The New ASIC Coins: Mining Aleo and Alephium in 2026

Most mining coverage stops at Bitcoin and a handful of familiar altcoins. But two of the most interesting machines to appear in the last year do not mine any of them. They mine Aleo and Alephium, two young proof-of-work networks that each rethought what mining is for. One turns mining into useful cryptographic work; the other caps how much energy mining is allowed to burn.

Short version: Aleo is a privacy network where mining generates real zero-knowledge proofs, mined by MH/s-class machines like the Goldshell AE Box. Alephium is a sharded network using an energy-capped Blake3 design, mined by GH/s to TH/s machines like the Antminer AL1. Here is how each one works and what it takes to mine them.

As VoskCoin notes about Alephium’s design, its Proof of Less Work consensus:“uses 90% less energy than traditional Proof-of-Work systems like Bitcoin.”
- VoskCoin

Almost every proof-of-work coin, from Bitcoin to Kaspa, treats mining the same way: machines race to compute huge numbers of hashes, and the electricity spent doing it is simply the cost of security. The hashing itself has no other purpose.

Aleo and Alephium both break from that. Aleo replaces arbitrary hashing with zero-knowledge proof generation, so the work miners do actually powers the network’s private smart contracts. Alephium keeps hashing but caps how much of it the network demands, cutting energy use sharply. Two different answers to the same complaint about proof-of-work, and two different machines to match.

Why a retailer is writing this.  These are niche networks, so independent, accurate hardware information is thin. We stock and ship the machines for both, so this guide is the plain-language version, with every miner linked to its spec page if you want the detail.

Aleo is a layer-one blockchain built around privacy. It uses zero-knowledge proofs, specifically zkSNARKs, so applications can run and verify without exposing the underlying data. Its mainnet went live in 2024, making it one of the youngest ASIC-mineable networks in production.

The interesting part for miners is what the work actually is. On Aleo, mining means generating the zero-knowledge proofs the network uses, rather than hashing for its own sake. The mining algorithm is zkSNARK-based, and machines are rated in megahashes per second (MH/s), a different scale from the terahashes you see on Bitcoin.

GPU mining worked during Aleo’s testnet, but dedicated ASICs took over once the network went live. The first purpose-built unit was the Goldshell AE Box, and the lineup now spans the catalog’s Aleo miners category.

Alephium takes a different swing at proof-of-work. It is a sharded layer-one, meaning the network is split into groups that produce blocks in parallel, which lets it scale to thousands of transactions per second while staying mined rather than staked.

Its headline feature is the consensus design, called Proof of Less Work. At high network hashrate, the protocol lets miners burn a small amount of the coin to reduce the computation required, which caps energy use. The result, by the project’s accounting, is dramatically lower power draw than classic proof-of-work for the same security.

Mining uses the Blake3 algorithm, and Blake3 ASICs are genuinely efficient, in the range of 15 to 20 joules per terahash, comparable to mid-tier Bitcoin hardware. Machines are rated from GH/s up to TH/s, and the full set sits in the catalog’s Alephium miners category.

The two coins are easy to confuse because their hardware shares the same naming style (the AE series for Aleo, the AL series for Alephium). They are not interchangeable. Here is the side-by-side.

These are early-network plays, which is the whole appeal and the whole risk. Lower competition can mean a better share of rewards for early hardware, but young coins move violently in price, and a small network can see difficulty jump quickly as miners pile in.

Either way, the rule that governs every coin applies here too: your power rate decides profitability. A young coin on cheap or hosted power is a very different bet from the same machine on an expensive home meter.

The path is the same for both coins, just with different hardware.

What is an Aleo miner?
An Aleo miner is an ASIC built to mine the Aleo network, which uses a zkSNARK, zero-knowledge algorithm. Instead of plain hashing, it generates the cryptographic proofs Aleo uses for private smart contracts. Machines like the Goldshell AE Box and IceRiver AE series are rated in megahashes per second (MH/s).

What is an Alephium miner?
An Alephium miner is an ASIC built for Alephium’s Blake3 algorithm. Alephium is a sharded proof-of-work chain whose Proof of Less Work design caps energy use. Machines like the Goldshell AL Box, IceRiver AL series, and Bitmain Antminer AL1 are rated from GH/s up to TH/s.

Can the same machine mine both Aleo and Alephium?
No. Aleo uses a zkSNARK algorithm and Alephium uses Blake3, so they need completely different hardware. An AE-series machine mines only Aleo, and an AL-series machine mines only Alephium. Match the miner to the coin before buying.

Is mining Aleo or Alephium profitable in 2026?
It can be, especially on cheap power and as an early entrant while competition is lower, but both are young coins with volatile prices and rising difficulty. There is no fixed answer. Always run the specific machine, its wattage, and your power rate through a live calculator before buying.

Why does Alephium use less energy than Bitcoin?
Its Proof of Less Work consensus caps the computation the network demands. At high hashrate, miners can burn a small amount of the coin to reduce required work, which by the project’s accounting cuts energy use by roughly 90 percent versus traditional proof-of-work, while keeping the network mined.

What makes Aleo mining unusual?
On most coins, mining is pure hashing that exists only to secure the chain. On Aleo, the work is generating zero-knowledge proofs that the network actually uses to run private, programmable smart contracts. The mining effort has a second purpose beyond security, which is rare among proof-of-work coins.

Can you mine Aleo or Alephium with a GPU?
Both were GPU-mineable early on, and Alephium still has GPU support via Blake3, but dedicated ASICs now dominate both networks and are far more efficient. For competitive mining in 2026, purpose-built AE or AL machines are the practical choice.

Do these miners need special setup?
No. Like other modern ASICs, the AE and AL machines are plug-and-play: connect power and Ethernet, point the unit at a pool, and it runs. Many are Wi-Fi capable. The harder part is the economics, not the setup, so confirm profitability first.

Aleo and Alephium are the most genuinely new things in proof-of-work mining right now. One makes the mining work useful, the other makes it cheaper to run, and both are young enough that early hardware faces less competition than it will later.

That is the opportunity and the risk in one sentence. If you want to mine something other than the usual names, pick the network you believe in, match it to the right AE or AL machine, confirm the numbers at your power rate, and start small.

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