# ChainFX Payments

**Canonical:** https://apis.io/providers/chainfx-store/  
**Website:** https://chainfx.in/  
**APIs profiled:** 1

ChainFX Payments provides a digital FX payments platform enabling instant buying and selling of digital assets such as USDT and EURUSD with real-time PIX settlement. It offers a suite of free crypto and forex trading tools, fee calculators, and exchange comparisons, serving users in India, UAE, and globally. The service is web-based, free to use, and emphasizes transparency and security.

## Kin Score — 8.4 / 100 (minimal)

Scored 2026-11-06 under rubric 0.27.0.

| Facet | Score |
|---|---|
| Discoverability | 62.5 |
| Contract Quality | 0.0 |
| Contract Governance | 0.0 |
| Operational Transparency | 0.0 |
| Developer Ergonomics | 8.3 |
| Access Clarity | 10.5 |

Regulatory layer — **Payments**: 8.9 (matched via tags).

## Agent readiness — 3.1 (human-only)

| Dimension | Value |
|---|---|
| Spec Presence | no |
| Agentic Access | no |
| Reversibility Documented | no |
| MCP Server | documented |
| Auth Clarity | no |
| Idempotency | no |
| Error Semantics | no |
| OpenAPI Examples | no |
| Rate Limit Signal | no |
| Event Surface Described | no |
| Agent Skills | no |
| Well Known Catalog | no |
| Consent Identity | no |
| Agent Card | no |
| Dry Run Mode | no |
| Delegated Identity | no |
| Protected Resource Metadata | no |
| Dynamic Client Registration | no |
| Agentic Commerce | no |
| Pagination Ratio | na |
| Operation Distinctiveness | na |
| MCP Tool Quality | na |

## Access

Unknown — onboarding: unknown, pricing: unknown, trial: no (confidence: low).

## APIs (1)

- **ChainFX API** — ChainFX provides a digital FX payments platform with tools and calculators; API details are documented on the website.

## Security (1)

- **Chainfx Store Domain Security** — TLSv1.3 · DMARC

## Tags

Fintech, Payments, Cryptocurrency, Foreign Exchange, Tools

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Profiled by [API Evangelist](https://apievangelist.com) and published on [APIs.io](https://apis.io/providers/chainfx-store/). Scores are computed from the provider's own public artifacts under a published rubric.