Invisible Atlas turns ordinary Android phones into shared field instruments. Each phone measures ten real fields, including Bluetooth, GNSS sky, WiFi and cellular spectrum, magnetic anomalies, pressure, night light and sound, and every reading joins one public map: an atlas of the invisible world that anyone can search, with no account. The same phone also watches, entirely on the device, for a tracker that has been moving with you. Eligible radio discoveries fund real trees, ocean cleanup, carbon capture, water and animal support through 1ClickImpact, never tokens, never points, never cash.
Every reading is reduced on the phone to one hexagonal cell of the H3 grid at resolution 9, roughly 174 metres across, and only the cell and the readings leave the device. Pressure is normalized to sea level on the phone before it is sent. Cellular signal strength and GNSS sky quality are recorded for the atlas but are never used to calculate a reward.
Invisible Atlas is the new name for BLE Radar. Same app, same network, same node: nothing to reinstall and nothing lost. The Google Play listing and the installed app still show the old name while the change rolls out.
No invitation or Gmail registration is needed. Install the public release directly from Google Play, where the listing still reads BLE Radar until the rename completes.
Real sunlight for this minute, NASA night lights on the dark side, and every glowing point a place a phone actually measured. Press play to watch the network grow day by day since 2026-08-10, and turn the sound on: every hex is a note.
This is not a Bluetooth scanner with features bolted on. Four parts, and each one is the reason the next one works.
Ten measured fields, on a phone you already own. It reads what is actually there, and when a sensor is missing or a reading cannot be trusted it says so, instead of filling the gap with a confident guess.
Every reading is reduced on the phone to one hexagon of the H3 grid, about 174 metres across, before anything is sent. What leaves your phone is a cell and a measurement, never a position trail. The merged result is public, searchable by anyone, and needs no account.
One phone passing once is an anecdote. The same ground crossed by many unrelated phones is a measurement. That is why independent coverage matters more here than raw volume, and why the map leaves thin areas visibly thin instead of colouring them in.
Whole verified units, trees, ocean plastic, captured carbon, fulfilled by an outside provider and checkable by name. SevinHub pays for them today. If the Atlas becomes valuable to researchers and companies, a defined share of that revenue funds more of the same thing. A defined share, not all of it: SevinHub has real costs, and a business that keeps running funds far more impact over ten years than one that gives everything away in one.
Crowdsensed radio maps already exist. So do citizen sensor networks, coverage apps and token-paid device networks. We are not claiming that nobody has ever done this.
What is unusual is the combination, in one network, with no token anywhere in it: ten physical layers measured by ordinary phones, aggregation to a hexagon on the device before anything is transmitted, tracker detection that runs entirely on the phone and uploads nothing at all, and real-world impact fulfilled by an outside provider so it can be checked rather than believed.
Your phone already carries radios and physical sensors that read what ordinary maps cannot see. Invisible Atlas turns ten honest summaries into a shared, searchable atlas. Missing hardware stays missing, and no layer is filled with modelled or invented values.
Counts nearby devices anonymously, deduplicated per area, to build a real coverage map. Never a device list, never an address.
The same anonymous-count treatment as Bluetooth, and an independent cross-check on how populated an area really is.
Signal quality from 0 to 4 plus an on-device hash of the serving cell identity. The server never receives the raw cell ID, carrier or phone number. It feeds the public dead-zone and observation map without affecting rewards.
Not raw field strength, which would just map the Earth. It stores the difference between what your phone measures and what the World Magnetic Model predicts for that exact spot, so what you see is the steel, the rail line and the substation, not the planet.
Sea-level normalised on the device, plus the tendency in hectopascals per hour, which is the number a barometer is actually read for. Pressure describes a moment rather than a place, so it expires instead of accumulating.
A deliberate instrument reading, not a passive one: the phone must be flat, face up, under open sky, after real astronomical darkness. It measures the artificial light people have put into a place. It will never print a Bortle class, because a phone sensor cannot see a genuinely dark sky.
Sound level only. No audio is recorded, ever, and none is transmitted. It reports the quietest floor a place never drops below, and it states openly that a phone microphone is not a calibrated sound meter.
Maps satellite visibility and average C/N0 signal quality as anonymous counts and constellation families. Satellite identities, angles, coordinates and routes are never sent.
Shows the real balance of nearby 2.4, 5, 6 and 60 GHz families using counts only. No SSID, BSSID or channel identity leaves the phone.
Maps the registered LTE or 5G band with RSRP, RSRQ and SINR when Android exposes them. No carrier, neighbour cells or raw serving-cell identity is collected.
Toggle measured fields together, open physically meaningful surfaces, inspect radio contribution first and read each selected hex without signing in. Open the explorer ›
Move from the whole planet to one measured hex. Every view reads the same live aggregate network, and every empty area remains honestly empty.
The whole network and planet in one page, written from today's real numbers only, read aloud in a real voice, searchable for any place on Earth.
A real, rotating 3D Earth: today's NASA photograph, live aurora and satellites, tap any spot to read its real value, or have it read aloud.
Watch ten recent field channels, weather, air quality, trackers and network movement.
Search any area, combine filters, inspect 14-day hex history, and read the real NASA and NOAA context around any hex.
Follow real nodes, mapped hexes, observations, growth and coverage without an account.
Every shared reading is anonymous and aggregate. Device addresses, raw cell identities, satellite identities, WiFi names, audio and precise routes never enter the public atlas. Full breakdown in the privacy policy.
Search a street, a city or a whole country and get a real report of what the network has actually sensed inside it, measured against everywhere else. Areas are shareable links.
A phone light sensor cannot see a truly dark sky, and a phone microphone is not a calibrated sound meter. The app says so, in those words, instead of printing a confident number it did not measure.
On-device motion detection pays walking and cycling the best rate. Driving earns less, on purpose, because a car passes more devices per minute than someone on foot.
A live glance on your watch: same progress, same celebration when a real unit funds. The node secret never leaves your phone.
Turn on your email and get an actual named certificate, with a real unit count and a QR code, each time your mining funds something. Off by default.
A live, full-screen map of the whole network's real coverage, click any hexagon for real per-area stats. No login needed.
Every real measurement gets its own place, trace and explanation. The app adapts to the sensors Android actually exposes on each phone.
Bluetooth, WiFi, cellular, GNSS, magnetic, pressure, night light, sound and road activity each have a real live card. Hold and move them once, and your order stays saved.
A signed cellular test moves your node's own numbers, warmed and adaptive across sustained, low and peak speed. A browser test stays anonymous and never earns anything, the same honesty rule as every other field.
Tap a field card or selected map source and Ask Atlas, the guide built into the app, receives that exact measurement context. It explains what the phone saw without inventing missing data.
A 30-second game opens targets only from rewarded BLE or WiFi batches. Verified catches enter an anonymous ranking, with server-controlled daily boosts.
Postcode missions direct contributors toward real unmapped areas instead of rewarding repeated laps through already familiar coverage.
If the same tracker is seen with you in three different places, spread over at least fifteen minutes, your phone tells you. Nothing about it leaves the device: no sighting, no identifier, no place. It says a tracker moved with you, never that somebody is tracking you, and it points you at the police for a real risk.
Claim a device only while it is physically nearby, match it locally and arm movement alerts. Unclaimed devices never become a server-side watchlist.
See progress, movement mode and real mining events on the watch. The phone keeps node identity and authority, while both devices share the same field feedback.
Explorer shows exact public OpenStreetMap mast locations separately from anonymous Invisible Atlas observation rings, so neither source pretends to be the other.
Inspect the mapYour phone can show its own eligible vehicle reading immediately. Public traffic appears only after three independent phones support the aggregate.
Mining motion, confetti and Pulse feedback use elapsed-time rendering and standard haptics, with reduced-motion settings respected.
Each accepted field uses its own color, ripple and optional compact tone. A missing sensor or absent reading produces no false effect.
Dashboard, settings, Atlas navigation, live instruments and field explanations follow the language selected on the phone.
Native menus lead to the right map surface, while the in-app browser separates page history from the X that closes back to the app.
These are the partner programmes 1ClickImpact delivers into, shown with the provider's own photos. The network's verified units so far went to a few of them: trees, ocean plastic and carbon removal. The exact programme behind each funded unit is named in the private impact journey with its certificate, and locations describe the programme, never a phone or a person. Tap one to open it.
TREES runs agroforestry projects as part of the Great Green Wall, helping farmers restore land, grow food, and support livelihoods through forest gardens.
Since launching in 2018, Plastic Bank Indonesia has empowered 806 collection communities, offering health, life insurance and grocery support.
Norway's largest district heating provider is retrofitting its plant to capture CO₂ for permanent underground storage in the North Sea.
Restoring reefs around Malolo Island in Fiji's Mamanuca Islands, collecting resilient fragments, growing them in underwater nurseries and outplanting them to rebuild coral cover and life.
COPICAD restores forests and empowers communities in Kenya's Nyandarua County, planting indigenous trees in the Olbolosat Forest with over 90% survival rates across restoration sites.
Active since 2020, Plastic Bank Egypt's 314 collection members have gathered >20 M kg of plastic (~716 M bottles), earning income and social benefits.
Lithos spreads crushed basalt on farmland to capture CO₂ through enhanced weathering and advanced soil sampling.
Growing climate-resilient 'super corals' in lagoon nurseries around Mo'orea and outplanting them to rebuild French Polynesia's reefs, with every coral adopted and tracked.
Dream International is a community-led tree and forest restoration in the Rwenzori Mountain region for ecosystem services, biodiversity, and climate resilience.
Plastic Bank Philippines began in 2016, now supports 692 communities, providing grocery vouchers and Red Cross insurance.
Phlair leverages a flexible, solar-optimized electrochemical process to capture CO₂ from the atmosphere while minimizing capital costs.
Restoring the fragmented reef in the Nusa Penida Marine Protected Area, stabilising coral rubble with modular reef structures and replanting naturally-dislodged fragments to kickstart recovery.
Eco Caminhos is a self-sustaining eco-farm providing permaculture, agroforestry, bioconstruction education and immersive experiences.
Launched in 2023, Plastic Bank Thailand builds coastal collection networks to intercept ocean-bound plastics.
Terradot applies basalt on Brazilian farmland for CO₂ removal and soil restoration, using ideal climate conditions.
Food Secured Schools Africa (FSSA) converts unused school land in Ethiopia into organic gardens to support student nutrition.
Plastic Bank Brazil intercepts ocean-bound plastic along Rio's coast, empowering collectors with fair income and health benefits.
Vaulted Deep injects high-moisture organic waste deep underground for scalable, low-cost carbon storage.
TREES plants diverse species of trees through its Forest Garden Program, helping over 1,300 farmers restore land, boost biodiversity, and build long-term sustainable livelihoods in Kenya.
Trees for the Future's Forest Garden Program trains smallholder families in Uganda to restore degraded land through agroforestry.
Restoring degraded farmland across Tanzania's Simiyu and Mwanza regions with the Forest Garden Approach, training smallholder farmers to grow diverse trees and crops that rebuild soil, food security and income.
Friends of Lake Tanganyika (FOLT) is a community-based organization in Tanzania working to protect and restore the Lake Tanganyika ecosystem through reforestation and sustainable fishing practices.
Green Youth Collective (GYC) is a social enterprise running community learning centers for zero-waste farming, regenerative sustainability education, and youth/farmer engagement.
Planting Kesar mango orchards with small-scale farmers in Sri Sathya Sai District, Andhra Pradesh, drip-irrigated fruit trees that give families a lasting harvest and a reliable income within a few years.
PRIDO empowers rural communities in Sierra Leone through sustainable farming, environmental conservation, and social equity, with a focus on women and youth.
Sustainable Green Initiative (SGI) plants fruit trees on community lands, orphanages, and old-age homes-45 million trees across 16 Indian states with ~80% survival.
These are the network's real partner programmes. Photos are the provider's own, loaded from images.1clickimpact.com. Your personal, named impact journey, with its own timeline, certificate and map, lives in the app under My Impact.
Invisible Atlas is a working example. Its users earn whole environmental units through real scanning, then 1ClickImpact handles fulfilment, tracking, certificates and public proof. The same infrastructure can connect to an app, website, store or client workflow.
When the impact your scanning funded is actually purchased, 1ClickImpact issues a certificate in your name, with the real unit count and a verification code. It arrives by email. It is not a badge in an app you would lose access to tomorrow, and it is not a number that can drop to zero.
Query measured Bluetooth, WiFi, cellular and environmental summaries per map hexagon. No individual device trail, no raw identifiers. Get a free API key and start in a minute.
Free on Android. Scan visibly, explore the shared atlas, and turn eligible discoveries into real impact.