Bitchat – A decentralized messaging app that works over Bluetooth mesh networks

I’ve been toying with a concept inspired by Apple’s Find My network: Imagine a decentralized, delay-tolerant messaging system where messages hop device-to-device (e.g., via Bluetooth, UWB, Wi-Fi Direct), similar to how “Find My” relays location via nearby iPhones.

Now add a twist: • Senders pay a small fee to send a message. • Relaying devices earn a micro-payment (could be tokens, sats, etc.) for carrying the message one hop further. • End-to-end encrypted, fully decentralized, optionally anonymous.

Basically, a “postal network” built on people’s phones, without needing a traditional internet connection. Works best in areas with patchy or no internet, or under censorship.

Obvious challenges: • Latency and reliability (it’s not real-time). • Abuse/spam prevention. • Power consumption and user opt-in. • Viable incentive structures.

What do you think? Is this viable? Any real-world use cases where this might be actually useful — or is it just a neat academic toy?

> Senders pay a small fee to send a message. • Relaying devices earn a micro-payment (could be tokens, sats, etc.) for carrying the message one hop further.

The Helium Network tried something like this, but with a fixed infrastructure: People were incentivized to run Helium network nodes and could earn micropayments for running nodes and handling traffic.

It revealed a lot of problems with structures like this, such as the incentive to cheat through various loopholes that were discovered.

It also became apparent that the monetization/tokenization aspect overtook the network functionality as the primary motivator for the project. After a while, people started looking at the traffic and payouts and realized that almost nobody was using it for real communication, it had become one big shell game for collecting the payments designed to incentivize nodes to come online and relay traffic. Then the token itself had become a speculative commodity that people used for trading more than anything.

I think it would be interesting if someone could invent a stable coin cryptocurrency with low overhead that enabled some of these use cases, but it seems the allure of generating a new token that the founders can sell into a speculative market to raise funds for the project is always too alluring, so every project goes from having good intentions to becoming a veiled pump and dump. Maybe some day there will be a stable coin that escapes these issues, but I haven’t seen it yet.

> I think it would be interesting if someone could invent a stable coin cryptocurrency with low overhead

Like the US dollar and Postgres?

For like $200 anyone can start a business entity in the US with a tax ID and a bank, I’m still yet to understand how crypto is better other than for circumventing regulators

Cryptocurrency transfers are irreversible, publicly verifiable and pseudonymous. For a privacy focused application, these attributes make crypto a better choice than USD and the traditional banking system.

Handing someone a $1 is irreversible if they won't give it back. All transactions are anonymous and private when using a physical dollar. Crypto has the primary advantage of allowing you to launder money by converting the "Coin" in criminal friendly countries to a fiat currency (dollars) that actually buys stuff. Especially useful when hackers hold your data ransom. Usually what people mean by not like "traditional banking system" is unregulated/lawless.

People who don't like traditional banking system just want a system where they have more money. If they actually wanted to fix fairness etc creating a new system is not a way, you can make the old system fairer like you can make a new unfair one