Saronic replaces fragmented desk tooling with a single governed runtime. Deterministic execution, full lineage, self-serve change control, and decision latency in the µs–ms range. Built for buy-side and sell-side operations.

Saronic covers the core operational surface of a trading desk: pricing, risk, limits, and data transformation. Each workflow is deterministic, auditable, and governed from a single platform.
Deterministic price calculations across instruments and scenarios. Market move to desk response with no lag, no hidden state, and full lineage on every output.
Continuous risk assessment with versioned logic and complete execution lineage. Every risk figure is traceable to its exact inputs and the model version that produced it.
Automated, governed limit enforcement with instant breach alerting. Rules are versioned, auditable, and visible to compliance; not buried in application code.
Deterministic data pipelines feeding operational logic. No silent transformation failures. No discrepancies between what the desk sees and what risk is using.
Capital markets trading and risk operations combine the highest latency requirements, the strictest audit obligations, and the most acute cost of failure of any sector. If the platform works here, it works everywhere. Finance is the beachhead, not the ceiling.

$9M/hour — average cost of trading infrastructure downtime. $400M+ — regulatory fines for inadequate controls (Citi, 2020). µs–ms — latency mandates for competitive execution. $500k–$5M+ — annual spend per desk on tooling that was never designed to work together.
Essential answers for technical teams.
On-premises, private cloud, and edge. Multi-tenant SaaS is not offered. Every production deployment is isolated by design, which is a requirement in regulated environments, not an afterthought.
At the execution layer. The runtime guarantees identical inputs produce identical outputs regardless of environment, timing, or concurrent load. This is structural, not a testing convention.
Saronic targets the µs–ms range for end-to-end decision latency. Exact figures depend on logic complexity and deployment topology, but the runtime is built for real-time, event-driven workloads.
Logic changes are self-serve, versioned, and governed. Every promotion creates an auditable record. Teams can deploy, roll back, or replay any logic version independently, without waiting in an engineering queue.
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For pilot enquiries or technical questions, reach out directly.