Crypto-funded virtual Visa card for instant online payments
Institutional-grade prediction market data, arbitrage intelligence, and cross-venue order book normalization
Stage
Startup
Not given
Founded
2026
Not given
Based in
Not given
Not given
Pricing model
Paid
Not given
Pricing
5% top-up fee when loading funds. No purchase fees, no monthly subscriptions, no hidden charges.
Hobbyist: Free ($0/month) with 30 req/min rate limit and 24h lookback. Quant Pro: $30/month (billed monthly) or $24/month (billed annually, save 20%) with 180 req/min, 90-day archives, and 1M rows/day export. Institutional: $100/month (billed monthly) or $80/month (billed annually, save 20%) with 60
Key features
Instant card issuance in 30 seconds
Fund with 50+ cryptocurrencies including Bitcoin, Ethereum, USDT, USDC, Solana, and more
Merchant-locked cards restricted to single vendor
Single-use disposable virtual cards
Custom spending limits adjustable by day, week, or lifetime
Real-time transaction monitoring and fraud detection
Instant card freeze capability from dashboard
256-bit SSL encryption and PCI DSS compliance
Works globally at 50 million+ merchants in 150+ countries
Millisecond L2 reconstruction with dual timestamping
Settlement fungibility scoring (0–100)
Cross-venue canonical pair matching and symbology
Real-time WebSocket feeds and REST API endpoints
Event-driven backtesting engine with latency modeling
Python and TypeScript SDKs
Parquet tick archive downloads
Market metadata and settlement provenance catalog
What makes it different
Single flat 5% top-up fee with zero purchase fees and no hidden charges
Cards issued instantly in 30 seconds without bank account or credit check
Support for 50+ cryptocurrencies and multiple funding options
Full spending control with merchant-locking and disposable card options
24/7 customer support with average response time under 2 minutes
Covers seven prediction market venues in a single normalized API
Quantifies settlement risk with 0–100 fungibility scoring on oracle divergence and cutoff mismatches
Eliminates backfill problem with continuous millisecond-level historical L2 reconstruction