Illustrative example · Computer repair shop
How a computer repair shop could accept crypto
An illustrative walk-through of a repair shop with a tech-comfortable customer base, where crypto-savvy clients and mid-size tickets make it a natural fit.
This is a composed educational scenario built to show how the pieces fit for this kind of business. It does not describe a real CryptoLic customer, and it promises no particular result. Any figures are illustrative. We do this instead of testimonials so nothing here can be mistaken for a real endorsement.
Picture a computer repair shop whose customers skew tech-comfortable, some already holding crypto. Tickets run from a small fix to a full rebuild, and the shop sometimes takes a diagnostics deposit before starting work.
This example follows how such a shop might add crypto, where the customer base makes adoption easy. Figures are illustrative and used to show the decision, not to predict a result.
At a glance
| Business | Computer repair shop |
|---|---|
| Typical ticket | $40 fix to $600 rebuild (illustrative) |
| Current methods | Cards and cash |
| Goal | Meet a crypto-savvy customer base and cut fees |
| Equipment added | None beyond the counter device |
How they take payment today
Cards and cash at the counter. Several customers have asked about paying in crypto, and card fees on mid-size repair totals are a steady cost.
The pain points that started the question
- Customers actively asking to pay in crypto.
- Card fees on mid-size repair tickets.
- The occasional dispute over a diagnostics deposit.
Why crypto came up
When your customers already hold crypto and ask to use it, meeting that demand is straightforward and welcome. A non-reversible diagnostics deposit is a bonus, and fees can come in below cards.
The initial concerns
- "Which rail?" Lightning for small fixes, on-chain fine for larger rebuilds.
- "Deposits?" A clear written policy, non-reversible by nature.
- "Do we hold Bitcoin?" A choice; this shop auto-converted to dollars.
How they researched it
The owner took the readiness quiz, read the which-businesses-benefit FAQ to confirm the customer-demand fit, and checked the POS Compatibility Center for register fit.
The decisions they landed on
- Method: both rails, chosen automatically by amount.
- Custody: a processor with dollar settlement.
- Deposits: a written, non-reversible diagnostics-deposit policy.
- Checkout: a dynamic QR at the counter.
The implementation, step by step
- Chose a both-rails processor with dollar settlement.
- Wrote a plain diagnostics-deposit policy.
- Set up a dynamic QR at the counter.
- Told the crypto-asking regulars it was live.
Equipment and costs
No new hardware. The cost was the conversion fee, often below card fees on mid-size tickets. Illustrative and service-dependent.
Lessons worth keeping
- When customers ask for it, adoption is the easy part.
- Non-reversible deposits paired well with a written policy.
- One both-rails setup covered fixes and rebuilds.
Common misconceptions and pitfalls
- Pitfall: assuming a tech-savvy crowd needs no how-to-pay prompt; a short one still helps.
- Pitfall: non-reversible deposits without an agreed policy.
- Misconception: you must hold Bitcoin; auto-conversion keeps you in dollars.
Recommended next steps for a similar shop
- Take the readiness quiz with your customer base in mind.
- Read the which-businesses-benefit FAQ.
- Check register fit in the POS Compatibility Center.
- Write a clear diagnostics-deposit policy.
The CryptoLic resources used in this example
- Merchant Readiness Quiz
- Which businesses benefit most from crypto?
- POS Compatibility Center
- Payment Solutions Center
Every business is different. The best next step is to take the readiness quiz and get a plan matched to your own numbers, then dig into the resources above.
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