Frequently Asked Questions

No. Malairte is designed to be mined on CPUs and GPUs that most people already own. A modern desktop, a gaming PC, or even a recent laptop can mine MLRT. There is no ASIC for Malairte, and that is intentional - the goal is to keep mining accessible so anyone can participate, not just industrial operators.

Yes, with some care. Modern laptops have capable CPUs and many gaming laptops have decent GPUs, so they can mine MLRT. The two things to watch are heat and battery. Laptops have small cooling systems compared to desktops, so run on a hard surface, keep vents clear, and consider raising the back with a small stand. Always run on AC power, never on battery, and cap the power draw so the fans do not run flat-out continuously. Many laptop miners run only when the lid is open and the user is around, not 24/7. Treat it as a learning rig or an occasional contributor rather than a workhorse.

Work through this list in order. First, confirm the miner connected to the pool - look for a line like "connected to" or "logged in" in the output. If you see "connection refused" or "host not found" the pool URL or port is wrong. Second, verify your wallet address is correct in the config; a typo means the pool rejects every share. Third, give it time - on a slow CPU it can take several minutes to find your first share at default pool difficulty. Fourth, check your firewall is not blocking the outbound connection. Fifth, look for "no jobs" or "stale" messages, which usually mean network instability. If you have done all of that and still see nothing after 15 minutes, switch to a different pool to rule the pool out.

Generally yes, with sensible precautions. A modern desktop is designed to run continuously - servers do it for years. The risks at home are dust buildup, heat, and a poor-quality power supply. Clean the dust out every few months with compressed air, monitor temperatures with a tool like HWMonitor or lm-sensors, and make sure your PSU is from a reputable brand and not overloaded. Use a surge protector or a UPS if you have unstable mains power. Do not leave a laptop mining unattended for days at a time - they are not built for it. And keep the room ventilated; even a single PC adds noticeable heat to a small room in summer.

Mining is not inherently more damaging than other sustained workloads like gaming, video rendering, or scientific computing. What matters is heat and dust. A GPU running at 65 degrees Celsius for years will be fine; one running at 90 degrees Celsius constantly will not be. Keep temperatures in the safe range by capping power, cleaning fans, and ensuring good case airflow. Replace thermal paste on older cards after a couple of years if temperatures creep up. Avoid aggressive overclocks - the small hashrate gain is not worth shortened hardware life. With reasonable settings, the hardware will likely become obsolete long before it physically wears out from mining.

No, and you probably should not. The miner only needs your receive address, which is a public string of characters - not access to the wallet itself. You paste the address into the miner config once, and from then on the pool sends rewards to that address. Your wallet (and your private keys) can stay closed on a separate, offline machine for safety. Many experienced miners do exactly this: a dedicated mining PC that only knows the receive address, and a separate well-protected machine or hardware wallet that actually holds the keys. This way, even if the mining PC is compromised, the funds are not at risk.

Look at a few practical factors rather than chasing the biggest one. First, pick a pool with a server geographically close to you, because lower latency means fewer stale shares. Second, check the fee, which is usually 1-2 percent; anything much higher should make you cautious. Third, look at the payout threshold and method so you know how often and how you will be paid. Fourth, favour pools that are not enormous, because a healthy network spreads hashrate across many pools rather than concentrating it in one. Finally, confirm the pool has a working status page so you can verify your shares are landing. Try one for a day, watch your accepted share rate, and switch freely if it underperforms.

A rejected or stale share is work your miner submitted that the pool could not credit, usually because someone else found the same block microseconds earlier or the share arrived after the round closed. A small rate, around one to two percent, is completely normal and not worth worrying about. If rejects climb higher, the usual causes are an unstable or slow network connection, a pool server that is far away, or an aggressive overclock that makes the hardware produce occasional invalid results. Try a closer pool server first, then check your connection, then dial back any overclock. You are not losing your valid shares; only the late or duplicate ones are dropped.

Several ordinary things explain a gap. Thermal throttling is the most common: if your CPU or GPU is hot, it quietly slows itself to protect the chip, so check temperatures first. Next, your thread count or power limit may be set conservatively, which trades hashrate for quiet and cooler running. Background programs, a different miner version, or older drivers can also cost output. Memory speed matters a lot for Malairte because the algorithm is memory-hard, so slower RAM lowers CPU mining results even with the same processor. Finally, remember that headline numbers others quote are often peak figures on a tuned, dedicated rig, not a shared everyday PC. A lower number is usually a setting, not a fault.

It depends entirely on what you mine with and how hard you push it. A CPU-only setup on a laptop or office PC might add only 40 to 90 watts above idle, while a desktop running a power-hungry GPU can add several hundred watts. The only reliable way to know your own figure is to measure it with an inexpensive plug-in power meter at the wall, which shows the real draw under mining load. Once you have the wattage, multiply by your local electricity rate to understand the running cost. You control this number directly: capping the GPU power limit and reducing CPU threads both lower consumption, usually for only a small drop in hashrate.

No, not for pool mining. When you mine in a pool, the pool runs the node and your miner only needs the pool URL and your receive address. This is why most beginners can start within minutes. Running your own full node becomes relevant if you want to solo mine, where your miner connects directly to your node and competes for whole blocks, or if you simply want to help decentralise and validate the network. A full node downloads and verifies the entire blockchain, which takes disk space and time to sync, but it is not a requirement for earning MLRT through a pool. Start with a pool, and run a node later if it interests you.