Agentic AI Comparison:
BabyAGI vs Suna by Kortix AI

BabyAGI - AI toolvsSuna by Kortix AI logo

Introduction

This report provides a detailed comparison between BabyAGI and Suna by Kortix AI, two notable AI agent frameworks. The evaluation uses five metrics: autonomy, ease of use, flexibility, cost, and popularity. The goal is to inform users of their strengths, tradeoffs, and suitability for various applications as of June 2025.

Overview

BabyAGI

BabyAGI, found at https://github.com/yoheinakajima/babyagi, is an open-source AI agent framework focused on iterative, autonomous task management and execution. It is designed to simulate a mini-AGI, orchestrating goal planning, prioritization, memory, and self-improvement through feedback loops. BabyAGI is known for its lightweight architecture and adaptability, with a focus on continuous self-driven progress toward user-defined goals.

Suna by Kortix AI

Suna by Kortix AI, available at https://www.suna.so/ and https://github.com/kortix-ai/suna, is a generalist, fully open-source agent platform. Its extensible architecture enables natural language task automation, complex workflow execution, and integration across digital systems. Suna emphasizes transparency, community-driven development, broad tool integrations, and ease of customization, serving developers, researchers, and teams seeking agentic autonomy and control.

Metrics Comparison

autonomy

BabyAGI: 8

BabyAGI is architected to autonomously move between tasks, learn from its outcomes, and self-improve over time. Its feedback-driven approach gives it considerable independence for iterative, goal-driven automation.

Suna by Kortix AI: 9

Suna is built as a true autonomous generalist agent, capable of executing complex multi-step tasks and integrating deeply with digital systems. Its extensible platform and system-level integrations enhance its autonomous potential for real-world problem solving.

Both agents demonstrate high autonomy, but Suna’s broader integration and system access give it an edge in executing multifaceted workflows without manual intervention.

ease of use

BabyAGI: 7

BabyAGI offers a streamlined framework, but setup and customization require developer knowledge. There is a learning curve for non-technical users, though the project is lighter than many alternatives.

Suna by Kortix AI: 8

Suna's conversational interface allows users to automate complex workflows using natural language, reducing the technical barrier. Its user experience is modeled after leading agents and is noted as intuitive, enabling quick onboarding for both technical and semi-technical users.

Suna is somewhat more accessible to a broader audience due to its conversational design and less technical setup, while BabyAGI is leaner but more developer-centric.

flexibility

BabyAGI: 7

BabyAGI’s flexible architecture allows task automation and learning, but it is primarily focused on goal-driven agent orchestration. Extension or integration into wide-ranging workflows and tools requires additional engineering.

Suna by Kortix AI: 9

Suna is architected for extensibility with an open-source codebase, broad integration capabilities (browser, files, APIs, CLI), and support for user-defined toolchains. It is highly customizable for diverse digital tasks.

Suna stands out as a platform for modularity and integration, while BabyAGI, though adaptable, often requires more effort for advanced use cases.

cost

BabyAGI: 8

BabyAGI is open-source and free to use. Cost is mainly related to the compute and storage resources required to run the agent for significant workloads.

Suna by Kortix AI: 9

Suna is fully open-source under Apache 2.0, supporting self-hosting and free use. Its modularity minimizes vendor lock-in and allows organizations to optimize infrastructure for cost savings.

Both agents avoid proprietary fees, but Suna’s licensing and design for efficient self-hosting may grant it an incremental advantage for larger, organizational deployments.

popularity

BabyAGI: 8

BabyAGI is well-known in the agentic AI community, widely referenced, and forms the basis for many experimental and derivative projects. Its name recognition and GitHub presence reflect broad adoption.

Suna by Kortix AI: 7

Suna is gaining visibility, especially among developers and researchers seeking open, extensible agents, but as a newer project, it is still building traction relative to BabyAGI.

BabyAGI enjoys higher recognition due to its early release and strong open-source community following, while Suna is rapidly growing as a challenger in the open agent space.

Conclusions

BabyAGI and Suna by Kortix AI are leading open-source agent frameworks embodying the next generation of autonomous, generalist AI. BabyAGI is valued for its simplicity and robust task management, appealing to researchers and developers seeking a lightweight foundation for experimentation. Suna distinguishes itself through greater autonomy, flexibility, and ease of use, designed for production-ready, extensible automation with strong community involvement. Organizations prioritizing deep integration, customization, and transparency may prefer Suna, whereas those seeking established, experimentally-proven architectures might opt for BabyAGI. As of June 2025, Suna's rapid evolution positions it as a compelling alternative for those seeking comprehensive agentic capabilities.