Coin Name: Mochimo
Ticker Symbol: MCM
Launch Date: 11:40 PM UTC 06/25/18 - Main Net is LIVE
Short Description: Quantum-Proof Cryptocurrency
Maximum Supply: 76,533,882 MCM
Network TX Fee: .0000005 MCM (fixed)
Starting reward: 5.0 MCM / Block
Per Block Reward Increment (through Block 1,048,576, 11 Years): .000056 MCM
Max Reward (Block 1,048,576): 63.720144 MCM
Per Block Reward Decrement (through Block 2,097,152, 22 Years): .000056 MCM
Final Reward (Block 2,097,152): 5 MCM
Total Mining Duration: ~22 years
Social Media / Websites:
Website: http://www.mochimo.org
Discord Channel Invite: https://discord.gg/J3qCEqb
Twitter: @mochimocrypto
Reddit: https://www.reddit.com/r/mochimo/
GitHub: https://github.com/mochimodev/mochimo
Premine Details:
Bitcoin Parity Payment: Mochimo originally planned to conduct a BTC Airdrop with a 1 to 1 match, however this Airdrop was canceled due to the new regulatory environment.
Premine Details:
Total Premine: 6.34% (4.76M MCM)
Dev Team Compensation Premine: 4.18% (3.2M MCM)
Other Premine (Matt Zweil’s Discretion): 2.16% (1.56M MCM)
Genesis Block: June 25th, 2018
Mining:
Mineable Coins: 71,776,816 (93.8%)
Mining Algorithm: Trigg's Algorithm - PoW (Mochimo Custom CPU-Only, ASIC Resistant)
Difficulty Adjustment: Every Block
Block Re-Targetting Time: 337.5 Seconds
White Paper Release Date:
Thursday, May 3rd, 2018
Quantum-Proof DSA:
WOTS+ Huelsing & Rijneveld's Variant, link below:
https://datatracker.ietf.org/doc/draft-irtf-cfrg-xmss-hash-based-signatures/
ICO Details:
No ICO
Summary:
Mochimo is a blockchain-based 3rd generation cryptocurrency that has been designed from the ground up to be a quantum-proof transaction network. The implementation solves a number of existing problems with crypto, most notably the susceptibility of the ECDSA algorithm to quantum-computing based attacks.
CHANGELOG:
1. We added a -F switch to filter private ip's from the recent and current peer lists. isprivate() in util.c has the discriminator for RFC1918 address spaces.
2. We set get_eon() to time-out in 10 minutes and restart(). This will reload the coreip.lst and start over if a node dies on resync.
3. Patch level 27 had the recent peer list length set to 200, but the maximum number of block request it allows at one time is 32. Patch level 28 sets the recent peer list length also to 32. This combined with the -F switch should reduce network traffic, and keep the lists fresh (improved network randomness).
4. We changed peer list management in Patch Level 28. OP_GETIPL requests now add peers to current list as well as recent list. We removed the recent peer requirement for an OP_FOUND block fetch and added addcurrent() and addrecent() to a successful block update. We added addcurrent() to OP_GETBLOCK and OP_GET_TFILE in server.c. In this way, peers will be able to receive mirroring without sending an OP_TX, send_found() will be much faster (faster global sync), and the lists should stay fresh (improved network randomness).