Discover how WizChains' 2M+ TPS blockchain enables applications impossible on traditional networks
WizChains TPS
Ethereum TPS
133,333x faster transaction processing
Traditional blockchains can't handle the data throughput required for these revolutionary use cases
High-frequency trading, real-time settlements, micro-transactions
Manufacturing, mining, supply chain, smart cities
Gaming, metaverse, social networks, content streaming
Traditional and DeFi exchanges suffer from slippage, latency, and front-running. Traders lose millions due to slow settlement times and network congestion.
1M+ TPS needed to support global order books, micro-transactions, and real-time price discovery across multiple trading pairs simultaneously.
Enables retail traders to compete with institutional high-frequency trading firms, democratizing access to advanced trading strategies.
Remote mining operations lose millions to theft, equipment failure, and regulatory non-compliance. Traditional monitoring systems are vulnerable to tampering and provide delayed alerts.
Millions of sensor updates per second across multiple mining sites, with GPS tracking, environmental monitoring, and security camera feeds.
Reduces mining theft by 90%, prevents equipment downtime worth millions, and ensures regulatory compliance for sustainable mining operations.
Critical health data requires millisecond precision and absolute trust. Traditional systems can't handle real-time streaming of medical telemetry while maintaining compliance and security.
High-volume per patient: Thousands of vital sign updates per second, especially in hospital networks and ICU monitoring systems.
Enables life-saving remote diagnostics in underserved areas, reduces medical errors through real-time AI analysis, and accelerates cancer research through secure data sharing.
Multi-hop shipments lose traceability across borders. $52 billion lost annually to supply chain fraud. ESG compliance requires real-time emissions tracking that current systems can't provide.
Millions of updates per hour for multinational networks tracking containers, pallets, and individual packages across global supply chains.
Eliminates counterfeit goods, ensures ethical sourcing, and enables consumers to verify the sustainability and authenticity of every product they purchase.
Cities generate petabytes of data from cameras, sensors, and traffic systems with no unified, trusted ledger. Coordination between systems is manual and inefficient.
Millions of signals per second from distributed endpoints including traffic lights, sensors, cameras, and citizen devices across metropolitan areas.
Reduces traffic congestion by 40%, optimizes energy consumption, improves air quality, and creates responsive urban environments that adapt to citizen needs in real-time.
Blockchain gaming is limited by slow settlement speeds. Players experience frustrating delays in asset transfers, tournament results, and in-game economies can't operate in real-time.
100K+ TPS per game shard: Each metaverse region or game instance requires massive throughput for real-time player interactions and economy management.
Creates truly decentralized gaming economies where players can earn real income, enables esports with transparent and instant payouts, and builds metaverse experiences with seamless asset interoperability.
Mesh networks like Helium struggle to scale without high transaction throughput. Participants can't be fairly compensated in real-time for bandwidth, storage, or compute contributions.
National-scale infrastructure: Millions of micro-transactions per second to support country-wide networks of distributed infrastructure providers.
Enables community-owned internet infrastructure, reduces reliance on centralized providers, and creates new economic opportunities for individuals to monetize their unused resources.
Traditional carbon credit systems are slow, opaque, and often gamed. Companies struggle to verify the actual environmental impact of their offset purchases in real-time.
Continuous micro-updates: Thousands of updates per second from carbon sinks, farms, solar panels, and offset projects worldwide.
Eliminates greenwashing, ensures carbon credits represent real environmental impact, and accelerates global transition to sustainable practices through transparent, verifiable markets.
The limitations that prevent existing blockchain networks from supporting these revolutionary applications
TPS for HFT systems
IoT sensor updates/sec
Gaming transactions/sec
Medical data points/sec
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