DerivFabric by Ephiquant
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DerivFabric by Ephiquant

Governed derivatives intelligence infrastructure

Pricing you can explain. Risk you can govern. The layer between mathematical code and production use — validation, reproducibility, model governance, APIs and private deployment.

102+
Implemented and named product surfaces across the engine and structured-product API
93
Registered pricer implementations across the governed pricing registry
24
Model modules with versioning, limitations and validation status
6
Maintained client SDKs: Python, TypeScript, Rust, Go, Java and .NET
Product family

One governed stack, eight ways in

Every product shares the same engine, the same validation evidence and the same governance surface.

Engine
Pricing and analytics core. Deterministic builds, reproducible runs, no runtime to patch.
Cloud
Managed analytics with REST, gRPC and GraphQL APIs. OpenAPI 3.1 and protobuf contracts.
Markets
Web workspace for structured products, pricing and scenario analysis.
Validate
Independent valuation, reconciliation and model-validation evidence.
Risk Grid
Distributed risk engine for portfolio-scale sensitivities and scenarios.
Connect
White-label SDKs and private APIs embedded in your platform.
Services
Implementation, model governance and quant advisory.
Academy
Practitioner training on models, governance and the platform.
Why the layer matters

A pricing model is not a production system.

Getting a number is the easy part. Defending it to a model-risk committee, reproducing it six months later, and running it inside your own infrastructure is where teams lose quarters — and that is the layer DerivFabric sells.

Every result carries its model, version, conventions and numerical profile. Where a method is an approximation, we say so — in the API response, in the docs and in the report.

Market-standard models
The models desks already use, implemented to their published specifications — not simplified re-derivations.
Closed-form where closed form exists
Analytic solutions wherever the mathematics admits one, with numerical methods reserved for cases that require them.
Full transparency into the calculation
Every result exposes its model, version, conventions and numerical profile. Approximations are labeled as approximations.
Open contracts
REST (OpenAPI 3.1), gRPC/protobuf and GraphQL, with maintained Python, TypeScript, Rust, Go, Java and .NET SDKs.
Private deployment
Run in your VPC or on-prem. Your market data, your redistribution rights, your keys.
Start here

Two pilots, ninety days

VALIDATE PILOT
Independent pricing & model-validation evidence

Reconcile your book against an independent, source-linked pricing stack. Reproducible reports your model-risk function can file, with every number traceable to a published method.

Request the pilot proposal →
EMBEDDED PILOT
SDK or private API inside your platform

White-label pricing and risk for fintechs, brokers, treasury and structured-product platforms. OpenAPI 3.1, gRPC and GraphQL contracts, six maintained SDKs, Rust-native performance and private deployment.

Talk to engineering →
Model coverage

Representative model coverage, not a public inventory.

We publish enough to show the shape of the platform. The full model, product and pricer matrix is shared during pilot scoping against the trades you actually need covered.

Need to verify a specific product or model family?Request the pilot matrix →
Equity & volatility
Vanilla, path-dependent and volatility-linked workflows, with model choice governed per desk policy.
Rates
Curve construction, swaption and callable-rate workflows, with calibration evidence retained for review.
Numerical methods
Closed-form, tree, PDE, Fourier and Monte Carlo families selected by instrument and evidence requirement.
Structured products
Issuer-style templates and payoff DSL coverage for the common note families buyers ask to validate.
Conventions
Greeks, day counts, discounting and quoting to established desk practice — configurable, never assumed

Bring us a trade we should get right.

Send a representative trade, your conventions and your expected result. We will show you exactly where DerivFabric lands, and where it does not.

Request a pilot