❓What's the deal with
#Digibyte algo ❓
Let's break down this complicated (important) aspect of
$DGB 🔄 The algo changes every ~10 days
DGB Odocrypt mining algorithm shuffles its rules about every 10 days
That’s ~36 changes per year ‼️
💡Why this matters 💡
🤖ASICs are expensive machines built to do one job.
When the rules change, ASICs can’t adapt; they become useless.
FPGAs can adjust, but they’re slower and more expensive to maintain
Result: no single group can dominate mining.
🧩 What is an FPGA?
An FPGA is a type of computer chip that can be reprogrammed after it’s made.
It's like Lego blocks for hardware. You can rearrange them to do different tasks when needed. 🧱
⛏️ Why FPGAs matter in crypto (and
$DGB )
⚡️When a blockchain changes its mining rules, FPGAs can be reconfigured. ASICs can’t, they break or become obsolete.
🌐This helps prevent mining from being controlled by a few large players. 🌐
🛡️ Extra protection built in
DGB uses 5 different mining algorithms, not just one.
🦾One of them is permanently ASIC-resistant, by design.
This spreads mining power across:
⛏️Home miners
🪙 Small operators
🖥️ Different types of hardware
⚡️💡Why you should care💡⚡️
The unique nature of the DGB algorithm:
🌐Keeps the network decentralized
💸Prevents “rich get richer” mining monopolies
💙Makes home and small-scale mining viable
🦾🔒Strengthens security long-term. 🔒🦾
Keep stacking!