Bismuth (BIS)

24h Change -1.04%

24h High $0.00881

24h Low $0.00864

24h Volume $4

Max Supply: 0

Circulation: 37,416,802.209

Market Cap: $323,852

BIS
USD

Listing Date:
2024-02-01, 08:37:22

Network:
Bismuth Main Chain

Asset Type:
Coin

Primary Markets (2 active)

Total Market Volume: ~$4

Liquidity Pools (2 Active)

Total Pool Liquidity: ~$606

Market Volume
$2.3
$2.19

Hot Wallets

Deposit
Block #4290955 @ 6.19 min ago

Balance: 144.49711365

Updated: 3.23 min ago

Withdraw
Block #4290955 @ 6.19 min ago

Balance: 97394.30476254

Updated: 3.23 min ago

Highlighted Assets

Top Volumes

MOTA/USDT
MotaCoin

Volume: $181756 $0.004978

PPKAS/USDT
PPKAS

Volume: $114565 $0.00064886

MBC/USDT
MicroBitcoin

Volume: $114104 $0.00003466

Biggest Gains

KFN/USDT
Kafeniocoin

+613.64% $0.000157

FREN/DOGE
Frencoin

+53.92% $0.00000189

ERFC/USDT
Endless Runner Fish

+31.43% $0.00000046

About Bismuth

Bismuth, the first-ever Python blockchain, had a fair launch in May 2017 as a Proof-of-Work layer one platform. Unlike traditional cryptocurrencies, Bismuth is built from scratch and delivers a unique architecture that sets it apart in the crypto world.

At its core, Bismuth operates on a custom SHA-224 Proof-of-Work algorithm for its main-chain, is an account-based system supporting multiple crypto schemes (RSA, ECDSA, ED25519), creates blocks on a 1 minute target block time, Proof-of-Work difficulty retargets every block, complemented by a dynamic Proof-of-Stake-based side-chain. This combination strikes a balance between security and scalability, ensuring a robust and efficient blockchain ecosystem.

What truly distinguishes Bismuth is its simplicity and flexibility. Developers can utilize Bismuth's unique plugin system to add custom features, write smart contracts and logic in their preferred language, including Python. This adaptability not only empowers developers but also enhances scalability, transaction speed, and overall security.

Bismuth's commitment to innovation is evident in its pioneering achievements, which have been recognized in peer-reviewed scientific publications. These include novel difficulty adjustment algorithms, the introduction of side-chains, innovative POS/POW interactions.