Run Dify at 55% Lower Cost

Move self-managed Dify workflows from local Docker to persistent CPU infrastructure with public endpoints, background workers, and storage. Connect the model provider you choose—or a separate self-hosted inference endpoint—while keeping the Dify application stack on CPU.

Fluence

Fluence

Fluence

$5.03/mo

$5.03/mo

Hetzner

Hetzner

Hetzner

$14.00/mo

$14.00/mo

DigitalOcean

DigitalOcean

DigitalOcean

$31.50/mo

$31.50/mo

AWS

AWS

AWS

$53.50/mo

$53.50/mo

Built for always-on Dify hosting

Dify’s visual canvas is only one part of the stack. Give its apps, APIs, workers, schedules, databases, and vector state a long-lived home beyond your local Docker session.

Public apps and APIs

Public apps and APIs

Publish Dify web apps and REST APIs through a reachable public endpoint. Configure a public trigger URL so external systems can invoke your webhook and integration workflows.

Workflows that keep working

Run scheduled and event-driven Workflow apps without depending on a laptop that sleeps, disconnects, or reboots.

Start from $9 per month

Use flat daily infrastructure pricing and zero egress fees for the Fluence compute portion of your stack.

One architecture for Dify workflow and agents

Run Dify’s application, orchestration, and data services on Fluence CPU Cloud. Keep model inference outside the base VM by default, or add a separate GPU endpoint when local models require one.

Run on Fluence CPU Cloud

Dify web console and published applications

REST API and WebSocket service Background workers and workflow scheduler PostgreSQL and Redis Vector database and file storage Plugin daemon, reverse proxy, and sandboxes

Connect externally

Hosted LLM, embedding, and reranking providers
Custom or self-hosted model endpoints
Optional Fluence GPU inference endpoint
Email, CRM, search, and other business tools
DNS, TLS, backup, and monitoring services

Fluence Console, deploy virtual servers instantly, powered by Fluence decentralized cloud platform

Get Dify running in 3 easy steps

Get Dify running in 3 easy steps

Start with Dify’s official Docker Compose deployment path, then configure the public, persistent, and operational pieces a local installation does not need.

Start with Dify’s official Docker Compose deployment path, then configure the public, persistent, and operational pieces a local installation does not need.

1

1

Provision the host

Provision the host

Provision the host

Provision the host

Provision the host

Choose a region, server type, storage, operating system, and networking settings for your Dify backend.

2

2

Configure and start Dify

Configure and start Dify

Configure and start Dify

Install Docker and Docker Compose, clone a tagged Dify release, and copy the example environment file:

cd dify/docker

cp .env.example .env


Replace the default secrets, configure public URLs, and start the stack:

docker compose up -d

3

3

Connect, publish, and operate

Connect, publish, and operate

Connect, publish, and operate

Add a model-provider key or custom model endpoint, publish your applications and triggers, and verify that every required container is healthy.

Before production, configure TLS, monitoring, backups, restore tests, firewall rules, certificate renewal, and a controlled upgrade process.

Save up to 55% on Dify base VM costs

Save up to 55% on Dify base VM costs

Use lower-cost CPU infrastructure for the Dify runtime, then add inference, storage, and external services only where the workload requires them.

No egress fees

Transparent daily pricing

Public IPv4 and persistent storage available

Note: Calculator estimates reflect only the Virtual Server layer used for LlamaIndex hosting.

Dify AI on Fluence vs. a local machine

Dify AI on Fluence vs. a local machine

Dify AI on Fluence vs. a local machine

Local Docker is ideal for development and evaluation. Fluence is the stronger fit when Dify needs a public, persistent, and remotely accessible home.

Local Docker is ideal for development and evaluation. Fluence is the stronger fit when Dify needs a public, persistent, and remotely accessible home.

Capability

Dify on Fluence

Dify on a local machine

Public access

Public IPv4 with customer-configured domain and TLS

Requires tunneling, port forwarding, or local network configuration

Webhooks and schedules

Continue while the VM and Dify services remain healthy

Stop when the device or Docker stack stops

Persistent data

VM storage plus optional persistent volumes and customer-managed backups

Stored on a device-bound local disk

Team access

Shared remote deployment for authorized users

Tied to one workstation or local network

Scaling path

Move to a larger configuration or split services as requirements grow

Limited by local hardware

Dify on Fluence

Dify on a local machine

Public access

Public IPv4 with customer-configured domain and TLS

Requires tunneling, port forwarding, or local network configuration

Webhooks and schedules

Continue while the VM and Dify services remain healthy

Stop when the device or Docker stack stops

Persistent data

VM storage plus optional persistent volumes and customer-managed backups

Stored on a device-bound local disk

Team access

Shared remote deployment for authorized users

Tied to one workstation or local network

Scaling path

Move to a larger configuration or split services as requirements grow

Limited by local hardware

Why run Dify on Fluence

Why run Dify on Fluence

Persistent CPU for the full stack

Run Dify’s web app, APIs, workers, scheduler, PostgreSQL, Redis, vector database, plugins, and supporting services on a long-lived Linux VM.

Persistent CPU for the full stack

Run Dify’s web app, APIs, workers, scheduler, PostgreSQL, Redis, vector database, plugins, and supporting services on a long-lived Linux VM.

Persistent CPU for the full stack

Run Dify’s web app, APIs, workers, scheduler, PostgreSQL, Redis, vector database, plugins, and supporting services on a long-lived Linux VM.

Public IP and storage control

Assign public IPv4 addresses and attach persistent storage through the Fluence Console or Cloud API.

Public IP and storage control

Assign public IPv4 addresses and attach persistent storage through the Fluence Console or Cloud API.

Public IP and storage control

Assign public IPv4 addresses and attach persistent storage through the Fluence Console or Cloud API.

Separate runtime from inference

Separate runtime from inference

Keep Dify’s orchestration layer on CPU. Connect hosted model providers, a custom inference service, or an optional GPU endpoint only when the model layer requires it.

Keep Dify’s orchestration layer on CPU. Connect hosted model providers, a custom inference service, or an optional GPU endpoint only when the model layer requires it.

Separate runtime from inference

Keep Dify’s orchestration layer on CPU. Connect hosted model providers, a custom inference service, or an optional GPU endpoint only when the model layer requires it.

Predictable base infrastructure

Predictable base infrastructure

Use transparent daily pricing and no Fluence egress fees while tracking model usage, storage, databases, monitoring, and external services as separate cost layers.

Use transparent daily pricing and no Fluence egress fees while tracking model usage, storage, databases, monitoring, and external services as separate cost layers.

What you can build with Dify on Fluence

Knowledge-grounded customer support

Build a support assistant that retrieves answers from product documentation, policies, and internal knowledge using embeddings and a vector database.

Intent-based email routing

Classify incoming support messages and send each one to the correct queue, team, or downstream workflow while keeping the routing logic visible and auditable.

Scheduled reports and notifications

Run recurring workflows that gather data, generate summaries, and send daily reports, briefings, alerts, or notifications on a timetable.

Agentic RAG and research

Give an agent access to retrieval and tools so it can plan, search, retry, use fallbacks, and synthesize results across multi-step questions.

A global marketplace of compute

Compare available providers and locations, provision the CPU instance for your Dify runtime, attach storage and public IPs, and add GPU resources only when self-hosted inference requires them.

FAQ

Can I self-host Dify on Fluence?

How much CPU and RAM does Dify need?

Does Dify need a GPU?

Which model providers can I connect to Dify?

Can Dify expose APIs, webhooks, and scheduled workflows?

Is Docker supported, and what should I configure before production?

What does the $10.78/month Fluence price include?

Can I use Dify Community Edition commercially?

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