Ethereum-aligned relay interface
Send through the network. Receive on the other side.
A stripped-back Monero swap aggregator for people who want the route, the payout, and the provider truth before they send. Compare XMR to ETH, ETH to XMR, and other live routes without mystery flow.
Designed to feel like a network relic: simple, cryptic in spirit, but never confusing in use.
Market Radar
A clean reference layer for live coin prices and timing context before you quote. It stays separate from the swap engine so provider ranking remains payout-first.
Loading price feed.
Choose what you send
Pick the asset and chain you are sending from, then choose what you want back. The app matches the route for you in the background.
Pick the provider you trust
Compare payout, speed, route status, and provider disclosures before you lock anything in or send funds.
Send once and wait
After you confirm, the app reveals the deposit address and keeps the order state readable while the provider processes the swap.
Buy Crypto
Choose a fiat amount, choose the asset you want to receive, and continue into provider checkout.
Load a buy quote or continue into checkout to preview the provider flow.
Raw buy payload
Swap
Choose what you are sending, choose what you want to receive, and paste the payout wallet. Heka is built to make Monero swaps like XMR to ETH and ETH to XMR easy to compare before you commit.
When a provider offers a locked rate, it will show here.
Choose a provider below, then confirm to reveal the deposit address.
Crypto transfers are irreversible. Make sure the payout wallet belongs to the chain you selected.
This app compares routes and reveals instructions, but the selected provider still sets their own compliance rules.
Ethereum-provider routes can be live when configured. MegaETH and other modeled rails stay clearly labeled.
Raw quote payload
What People Use Heka For
Heka is designed for people looking for a Monero swap, an XMR to ETH route, an ETH to XMR route, or a live XMR, BTC, and stablecoin comparison before they trust the first quote they see.
XMR to ETH comparison
Compare multiple live providers for Monero to Ethereum, review ETA and payout, then confirm once to reveal the deposit address.
Open the XMR to ETH guideETH to Monero comparison
Send ETH on Ethereum mainnet and compare which provider returns the best Monero payout for your amount and destination wallet.
Open the ETH to Monero guideMonero swap overview
Start on the broader Monero swap page if you want the plain-language overview of how Heka compares XMR routes and what to check before you send.
Open the Monero swap pageXMR to BTC comparison
Compare live Monero to Bitcoin routes and review the payout before you send XMR to any provider deposit address.
Open the XMR to BTC guideBTC to XMR comparison
Send Bitcoin on mainnet and compare which live provider pays the strongest Monero output for your amount.
Open the BTC to XMR guideXMR to USDC comparison
Swap Monero into native USDC on Ethereum and compare timing, payout, and provider policy details first.
Open the XMR to USDC guideUSDC to XMR comparison
Send Ethereum-mainnet USDC and compare the Monero payout you can expect before you confirm a route.
Open the USDC to XMR guideXMR to USDT comparison
Compare Monero to Ethereum-mainnet USDT routes when you want a dollar-denominated asset instead of ETH.
Open the XMR to USDT guideUSDT to XMR comparison
Send USDT on Ethereum and compare live provider routes that settle into Monero on your destination wallet.
Open the USDT to XMR guideHow Heka Works
Keep the first experience simple: pick what you send, pick what you want back, compare the providers, then confirm once to reveal the exact deposit instructions.
- Choose the asset and network you are sending from.
- Choose the asset and network you want to receive.
- Paste the wallet address where funds should arrive after the swap.
- Review the provider options, rates, timing, and compliance disclosures.
- Confirm once and send only to the deposit address shown afterward.
Need a Wallet First?
Some people reach the swap before they have a wallet ready. This section gives them a simple self-custody path before they buy or swap anything.
- Choose a wallet that supports the chain and asset you want to receive.
- Create the wallet and write down the recovery phrase offline.
- Copy the receive address directly from the wallet app.
- Paste that address into Heka before you request a quote or buy crypto.
For Monero users, Cake Wallet is a well-known third-party wallet option. Heka does not claim any partnership or endorsement unless explicitly stated.
For Ethereum and EVM assets, users should choose a wallet that clearly supports the exact network they plan to receive on.
Always verify wallet support for the destination chain before sending funds.
Run Your Own Monero Node
For intermediate users who care more deeply about privacy, reliability, and self-sovereignty, running your own Monero node is a meaningful next step.
Using your own node reduces dependence on public remote infrastructure and gives you more direct control over how your wallet talks to the Monero network.
Expect disk usage for the blockchain, regular syncing, and some ongoing maintenance. This is not the first step for every user, but it is a strong step for privacy-focused users.
- Run a local or home-server Monero daemon.
- Let it sync fully before relying on it for daily use.
- Point your wallet to your own trusted node.
- Only expose remote access if you understand the privacy and security tradeoffs.
Opening a node to the public internet, misconfiguring logs, or running it on a weak host can undo some of the privacy benefits you were trying to gain. Treat remote-node hosting as an operational decision, not just a checkbox.
This is best for intermediate users who already understand wallets, seed phrases, and basic Monero usage. Heka can guide the path, but node operation is still the user's responsibility.
Deposit Instructions
Confirm a swap to reveal the send instructions.
Manual refresh only.
Commission tracking details will appear here for commission-enabled providers.
Operator mode