
As global warming continues, technological innovation will be necessary to safeguard the health and well-being of those who assume new roles in extreme environments.
Related Concepts and Research
www.coolingcuff.com/science
en.wikipedia.org/wiki/Atmospheric_water_generator
An article documenting the effectiveness of fan-attached jackets on www.nature.com
Futureproof is a series of occasional provocations illustrating possible future paths for technology and culture. Think postcards from the future.
Futureproof: ThinLane Autonomous People Movers
Our visit to Austin last weekend was great. There was so much to do, and it was easy to get around. The ThinLane electric people movers can accommodate up to four people in the bike lanes that run all over the city. We downloaded the app and used them all weekend to get around town.
Future Narrative
Our visit to Austin last weekend was great. There was so much to do, and it was easy to get around. The autonomous ThinLane electric people movers can accommodate up to four people in the bike lanes that run all over the city. We downloaded the app and used it throughout the weekend to navigate around town. The city has established a micromobility strategy and policies. A few repurposed parking spaces in front of downtown businesses now serve as ThinLane loading and unloading zones. This keeps bicyclists happy as the ThinLane vehicles either keep pace or are out of the way. There are fewer cars downtown, and the streets seem smoother, too.
Technology
Autonomous, narrow, electric vehicles provide easy-on/easy-off mobility utilizing dedicated bike lanes. Occupants are safely transported up to 20 miles per hour and use an app to set pick-up and drop-off locations and make payments.
Implications
Many areas within a city require moving people in core areas at consistent but lower speeds or shifting them along a loop. These narrow electric vehicles provide significant bandwidth to the overall mobility system and use existing infrastructure.
Cities' policymakers must collaborate with businesses to understand the optimal flow of pedestrian traffic in dense areas.
Policies that allow a diverse micro-mobility ecosystem to thrive have to be adopted.
How can utilization fees offset some or most infrastructure costs associated with micromobility solutions?
Futureproof is a series of occasional provocations illustrating possible future paths for technology and culture. Think postcards from the future.