https://v6acolab.org V6A Labs Thu, 08 Jan 2026 16:35:51 +0000 https://v6acolab.org en https://v6acolab.org/Verifiable-Cities Thu, 08 Jan 2026 16:35:51 +0000 V6A Labs https://v6acolab.org/Verifiable-Cities .pdf-wrap { position: fixed; inset: 0; } .pdf-wrap iframe { width: 100%; height: 100%; border: 0; } https://v6acolab.org/Header-copy Mon, 07 Apr 2025 18:42:10 +0000 V6A Labs https://v6acolab.org/Header-copy V6A Labs https://v6acolab.org/Header-mobile Tue, 19 Jul 2022 20:59:01 +0000 V6A Labs https://v6acolab.org/Header-mobile https://v6acolab.org/Worldbuilding-Lab Thu, 10 Apr 2025 17:59:28 +0000 V6A Labs https://v6acolab.org/Worldbuilding-Lab The Future Cities Worldbuilding Lab is a structured series exploring how emerging technologies and policies could shape life over the coming decades. The lab brings together founders, community organizers, researchers, and policy practitioners to generate grounded future scenarios. Outputs are published as speculative non-fiction—narratives designed to stress-test ideas, surface second-order effects, and expand the Overton window of possible realities.&nbsp; Learn more about the pilot 2025 workshop here. New York Encrypts Every Pulse It TakesCrown Heights, January 2050, 9:30 a.m.Snow dusts Atlantic Avenue, but the corner clinic’s window glows blue, like a steady pulse inside the city. Inside, a twenty-square-metre “data counter” hums like a library atrium; it can copy a lifetime of medical files in 7 seconds. A mother presses her thumb to the glass; blood-pressure charts, childhood X-rays, and last night’s sleep-ring logs scroll onto her phone. Each record leaves the vault wrapped in scrambled numbers only she can unlock. A soft chime sounds as every file hops across town in 2.9 milliseconds, unreadable to anyone along the way. <img src="https://lh7-rt.googleusercontent.com/docsz/AD_4nXdb5lmCSRq8MYpd-awQqMBqr6FstX-lLO5XoNTck_BVZWSEMTLCDewexzZ0ft21kAQt-uiPQ5uuLMbabGBi0AJDo_ZRg7ZGIMLb1vN72sOVDD6mlU5GxvBJmBjpYnVpQG1QWzaXGw?key=MStCwGbAgYc9qq566-ELCw" width="1232" height="928" style="width: 864.005px; height: 650.809px;" data-scale="87"> In the 2020s, every hospital kept its own electronic health record. If you switched clinics or states, your files crawled by fax; one in eight emergency visits involved missing allergy notes. In that decade DNA startups went under and sold millions of users’ data, ransomware froze six city hospital operations in 2027, and a breach two years later dumped half a million lab results onto the dark web. New York’s answer was blunt: give data ownership—and control—to the people who generate it. Today residents carry their medical histories on pocket-size chips, sealed by math that lets computers check truths without peeking at the underlying facts. Care shifted from delayed reaction to real-time coaching, and streets once lined with urgent-care billboards now glow with prevention kiosks. The Levers &nbsp; One-Click ConsentA five-word on-screen oath—“Yes, share for this visit”—replaced twenty-page forms. Clinics save 11 minutes per appointment, freeing 3.4 million nurse hours yearly. No consent token shared? No data revealed. Privacy Without PeekingEvery file travels inside a zero-knowledge proof—a brief math certificate that says, “This record is authentic and belongs to its owner” without revealing the owner’s name, birth date or address. Verification takes 0.8 milliseconds. Sidewalk Data VaultsThree-metre steel lockers, cooled by subway vent air, store 28 petabytes of encrypted files. They run fully homomorphic math—computers can add and multiply numbers while they stay scrambled—so researchers can still make calculations on the data and spot citywide trends without touching anyone’s raw information. Plain-Speech PrescriptionsDrug instructions stream in eighth-grade English and fourteen top languages. Mis-dosing fell 19 percent in two years. Any new software must pass a “grandma test” panel before city purchase. Life in the City &nbsp; <img src="https://lh7-rt.googleusercontent.com/docsz/AD_4nXeVYJK76KK1lwdDYMhPOA6k2pxqZBCdWwg28Y60kabcPiHhCTgVS7yRID-vZePmWAR3Xj_lenicKeTZ-Qiz6RmVU712DBE5lHNpW2xwj4s3esiRQkioEw066iHS-bpurkxfvlFA?key=MStCwGbAgYc9qq566-ELCw" width="845" height="638" style="width: 845px; height: 638px;">&nbsp; &nbsp;&nbsp; 7:45 a.m. — Harlem street marketA produce vendor pauses at a kiosk as his glucose monitor vibrates. His glucose spike shows as a simple red bar; he swaps a donut for a boiled-egg cup and laughs about “beating the bar before it beats me.” 10:29 a.m. — Lower East Side elementary schoolBefore recess, a fourth-grader checks their wrist badge. In 1.2 seconds it cross-checks local pollen sensor data (7 grains/m³) against the child’s encrypted allergy profile. A green swirl appears—safe to play. 12:55 p.m. — Midtown law-office cafeteriaAn attorney’s watch vibrates: lunchtime salt limit reached. She taps “share noon vitals” to the salad line; the chef sprinkles seeds instead of salt and labels her bowl with a green dot worth a 75-cent credit for the cashier. 8:15 p.m. — Staten Island living roomA grandfather feels a gentle buzz from the heart-monitor patch: “Sensor power 8 hours remaining.” He taps “replace tomorrow” on the TV’s sidebar; the system books a medical drone delivery for tomorrow morning to his encrypted address. His granddaughter grins—she knows the monitor patches come in multicoloured star designs that grandpa will let her stick on him —and settles back beside him as the baseball game continues. What Had to Happen First 2030 state law lets residents own their medical records, the same way you still own your car, even when temporarily parked in someone else's parking lot A 2034 municipal bond financed $1.1 billion for neighbourhood data vaults cooled by waste-heat fans Insurers began paying clinics $80/patient per year for verified prevention events A startup built an open source healthcare-focused library and API for direct and accurate language translations What You Notice – And What You Don’t2030 state law lets residents own their medical records, the same way you still own your car, even when temporarily parked in someone else's parking lot. Soft-teal kiosks inside clinics and bodegas, like ATM-style check-up portals. Interactive subway ads tout personalized solutions tailored to your data, not one-size fits all pills and programs. Clipboards disappeared—no more intake forms. Fewer midnight sirens; alerts reach phones and hospitals long before chest pains reach 911. Preventative care is Plan A. <img src="https://lh7-rt.googleusercontent.com/docsz/AD_4nXc5fioUNXwYDWpLEcViJEfpTyRWUEq3MG63kiCmowol4vM53u3uliahbXLDUmEkjylrIuEQn815zlH4Mx02CkQByC8Ob48hMA5jQMDcGIFFvS7nWerWOFN4y2srOijF2wGd9uhT?key=MStCwGbAgYc9qq566-ELCw" width="864" height="656" style="width: 864px; height: 656px;">This complex overhaul began with some simple calculations: prevention proved cheaper than rescue, and scrambled-while-in-use math kept trust high and lawsuits away. Only later came the quiet magic—the hush of parents who trusts their child’s inhaler dose auto-updates to his needs and the faint blue glow of a Crown Heights clinic. It’s the physics—the speed, cost, uptime—that turns the gears of NYC’s healthcare system; yet what lingers is the hush of ordinary relief. Living proof signalling a city where health data travels fast, stays private, and can finally follow its owner home. Building Bridges The Current State of Policy European Union – GDPR Right to Data Portability (2018): lets any resident export health data in a machine-readable file; underpins the cross-border MyHealth@EU exchange.Estonia – e-Health + X-Road (2008-): nationwide ledger where patients grant or revoke doctor access with an ID-card; 99 % of prescriptions filled electronically.Australia – My Health Record (2019 relaunch): opt-out national record now covering 90 % of residents; mobile app gives real-time consent controls and download.United Kingdom – NHS App &amp; Shared Care Records (2023): 32 million users can view and export general-practice data; “Data Saves Lives” strategy funds secure research sandboxes.Singapore – National Electronic Health Record Phase 2 (2024): Singpass digital ID lets citizens share records across all public and 70 % of private providers; Healthier SG plan ties incentives to preventive-care data. Real World Technologies ExploredLocal-First Software Zero Knowledge Proofs Medical Drone Delivery &amp; Logistics Electronic Health Record Chips Fully Homomorphic Encryption https://v6acolab.org/Homepage Tue, 19 Jul 2022 20:44:02 +0000 V6A Labs https://v6acolab.org/Homepage V6A&nbsp; What futures would you like to see? V6A is in the business of ideas, particularly those that arrive before the institutional and cultural infrastructure to support them do. We are particularly drawn to ideas that are too early, unusual, or transdisciplinary for existing capital and institutions, however our deeper interest is in the after: what conditions and pathways allow an idea to become a more durable societal capability?The invention of the light bulb was a engineering and scientific feat. But it wasn’t until the development of supporting infrastructure, such as public utilities, standardized voltage and current, distribution grids, and sockets and plugs, that electric light become a core societal innovation. We do not believe there is any shortage of good ideas in the world. Our reason for being lies in the observation that society produces more innovation than it currently has the capacity to carry or fully integrate. As such we are interested in a particular bottleneck to progress: &nbsp; In their landmark paper, General Purpose Technologies: Engines of Growth? (1992) Bresnahan &amp; Trajtenberg argue that new technologies, at the time electricity and computing, only generate broad social and economic gains through “innovational complementarities”. They saw these complementarities as downstream sectors that must also be invested to develop new applications, institutional support, cultural understanding, processes, and organizational forms around the original technology, without which its full potential is left under-realized. We believe this principle applies to modern day general purpose innovation and societal shifts, where large complementary investments in adjacent and often seemingly unrelated fields are required before an innovation’s value can be best realized. V6A’s purpose is to identify and develop support for these complementary innovations and for the meta-conditions needed that allow new ideas to be operationalized into wider societal progress. Previously, V6A operated as an applied R&amp;D studio focused on emerging and open-source technologies, building a network of initiatives, collaborators, and funders over the last 3 years, including the Schmidt Family Foundation/11th Hour Project, Climate-KIC, Ethereum Foundation, Metagov, EQTY Lab, 221A, New Constellations, &amp; others.Much of the work we led and supported were bound with strange and consequential technologies and ideas with the potential to profoundly reshape the world. Our role was to bridge the gap between these innovations and how they could be operationalized in various domains and capacities: from fund design &amp; development to open-source agricultural technology. We brought together diverse sectors and expertise, from public to private to civic to do so. The next iteration of V6A is now taking shape. V6A’s long-term purpose is to widen the range of ideas and capabilities society can draw upon to meet the challenges and opportunities of our time.&nbsp; What futures would you like to see?&nbsp;rithikha@v6acolab.org