Developer — LedgerFlow

API-First

Your Schema Is the API

The API is generated from the data model rather than hand-written alongside it, so the documentation cannot drift from what the platform actually does. Every endpoint is described by OpenAPI, secured by bearer tokens, and governed by access rules enforced at the data layer.

Auto-Generated REST

Endpoints are derived from the model itself. There are no hand-written controllers to fall behind, and no gap between what the documentation promises and what the platform does.

Traffic Separated by Purpose

Transaction traffic, general API calls and heavy reporting queries are served through separate channels, so a month-end report cannot slow down live payments. Routing is handled for you.

OpenAPI & Swagger

Every endpoint is self-documenting through an interactive Swagger UI — explore, authenticate, and call the API straight from the browser.

Standards-Based Auth

Bearer tokens, with single sign-on through your existing identity provider. Authorisation is enforced at the data layer rather than in middleware, so it applies to every route in — including the ones you did not anticipate.

Webhooks Without Extra Infrastructure

A rule can push an event to your systems the moment it fires, with templating and automatic retry with backoff. Real-time callbacks, no polling loop, and no message broker for you to run and secure.

Time-Ordered Identifiers

Identifiers are time-ordered and generated without a central coordinator, giving capacity for 300 billion transactions. Handle them as strings end to end so no precision is lost in transit.

MCP for Coding Agents

Point Your Agent
at the Ledger

LedgerFlow ships a token-secured Model Context Protocol server. Point your coding agent at a real deployment and let it read the live shape of the data while it builds your integration — instead of guessing from a PDF.

A Server Your Agent Connects To

A dedicated endpoint, separate from the main API, speaking the protocol coding agents already understand — discovery, tools and resources available without custom glue.

A Curated, Read-Only Toolset

A reviewed, read-only set of tools plus documentation search. Anything that could change data is excluded before it is reached, so an agent can explore freely and still cannot write.

OAuth 2.1 & Scoped Tokens

Standards-based authorisation for desktop clients, or issue a scoped, time-limited token from the platform itself. Every call is rate-limited and size-capped, and every token can be revoked.

Grounded in Your Own Data

Tools resolve against your own deployment through a read-only channel, and product questions are answered from the documentation — so what your agent learns is specific to your install, not a generic guess.

Runs in Your Environment

One Compose File.
Your Infrastructure.

LedgerFlow runs as a self-contained stack in your own environment. No managed dependency you cannot inspect, and no data crossing your perimeter unless you decide to send it.

One Deployment Unit

The whole platform — storage, API, interfaces, background processing and monitoring — deploys and upgrades as one unit onto infrastructure you provide. There is no piecemeal assembly and no partially-upgraded state to reason about.

Deliberately Few Moving Parts

Queueing and scheduling are handled inside the platform rather than by separate systems you would have to run, patch, monitor and defend in a security review. Every component removed is one fewer to account for.

Ring-Fenced per Tenant

Each customer runs a completely separate deployment with its own storage. Nothing is shared between customers, so there is no multi-tenant boundary to be misconfigured and no other organisation's data sitting adjacent to yours.

Observability Included

Metrics, logs, traces and profiling are emitted in OpenTelemetry format from the first deployment, so they flow into whatever monitoring and SIEM tooling your security team already runs. No proprietary agent, and no vendor lock on your own operational data.

Deploy & Operate

A Platform You Can
Actually Operate.

The best architecture diagram is the one your on-call engineer never needs at three in the morning. LedgerFlow is built to be understood, deployed and upgraded by a small team — not to impress anyone with the length of its component list.

Deploys as One Unit

One command brings the platform up, and one command upgrades it. No orchestration of interdependent services, and no half-migrated state to unpick when something fails midway.

Upgrades Are Reversible

Deployments are versioned and can be rolled back. Health is verified after every change, and a failed upgrade returns itself to the last known-good state rather than waiting for someone to notice.

Runs Where You Need It

Cloud, on-premise, or hybrid — including environments where nothing may reach the public internet. The deployment model does not change with the location.

Observability From the Start

Metrics, logs and traces are emitted in open formats from day one, into the tooling you already run. You are not asked to adopt our monitoring stack to see what is happening.

A Supply Chain You Can Audit

Components are version-pinned and checksum-recorded, with nothing pulled from a public CDN at runtime. Your security team can enumerate exactly what is in the deployment.

Scales Without Re-Platforming

Capacity for 300 billion transactions, with history partitioned and archived as it ages. Growth is a configuration change, not a rewrite eighteen months from now.

Across the Four Pillars