AI Tool

Epho Review

Epho provides cloud-based AI agents that can be utilized via API calls to perform tasks on code repositories without requiring infrastructure management.

shipped Aug 21, 2026agentspaid

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Why it matters

1Offers cloud-based AI agents supporting models like Claude, Codex, and OpenCode.

2Integrates with GitHub, GitLab, and Bitbucket for repository access.

3Features a usage-based pricing model starting at $0.0000438/s for a Default Instance.

4Provides a $10 starting credit for new users.

About Epho

Business Model

Usage-Based (Pay Per Use)

Usage Pricing

$0.0000164 per vCPU · per second per cpu

Free Credits

$10 on signup

Platforms

Web, API

Target Audience

Developers and teams looking to automate coding tasks.

Pricing Plans

Default Instance

$0.0000438/s

• 2 vCPU
• 2 GiB Memory
• 10 GiB Disk

Starting Credit

$10 / one-time

• Approx. 60 hours of usage at default instance rates

Cost Examples

• One minute run: ~$0.0026

API Docs

Specs

API Docs

View Documentation →

API Available

Yes, public API

overview

What is Epho?

Epho is an AI agents-as-an-API product developed by Epho that enables developers and AI engineers to run coding agents in a cloud sandbox with simplified management. It allows users to leverage models such as Claude, Codex, or OpenCode to perform tasks on their code repositories without needing to manage underlying infrastructure. Epho simplifies sandbox configuration for agentic workloads, manages multi-provider fallbacks and authentication, and facilitates the streaming of agent events and outputs, including file handling. The platform is designed to make the integration of AI agents into products more accessible for teams.

features

Key Features of Epho

Epho offers a suite of features designed to streamline the deployment and management of AI coding agents in a cloud environment. These capabilities focus on reducing operational overhead and enhancing developer productivity.

Cloud-based AI agents for remote execution.
Support for multiple AI models including Claude, Codex, and OpenCode.
API-driven integration for programmatic access.
Real-time monitoring of agent tasks and outputs.
Simplified sandbox configuration for agentic workloads.
Management of multi-provider fallbacks and authentication for agents.
Streaming of agent events, outputs, and file handling.
Usage-based pricing model with granular cost tracking.

use cases

Who Should Use Epho?

Epho is primarily targeted at developers, AI engineers, and teams involved in building AI agent products who require a managed cloud environment for executing coding agents. Its design addresses the complexities of infrastructure management and multi-model integration.

Developers running coding agents (Claude Code, Codex, OpenCode) in a cloud sandbox.
AI engineers simplifying sandbox configuration for agentic workloads.
Teams building AI agent products that require multi-provider fallbacks and authentication.
Organizations needing automated code reviews and pull request generation.
Users requiring real-time coding assistance and data visualization from CSVs.

how to use

How to Use Epho

To begin using Epho, users typically sign up for an account, receive a $10 starting credit, and then integrate the platform via its API. The process involves configuring agents to interact with code repositories and specifying the desired AI models.

1Sign up for an Epho account at epho.io.
2Access the API documentation at https://epho.io/docs to understand integration methods.
3Configure API calls to specify the AI model (e.g., Claude, Codex, OpenCode) and the task.
4Integrate Epho with code repositories such as GitHub, GitLab, or Bitbucket.
5Monitor agent events and outputs in real-time through the platform or API.
6Utilize the $10 starting credit to initiate agent tasks and evaluate the service.

pricing

Epho Pricing & Plans

Epho operates on a usage-based pricing model, allowing users to pay only for the resources consumed by their AI agents. New users receive a $10 starting credit to explore the platform's capabilities. The core pricing is structured around per-second usage of compute resources.

Default Instance: $0.0000438 per second.
Usage Pricing: $0.0000164 per vCPU per second.
Starting Credit: $10 provided upon signup.
Cost Example: A one-minute run costs approximately $0.0026.

Pros

+Provides a fully managed cloud environment for AI coding agents, eliminating infrastructure overhead.
+Supports multiple prominent AI models including Claude, Codex, and OpenCode.
+Offers an API for seamless integration into existing development workflows.
+Includes a $10 starting credit for new users to evaluate the service.
+Features real-time monitoring of agent tasks and outputs.
+Simplifies complex aspects like multi-provider fallbacks and authentication for agents.

Cons

−The original epho.io domain now redirects to eppo.io, indicating a potential change in product focus or discontinuation of the original AI tool.
−Pricing is usage-based, which may lead to variable costs depending on agent activity.
−Less control over the underlying infrastructure and model specifics compared to self-hosted or open-source alternatives.
−Requires reliance on Epho's managed service rather than direct control over LLM API keys for cost optimization per token.

Similar Tools

Epho vs Competitors

Epho positions itself as a managed cloud service for AI coding agents, differentiating from alternatives that often require self-hosting or are primarily local tools. Its focus is on simplifying infrastructure management and providing an API-first approach.

Open Assistant API↗

Provides an OpenAI-compatible API for self-hosted AI assistants, allowing integration with various LLMs and RAG engines.

Unlike Epho's fully managed cloud agents, Open Assistant API requires self-hosting and infrastructure management. However, it offers complete control over data and model choices, and the software itself is free.

AiderOn Stork

A CLI-first, git-native AI coding agent that provides a clean audit trail of changes.

Aider is a local, open-source CLI tool that requires you to bring your own API key for LLMs, giving you more control and cost efficiency per token compared to Epho's managed service. The trade-off is that you manage the local environment and API key, and it's primarily a CLI experience rather than a cloud API.

CodeGPTOn Stork

Offers an AI coding assistant that integrates with various LLMs via your own API keys, providing full data control and the ability to set rules for consistent code.

CodeGPT allows you to use your own API keys for various LLMs, offering more flexibility in model choice and potentially lower costs by paying per token directly. However, it's primarily an IDE integration, whereas Epho offers a cloud-based API for agents without requiring an IDE.

OpenHandsOn Stork

An open-source, model-agnostic platform for building and deploying AI coding agents, offering high customizability and self-hosting capabilities.

OpenHands provides an open-source framework for self-hosting AI coding agents, giving users full control and customization options, unlike Epho's managed cloud service. The trade-off is the requirement to manage your own infrastructure.

See every Epho alternative, compared→

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