So is it totally GPU resistance 
for now...
Topic: [ANN] HIVE POW/POS | HIVE Algo | No Premine | CPU mining | Takeover |ReLaunched - page 8. (Read 11226 times)
September 28, 2015, 06:23:55 PM
September 28, 2015, 06:23:00 PM
So is it totally GPU resistance
September 28, 2015, 06:22:10 PM
Unfortunately the same slow block download times
Its normal because the starting diff is very low for this algo that why on the start there will be too many orphans until the blockchain correct to the highest chain.
it is normal to a point but with 3 connections 1 bloc/ second is very low. this should be tweaked if the coin reaches some popularity there is something wrong with the block broadcasting time
September 28, 2015, 06:18:30 PM
Unfortunately the same slow block download times
Its normal because the starting diff is very low for this algo that why on the start there will be too many orphans until the blockchain correct to the highest chain.
September 28, 2015, 06:17:03 PM
few confirmed
September 28, 2015, 06:16:00 PM
Unfortunately the same slow block download times
September 28, 2015, 06:14:26 PM
All orphans 
September 28, 2015, 06:12:03 PM
So you did an audit on the code for exploits?
Yes, and everything is clean now.
September 28, 2015, 06:09:14 PM
So you did an audit on the code for exploits?
September 28, 2015, 06:06:13 PM
wrong link... no access to source
September 28, 2015, 06:05:41 PM
HIVE
GPU/ASIC Resistant
Please note, this is a total relaunch and takeover of the coin, no virus no shit, make sure to remove the old hive blockchain folder and wallet if any.
The new Hive proof-of-work mining algorithm is a combination chain of shabal, blake, keccak along with the Pomelo Password Hashing Algorithm.[whitepaper]
* Features
Hive Algorithm:
- Efficiency through large memory usage.
- Proficient against low memory attacks.
- Strong against cache timing attacks.
- Geared against strong attacks by GPU usage.
- ASIC or FPGA attacks resistant .
Schnorr Signature Validation:
Principal Investigator: Patrick Strateman
Instead of DER-encoded ECDSA signatures over the secp256k1 curve, the CHECKSIG and related operators now use densely packed Schnorr signatures over the same curve.
The advantages are:
- Efficient threshold signatures for n-of-n. Multiple Schnorr signatures can be combined to end up with a signature valid for the sum of the public keys, so arbitrarily large n-of-n multisig can be done by only communicating the single sum signature, which can be verified with a single CHECKSIG operation.
- Smaller signatures (64 bytes instead of 71-72) with none of the problems that DER encodings have caused for Bitcoin. Potential support for batch validation (up to a factor 2 speedup to verify groups of 32 signatures at once). This requires knowing the R.y coordinate (ECDSA ignores this) and at the script level, guaranteeing that all signature verification failure results in script failure (i.e., all CHECKSIG operators behave like CHECKSIGVERIFY). Stronger security proof.
- Provably no inherent signature malleability, while ECDSA has a known malleability, and lacks a proof that no other forms exist.
- Slightly faster to sign/verify than ECDSA.
* Hive Distribution
PoW
- 1,000,000 HIVE for the first 10,000 PoW blocks with 100 HIVE each being mined during the first week followed by 1 HIVE PoW rewards indefinitely.
- Block time is 60 seconds.
- Difficulty re-target is 60 Minutes.
PoS
- 200,000 HIVE for the first 20,000 PoS blocks with 10 HIVE being staked during the first two weeks followed by 1 HIVE PoS rewards indefinitely.
- Stake minimum age is 4 hours.
* Wallet
Windows
https://bitbucket.org/HIVEcryptocoin/hive/downloads/hive-qt.zip
Source
https://bitbucket.org/HIVEcryptocoin/hive
Code:
addnode=45.32.239.226
CPU-miner: https://bitbucket.org/HIVEcryptocoin/cpuminer-hive
Mining Pool
* Roadmap
TBA
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