Background
A network for everyone
Why this network exists, how it is built, and how it compares to what already exists.
The first cryptocurrencies promised that anyone could take part. Paritr is an attempt to keep that promise workable.
The motivation
When Bitcoin launched, mining ran on ordinary computers. Within a few years that was over: purpose-built chips arrived, then warehouses full of them. Today a handful of industrial operations produce most new coins, and an individual with a laptop has no realistic path in.
That is not a moral failing of anyone involved - it is the predictable result of a puzzle that rewards raw silicon. If you want participation to stay open, the puzzle itself has to be chosen differently. That is the whole idea behind Paritr.
How it is built
Paritr follows Bitcoin’s architecture closely: an 80-byte block header, a Merkle tree over the transactions, compact difficulty encoding, most-work-chain consensus. What differs are two deliberate decisions, described below.
The two decisions
What actually makes the difference
memory
A memory-hard puzzle
Instead of SHA-256 the proof of work uses scrypt with a 2 MiB scratchpad per hash. The cost is dominated by memory latency rather than gate count, which removes most of the advantage specialised hardware would otherwise have. It is the same footprint that kept ASICs away from CryptoNight for years.
groups
Rewards by proven work
Small miners normally need a pool operator to be paid regularly. Paritr builds that sharing into consensus itself: 95 % of each block reward is split by the share of proven work over the last 120 blocks. No pool, no operator, no fee - and no single point of control.
In context
How Paritr compares
Bitcoin and Monero are the obvious reference points: one defined the field, the other has fought the hardest to keep mining on general-purpose CPUs.
|
Bitcoin |
Monero |
Paritr |
| Proof of work |
SHA-256d |
RandomX |
scrypt (2 MiB) |
| Realistic hardware |
ASIC only |
CPU |
CPU |
| Payout for small miners |
External pool |
External pool |
Built into consensus |
| Block time |
~10 min |
~2 min |
60 s |
| Supply |
21 Mio. |
Tail emission |
Tail emission |
| Solo setup effort |
Not viable |
Moderate |
One command |
Bitcoin and Monero are mature networks with enormous security budgets and years of adversarial testing. Paritr is young and makes no claim to match that - the table compares design choices, not track records.
What Paritr is not
Paritr is not an investment product and makes no promise about value. It is infrastructure: a ledger, a currency, and the tools to use them.
It is also young software. Coins may lose all value, transactions cannot be reversed, and a lost key cannot be recovered by anyone. Use it with that clearly in mind.
The name
Paritr comes from the Latin pariter - equally, on equal footing.
Reference
Key figures
Algorithm
scrypt (N=2048, r=8) · 2 MiB
Block time
60 s
Difficulty retarget
every 60 blocks (~1 h)
Block reward
10 PAR
Halving
every 1,600,000 blocks (~3 years)
Maximum supply
None - tail emission
Reward maturity
10 blocks
Addresses
Base58Check · start with "P"
Full protocol details in the documentation arrow_forward
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