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Hold $KILN
Hold the minimum required $KILN to become eligible. Your allocation considers both token balance and time held.
Materials compute · 2026
Heat, metal,and a market.
Kiln connects token trading with industrial simulation, turning a portion of every trading fee into furnace credits that holders can use across supported labs, foundries, and materials models.
Jobs tonight
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Live labs
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Pool share
0%
Live floor
K-1902·NMC-811 lattice annealCrucible North
Battery chemistry/Alloy stress testing/Thermal modeling/Crystal growth/Semiconductor process/Catalyst discovery/Additive manufacturing/Carbon capture materials/Foundry heat maps/Battery chemistry/Alloy stress testing/Thermal modeling/Crystal growth/Semiconductor process/Catalyst discovery/Additive manufacturing/Carbon capture materials/Foundry heat maps/
The Kiln network
Turning activityinto matter.
One economy, built in three stages. Kiln starts by turning trading activity into furnace rewards, expands into a launchpad for compute-driven materials projects, and evolves into an open marketplace for industrial simulation.
- Furnace rewards
- Launchpad
- Marketplace
- Materials compute
Chamber temp
1,473°
Always running. Always forging.
Materials compute is what happens when a trained physics model is put to work. You send a geometry, a chemistry, or a thermal load. The solver processes it and returns a result. That process — from input to output — is the furnace. Kiln turns market activity into time on those machines.
How it works
A simple loop that turns $KILN participation into real furnace time.
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Trading funds the furnace pool
Every qualifying trade generates a 1.40% fee, with 55% directed to the Furnace Credit Pool to fund materials compute.
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Furnace credits accumulate
Credits are calculated periodically based on your share of time-weighted qualifying holdings. Larger and longer-held positions receive a greater share.
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Claim and run simulations
Claim your accumulated credits through Kiln and spend them across supported labs and models — without being locked into a single foundry or solver.
Open chambers
Six labs. One heat economy.
Hearth-9
Reykjavík · High-T ceramics
72% load
Slagline
Osaka · Alloy fatigue
41% load
Crucible North
Helsinki · Battery lattices
88% load
Ashwell
Pittsburgh · Foundry heat maps
33% load
Ember Grid
Bilbao · Catalyst search
64% load
Pyre Lab
Adelaide · Crystal growth
19% load
Three layers.Built for the furnace.
Kiln is built around three core components that connect token activity, protocol revenue, and materials compute into one simple ecosystem. $KILN determines eligibility, trading powers protocol revenue, and a portion of those fees flows into the Furnace Credit Pool.
01
$KILN
Eligibility
02
Fee Engine
Protocol revenue
03
Furnace Layer
Compute access
[$KILN], [trading], [furnace credits]
The way of Kiln
01 · Complete
CompleteFurnace Rewards
Turning $KILN participation into usable materials compute.
- ·Holder eligibility
- ·Furnace credit distribution
- ·Wallet accounting
- ·Lab credentials
- ·Usage tracking
- ·Reward history
- ·Distribution leaderboard
- ·Protocol statistics
02 · Complete
CompleteCompute Marketplace
Giving distributed furnace time liquidity, transferability, and price discovery.
- ·Buy and sell compute
- ·Custom listings
- ·Real-time market
- ·USDC settlement
- ·Order management
- ·Listing management
- ·Credit accounting
- ·Marketplace tracking
03 · In development
In developmentKiln Launchpad
Bringing materials applications into the Kiln economy and connecting project growth directly with furnace consumption.
- ·Compute-native launches
- ·Lab-backed economics
- ·Marketplace integration
- ·Runtime provisioning
- ·Project compute accounting
- ·Researcher infrastructure
Token utility
The utility layer of Kiln.
01.
Access compute
Eligible holders gain furnace credits, turning token ownership into usable materials simulation time.
02.
Earn rewards
Trading activity generates fees that fund furnace rewards and return utility to the ecosystem.
03.
Discover and launch
Participate in an ecosystem built to launch and support new materials-compute projects.
04.
Power the marketplace
As Kiln evolves, the token becomes part of an open marketplace connecting labs, researchers, apps, and autonomous solvers.
[Always on]
The future of materials runs on simulation.
Kiln is building the economic layer to power it — connecting markets, labs, and researchers in one open system.
FAQ
Questions, answered.
Want to skip the FAQ?
Talk to the floor directly.
Kiln is a materials-compute economy connected to the $KILN token. A portion of trading fees is converted into furnace credits for eligible holders.