Integral Digital

Crypto Connectivity

Access up to 90% of global digital asset liquidity through a single, institutional-grade connection.

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Value at every level

For your business

Establish secure, normalized access without managing fragile, venue-specific integrations.

For your desk

Operate with confidence with FX-battle-tested connectivity for 24×7 crypto markets.

For your clients

Provide consistent market access and dependable pricing across venues, products and trading models.

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Key benefits

One connection

Access over 90% of global crypto liquidity through a single, standardized connection, reducing API integration & mainenance overhead.

Reliable access

Overcome unstable crypto connectivity with infrastructure that normalizes messaging, delivers 99.99% uptime & ensures automatic failover.

Institutional-grade

Maintain continuous market access with low-latency connectivity engineered for mission-critical trading environments.

Multi-protocol connectivity

Support automation-first, API-driven workflows across REST, WebSocket and FIX connectivity.

Battle-tested infrastructure

Leverage FX battle-tested architecture delivering high availability and performance, with proven operational maturity in digital assets.

Operational resilience, 24×7

Maintain reliable market access with continuous monitoring, support and controls designed for always-on crypto markets.

How it works

Built for institutional crypto access

Integral’s vendor-agnostic infrastructure provides unrestricted access to the crypto liquidity ecosystem, abstracting venue complexity through a normalized connectivity layer that standardizes access and behavior across markets.

Consistent API behavior across venues

Standardize order handling, market data, and connectivity behavior across fragmented crypto venues, delivering predictable performance even when native exchange APIs are unstable.

Resilient by design

Connectivity is engineered for continuous operation, with monitoring, rate filtering, failover, and operational controls built to meet institutional uptime expectations.