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Looking for a developer to build a minimal Nano.Auction prototype
Looking for a developer to build a minimal Nano.Auction prototype (NanoGate opens interesting future possibilities)
I’m working on [Nano.Auction](http://Nano.Auction).
The concept is simple:
A feeless auction platform where bids are made in Nano (XNO) and overbid amounts are automatically refunded.
Nano is perfect for this because transactions are instant and feeless, which allows even very small bids without friction.
Until recently, building more advanced logic around Nano was quite difficult because there were no smart contracts. With projects like [http://nanogate.run](http://nanogate.run) it now becomes possible to connect Nano with smart contract environments (for example via ICP). That opens interesting possibilities for future versions.
But before going that far, I want to build a very simple prototype to test the concept.
What I’m looking for is a developer who can build a minimal working version.
Minimal feature set:
– simple website showing active auctions
– users place bids by sending Nano to an auction address
– backend detects incoming transactions via Nano RPC
– system checks if the bid is higher than the current highest bid
– if yes → previous highest bidder is automatically refunded
– if no → bid is refunded immediately
– auction ends after a defined time
– winner is the highest bidder
Platform fee concept (very small):
1% of the final price
max 1 XNO per auction
Everything else remains feeless.
The goal is not to build a full marketplace yet, but to prove that Nano-based auctions actually work in practice.
If the prototype works, the next step could be exploring more advanced designs using NanoGate and smart contract logic.
Funding:
I can provide a small budget to get the prototype started.
Developers could also place a bid for building the minimal version.
You can also support development directly with Nano:
nano_3s9yq79yh4k7bobryn43bjn3c8jsuxfu9bkhyasad8i7bo7ngb6w4j3qqnpz (NanChat)
If you’re interested, comment here or send me a message.

Looking for a developer to build a minimal Nano.Auction prototype
Looking for a developer to build a minimal Nano.Auction prototype (NanoGate opens interesting future possibilities)
I’m working on [Nano.Auction](http://Nano.Auction).
The concept is simple:
A feeless auction platform where bids are made in Nano (XNO) and overbid amounts are automatically refunded.
Nano is perfect for this because transactions are instant and feeless, which allows even very small bids without friction.
Until recently, building more advanced logic around Nano was quite difficult because there were no smart contracts. With projects like [http://nanogate.run](http://nanogate.run) it now becomes possible to connect Nano with smart contract environments (for example via ICP). That opens interesting possibilities for future versions.
But before going that far, I want to build a very simple prototype to test the concept.
What I’m looking for is a developer who can build a minimal working version.
Minimal feature set:
– simple website showing active auctions
– users place bids by sending Nano to an auction address
– backend detects incoming transactions via Nano RPC
– system checks if the bid is higher than the current highest bid
– if yes → previous highest bidder is automatically refunded
– if no → bid is refunded immediately
– auction ends after a defined time
– winner is the highest bidder
Platform fee concept (very small):
1% of the final price
max 1 XNO per auction
Everything else remains feeless.
The goal is not to build a full marketplace yet, but to prove that Nano-based auctions actually work in practice.
If the prototype works, the next step could be exploring more advanced designs using NanoGate and smart contract logic.
Funding:
I can provide a small budget to get the prototype started.
Developers could also place a bid for building the minimal version.
You can also support development directly with Nano:
nano_3s9yq79yh4k7bobryn43bjn3c8jsuxfu9bkhyasad8i7bo7ngb6w4j3qqnpz (NanChat)
If you’re interested, comment here or send me a message.