The building forgets. Symbious™ remembers.
Every place runs on judgments a person makes and no sensor catches: this is clean, this is released, this is safe. They live twenty seconds in a head, then vanish. Symbious™ keeps them. A chip on a surface, a tap by the person who is there, and a record that links to the one before it.
Places and moments, never people.
A room is marked ready. No one else was there.
Today the only record is one person’s word in a checkbox, and the knowledge behind it existed for twenty seconds.
Five questions most venues cannot answer today.
None of these feel like a problem until the day someone asks. Then the answer is memory.
The box was ticked, but when?
Closing checks get ticked together at the end of a shift. The sheet says done. It cannot say when, or whether anyone looked.
What does a good day look like here?
The person who knows when the fridge sounds wrong, or a room is not really ready, is carrying it in their head. Nothing records what normal is, so nothing can show a drift from it.
Which routine has quietly stopped?
A skipped round leaves no trace. With a record per moment, a gap shows up as a gap, the same way a taken round shows up as an entry.
Where did that problem start?
A spoiled batch, a cold-chain break, a guest complaint about a room. Without a timestamped trail it is hard to say which step or which round went wrong, so it can happen again.
What can you show, years later?
A complaint, an audit or an insurance claim asks what happened on a given day. Your side of the story is memory. A chained record is something you can hand over.
Symbious™ does not fix any of these by itself. It makes each one answerable, and a moment that was not tapped shows up too.
A chip wherever a place changes purpose.
Every place has these moments: goods arrive, a room is released, a shift ends. A chip sits at each one, and whoever is there taps it. Below is one example, a restaurant.
- 1Delivery doorReceiving: goods become stock
- 2Cold store doorStorage: stock is held cold
- 3Dishwash doorWashing: dirty becomes clean
- 4The passService: cooking becomes service
- 5A tableTurnover: occupied becomes ready
- 6Front doorOpening: closed becomes open
- 7Guest toiletsCheck: used becomes clean
- 8Back doorClosing: open becomes locked
One chip, at one door.
A leather chip on a painted door frame, at hand height. Whoever walks through taps it.
Concept render, not a photograph.Four moves. No wiring, no cameras, no app.
Chip
A passive Symbious™ chip sits where a place changes purpose.
Tap
The person who is there holds a phone to it, with nothing to install, and answers up to three yes or no questions.
Record
The answer becomes a timestamped entry, linked to the one before it. Change one and the chain breaks.
Memory
Entries add up to a history the place never had. Staff and managers see it, the owner keeps it.
A closing shift, with and without.
Illustrative. This is how a shift would run, not data from a test site.
On shift it takes seconds: hold the phone to the chip, nothing to install, answer the one to three questions, press Record. The entry holds the place, the time and the answers, never a name, a face or a location trail. A “no” is normal.
Once a chip sits at its place it needs no maintenance: no battery, no wiring, nothing to update. It can be peeled off again whenever you choose.
As the record grows it shows what is normal for that place, and a departure from normal raises a flag about the place, never a verdict on a person. It works without AI, so a venue has value from the first tap. Later, a read-only gate can let an AI agent ask questions of the record, never write to it, and never see an individual.
What a venue receives.
The set pictured at the top.
What a tap and a desk look like.
Two screens: the page a person sees when they tap a chip, and the manager’s desk view. Based on the working demo, with invented places and numbers.
The same chip opens the person’s page. A separate desk chip opens the dashboard, locked by a PIN.
Taps over the months
Counts per place show where the routine is kept up and where it slips. A dip is a question to ask, not a verdict on anyone. All places share one scale so they can be compared.
Sample data for illustration. Not from a customer.
View as table
One mechanism, nine kinds of place.
The chip, the tap and the record never change. Only the moments do. Each place below has its own set of one to three yes or no questions. The tag says how far it has got.
Food and beverage
Running- Receiving a delivery
- Fridge temperature
- Opening and closing
Craft and passports
Running- Material received
- Finished piece checked
- Handed to the owner
Live events
Need confirmed- Crew check-in
- Pre-doors safety check
- Vendor load-in
Not yet run The questions are built for hospitality, wellness, cold chain, food safety, facilities and retail and malls. Nobody has used them on site yet.
Running means live at one of our two test sites. Need confirmed means an organiser has described the problem to us. Read the studies →
What this system must never do, written down first.
Twelve articles and ten prohibitions, published to the public domain before there was any commercial pressure to bend them. This is the difference between witnessing and surveillance.
- Individual operator data is never sold.
- Never used for surveillance.
- No data used against the person who generated it.
- No retention beyond operational purpose.
- No leverage over data subjects.
- No third-party access without a signed agreement.
- No production data for development.
- No transfer without safeguards.
- No weaponisation.
- No admin access to individual records.
Built, and not yet built.
| Item | Status |
|---|---|
| Chip, tap, hash-chained record, chain check | Running at two test sites |
| Dashboard, desk view, tap counts per place | Built |
| Tamper evidence | Any edit after the fact breaks the chain. The operator holds the record today; checking by an outside party is the next step. |
| Chips that cannot be copied | Planned |
| Separate venues, personal logins, scheduled exports | Planned |
| Read-only gate for AI agents | Planned |
Filed, published, open.
What can go wrong.
A new routine is easy to start and hard to keep. These are the risks we watch for in the first ninety days.
A few places. By invitation. Installed in person.
We are working with a small number of venues, starting with independent restaurants and small groups in Bangkok’s old districts, and setting up each one ourselves. For ninety days we watch one thing: whether the people on shift keep tapping, and whether the record is useful to the venue.
Bring one moment you wish you could prove. We will show whether this closes it.
Agreed with each venue.
The founding ninety days are for learning, not for selling. Pricing after that is agreed with each venue once we have seen the record together. Contact us for current terms.
Florian Gypser, an architect from Vienna with fifteen years in Bangkok hospitality, based in the Talad Noi and Songwat district.
Symbious™ is independent and self-funded, built by one founder-operator. Venues deal with the person who builds it, and no outside investor sets its priorities. The Concordat and the reference schemas are public domain, so the rules and formats stay open whatever happens to the company.
Florian Gypser, Director, DWNTWN Global Pte Ltd (UEN 202608530M). Registered office: 160 Robinson Road #14-04, Singapore Business Federation Center, Singapore 068914.
ping@symbious.ioOr message on WhatsApp: +66 85 904 6996