Most mining offers you see in 2026 fall into two familiar categories: small hosting providers working out of improvised facilities or cloud-mining schemes where you never see the actual equipment. Anyone with experience in crypto knows this pattern well. Mining itself is not the issue. Weak infrastructure is.
Hashport takes a different route. It is built on EMCD’s own mining backbone, the same network that industrial miners connect to. EMCD operates one of the world’s top ten Bitcoin pools, supports infrastructure across more than 120 countries, and holds a 4.9 rating on Trustpilot. The platform has gone through multiple market cycles, several hardware generations, and has earned industry awards for operational consistency. When a user connects a miner through Hashport, they are joining a system that is already proven, not something assembled for a crypto marketing campaign.
This matters because Bitcoin has returned to mainstream conversation in 2026. Institutions treat it seriously, retail interest keeps rising, and users in the United States and Canada are revisiting an old question: should they keep buying bitcoin or look for a smarter way to build a long-term position.
For many, the answer now includes mining again. Not the garage rigs of the past, but a setup where you own actual hardware running in a professional environment while the operational complexities stay off your plate. That is exactly what Hashport offers.
To understand why this model is gaining traction, it helps to look at what previously held mining back. The problem was never Bitcoin. It was logistics, electricity, maintenance, delivery delays, noise, unstable hosting, and opaque service providers. Hashport removes the conditions that made mining difficult and keeps the part that people actually want: owning real hardware that works in the right environment.
Traditional home mining came with a long list of headaches. You had to choose the right model, negotiate delivery, clear customs, find space, deal with noise and heat, watch electricity prices, and hope nothing broke. One missed detail could turn a promising project into an expensive disappointment.
EMCD Hashport was designed as a response to that reality. The idea is simple at its core: you own the miner, and EMCD takes responsibility for the conditions it runs in. You do not build a farm at home. You do not rent a warehouse. You get access to industrial-grade hosting that already exists.
The process is straightforward when you walk through it step by step.
1. You decide how many miners to run
You decide the number of miners. EMCD supplies high-performance hardware from top manufacturers, already selected and tested, so there is no need to pick individual models or revisions.
2. Hardware is placed in partner data centers
The miners are delivered to EMCD partner sites set up for continuous operation. These facilities are located in regions with low electricity costs and stable regulation, places like Paraguay or Ethiopia rather than a random industrial park. They have proper cooling, monitored power, and staff on site.
3. Miners connect to the EMCD pool
Once installed, your machines join EMCD’s own pool. The pool operates at about 30 EH/s and is consistently ranked among the top ten Bitcoin pools worldwide. EMCD has been running this pool for more than seven years, which gives users confidence that the infrastructure is not an experiment.
4. Rewards go to the payout address you choose
When a block is found and rewards are distributed, your share is sent to the Bitcoin address you specify. You are not forced into a specific wallet, which is important for US users.
5. Ownership is recorded and kept with you
Every miner is tied to you legally through EMCD’s Dubai-based entity. Hosting is a service. The hardware remains yours and can be documented as such.
Behind all of this, EMCD handles monitoring, routine maintenance, firmware updates, and on-site technical support. You are not expected to troubleshoot hardware remotely at three in the morning.
Most people considering mining in 2026 are choosing between three things: doing it at home, renting hosting from a small provider, or using a crypto platform like EMCD Hashport. The differences become clear when you look at the details.
| Feature | EMCD Hashport | Typical competitors or DIY |
| Data center infrastructure | Own and partner sites built for high-density mining | Mix of partner sites or improvised hosting, quality varies |
| Mining equipment | Direct supply from manufacturers, models pre-selected by EMCD | Case by case, often through resellers |
| Pool service | Own EMCD pool, around 30 EH/s, top 10 globally, promotional 0 percent pool fee in 2025 | Third-party pools, fees up to 4 percent |
| Technical support | Staff on site with ASIC experience | Often remote only or user-managed |
| Time to first reward | Typically within 24 hours after installation | Depends on provider setup |
| Electricity price per kWh | From roughly $0.06 or lower depending on site | Up to $0.08 or more |
The table is not theory. It reflects what many miners discover the hard way when they start with a small hosting company or attempt to run machines at home. Hashport packages the parts that work and removes the parts that turn into friction.
The typical user is no longer a hobbyist. EMCD Hashport tends to attract:
• People in the US and Canada who believe in Bitcoin long term but do not want their house turned into a server room
• Former home miners who remember noise, heat, and inconsistent uptime
• Small business owners who treat miners as infrastructure rather than a side crypto project
• First-time miners who want a clear structure and documented ownership from day one
They are not looking for a lottery ticket. They are looking for a controlled way to connect hardware to the Bitcoin network without managing every operational detail personally.
There is a lot of commentary online claiming that mining no longer works for smaller players. In many cases, those arguments come from home setups in high-cost regions or opaque cloud-mining schemes where users never see the actual machines.
Hashport approaches the problem differently. It gives individuals access to the same type of hosting conditions that industrial players use while keeping ownership clear. That does not remove market risk or guarantee a result, but it does address the practical reasons many people abandoned mining: unstable environments, unclear contracts, and weak infrastructure.
If someone believes Bitcoin will remain part of the financial landscape, owning hardware that supports the network can still be a rational part of their strategy, provided the hardware runs in the right place.
US users are operating in a more regulated and more scrutinised environment than in Bitcoin’s early years. They expect transparency, verifiable infrastructure, and clean separation of roles.
Hashport lines up with those expectations. The user owns the miner and chooses where rewards go. EMCD handles hosting and operation in clearly defined facilities. The pool has a measurable track record in hashrate and time in market. Nothing is hidden behind vague marketing language.
Mining stops being a messy experiment and becomes what it should have been from the start: a piece of infrastructure that you own, running in a place that was built for it.