Networkless infrastructure
A network for places that have none.
xMesh is the networkless layer under our products: a LoRa mesh intended to carry small packets between devices where cellular and Wi-Fi coverage is absent, unreliable or untrusted — and to be operated by the people running the nodes, not by a carrier.
Where this actually stands
- Design and prototyping stage
- No commercial network running
- No token issued or sold
Why build a network at all
Everything else we build is designed to work offline: passive NFC hardware, an air-gapped research operating system, a calendar library that needs no server. That holds until two of those devices need to talk to each other across a distance — a site in a valley, a field station, a place where the local mobile network is either absent or not trusted with the data.
Cellular is built for bandwidth and billing. Most of what our systems actually exchange is tiny: a timestamp, a chart identifier, a short record. xMesh is aimed at that traffic, on radio that requires no carrier relationship at all.
How it is meant to work
LoRa links
Long-range, low-power radio carries small packets between nodes. It is not a broadband replacement and is not intended to be one.
Independent nodes
Nodes are meant to be hosted by independent operators — a DePIN model — rather than deployed and billed by a single company.
Small payloads
Timestamps, identifiers and short records. The mesh is for coordination, not for streaming or file transfer.
Incentive model (research)
A token is one option under study for keeping node operators funded. It is a mechanism, not a product, and nothing has been issued.
What we are not claiming
- That a network is running. It is not.
- That a token exists. None has been issued or sold.
- Coverage, range or node counts. We have no measured figures to publish yet.
- That LoRa replaces cellular. It carries small packets, not bandwidth.
Open questions
These are the things we are working through. If you work on any of them, we would rather talk early than announce late.
- Spectrum and type approval — LoRa bands are regulated per market, and Malaysia is the first one we have to get right.
- Node economics — what a host actually spends, and what makes hosting worth their time.
- Hardware — reference node design, power budget and enclosure.
- Token design — whether a token is the right mechanism at all, and how to keep it from getting in the way of the network's purpose.
Talk to us about xMesh
We are looking for node hosts, radio engineers and design partners, starting in Malaysia and nearby markets. If you want the technical case rather than the pitch, write to us.