Secure AI agents that protect your secrets.

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February 26, 2026

2026 Rank: #643

IronClaw

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Secure AI agents that protect your secrets.

Agent Local Information Security Cryptographically Secure Infrastructure Data Exfiltration Prevention Data EncryptionFree + from $20/mo

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Overview Discussion 2

Overview

IronClaw is an open-source runtime designed to run AI agents securely. It is an alternative to OpenClaw that operates within encrypted enclaves on the NEAR AI Cloud.

IronClaw enables AI agents that carry out activities without exposing sensitive information. With its appeal lying in its security, its set up and deployed with a one-click cloud deployment feature.

The credentials API keys, tokens, and passwords are added to a secure, encrypted vault. IronClaw introduces them at predefined points, preventing the AI agent from accessing the raw data.

An IronClaw instance on NEAR AI Cloud operates within a Trusted Execution Environment, thereby ensuring encryption from the beginning, without any extra setup required.

The security feature is further heightened as the system inspects all outbound traffic in real-time to prevent unauthorized data transmission significantly.

The integrity of the system is also maintained as tools are only allowed to communicate with pre-approved endpoints, ensuring control over data flow. IronClaws security architecture eliminates several exploits entirely by using Rust for its runtime, such as buffer overflows and use-after-free scenarios, by enforcing memory safety at compile time rather than runtime.

Every tool operates within its own WebAssembly container with capability-based permissions, approved endpoints, and strict resource limits.

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Initial release

February 26, 2026

Initial release of IronClaw.

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Author

Danny Carpentier Balough

@danny-carpentier

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Joined: February 2026

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Comments(2)

Simon Bebek

Feb 26, 2026

@ initial release

Rated it

@IronClaw

Good for building your own user-owned AI .

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Bhavin Gala

🙏 3 karma

Feb 26, 2026

@ initial release

Rated it

@IronClaw

IronClaw feels like how AI agents should’ve been built from the start. Same power as OpenClaw, but your API keys never touch the model.

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Pros and Cons

Pros

Open-source

Runs in encrypted enclaves

Increased security

Cryptographically secure infrastructure

Encrypted vault for credentials

Works in Trusted Execution Environment

Real-time traffic inspection

Prevents unauthorized data transmission

Control over data flow

Built with Rust

Avoids potential runtime vulnerabilities

Built-in memory safety

Catches potential data breaches

Prevents buffer overflow

WebAssembly container

Capability-based permissions

1-click cloud deployment

credential leak detection

Customizable network allowlisting

No garbage collector required

Prevents use-after-free

Prevents silent data exfiltration

Enforcing security at compile-time

Private cloud deployment

Individual sandboxes for tools

Uses Rust language

Hardware-enforced security

Endpoint pre-approval

In-depth defense security

Per-tool Wasm isolation

Prevents prompt injection

Hardened against OpenClaw exploits

Allows only predefined points

Prevents data breaches

Traffic controlled by allowlist

Eliminates potential runtime vulnerabilities

Clean Rust code

Outbound traffic check

Access restrictions for tools

Prevents unapproved data outflow

View 35 more pros

Cons

Only uses Rust language

Lacks multiple language support

Rely on manual approval for access

Restricted network access

No FileSystem Access

Operates in WebAssembly sandbox

View 1 more cons

Included in collections

OpenClaw & related AI tools 🦞

830

+15

Tudor Iliescu

Q&A

What is IronClaw?

IronClaw is an open-source secure runtime designed for managing AI agents. Its design allows it to operate in encrypted enclaves on the NEAR AI Cloud. Its purpose is to enhance security while maintaining the normal function of AI agents. IronClaw applies a cryptographically secure infrastructure and keeps credentials within an encrypted vault, avoiding access to raw values. It mimics OpenClaw's functions but eliminates the risk of prompt injections stealing credentials.

How does IronClaw improve AI agent security?

IronClaw improves AI agent security by operating within encrypted spaces, keeping your confidential information protected. It uses a cryptographically secure infrastructure, storing credentials within an encrypted vault. AI agents neither access nor tamper with these credentials. It launches instances in a Trusted Execution Environment, meaning the data is encrypted immediately, removing setup requirements. IronClaw also features real-time leak detection, blocking data exfiltration. It further employs network allowlisting, letting the user control where their data goes.

What is the difference between IronClaw and OpenClaw?

IronClaw and OpenClaw have similar functionalities, yet IronClaw provides an improved level of security. While OpenClaw could expose your secrets to risks such as prompt injections, IronClaw eliminates this chance by securing credentials within an encrypted environment. It also allows real-time leak detection and blocking any illicit activities aiming towards data theft.

How does IronClaw's encrypted enclaves work?

IronClaw uses encrypted enclaves to operate AI agents on the NEAR AI cloud, which is possible by the Trusted Execution Environment. In this environment, data encryption starts immediately, thus removing the need for any setup. This encryption ensures that your confidential data stays intact and unaltered.

What is the architecture of IronClaw's cryptographically secure infrastructure?

IronClaw's cryptographically secure infrastructure centers around maintaining the confidentiality and integrity of user credentials. It encapsulates all credentials within an encrypted vault that is only accessible for approved operations. This infrastructure works within a Trusted Execution Environment, ensuring data is encrypted right from the start.

What is IronClaw's approach to API Keys, tokens, and passwords security?

IronClaw offers a secure approach for handling API keys, tokens, and passwords. It incorporates these vital credentials only where specific approval has been given. The AI agents working in this system never access the raw values of these credentials, thus ensuring their security.

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How does IronClaw prevent prompt injection attacks?

IronClaw combats prompt injection attacks by encrypting and safeguarding credentials in an encrypted vault within a Trusted Execution Environment. As this setup mimics the functions of OpenClaw, it eliminates the threat of a prompt injection stealing credentials, enhancing the secure functioning of AI agents.

Can you explain IronClaw's leak detection feature?

IronClaw's leak detection feature works in real-time, scanning outbound traffic constantly. If it detects an illicit activity attempting data exfiltration, it swiftly blocks it. This proactive security feature prevents unauthorized attempts to extract personal or secure information.

What does network allowlisting in IronClaw mean?

Network allowlisting is a feature in IronClaw that allows users to maintain control over data flow. This specifically involves designating approved or 'allowed' destinations for your data, meaning your data should only go where you have given explicit permission.

How does IronClaw use the Rust programming language for increased security?

IronClaw uses the Rust programming language to provide enhanced security. Rust's memory safety features help eliminate potential vulnerabilities like garbage collector mishaps, buffer overflows, or use-after-free issues. These protections are enforced at compile time, greatly reducing the risk of critical information exposure.

Why is IronClaw considered a solid alternative to OpenClaw?

IronClaw is considered a solid alternative to OpenClaw due to its enhanced security measures. These include working within encrypted enclaves, protecting digital credentials inside an encrypted vault, and eliminating the risk of prompt injections. Besides, features like real-time leak detection and network allowlisting bolster the secure functioning of AI agents.

How does IronClaw ensure data encryption from the start?

Within a Trusted Execution Environment, IronClaw ensures that data is encrypted right from the start. Immediately upon launching, the data under IronClaw's care undergoes encryption, thereby removing the need for any setup process or further actions to secure the information.

What's unique about IronClaw's Trusted Execution Environment?

IronClaw uses a Trusted Execution Environment (TEE) to maintain a high level of security. A TEE is a secure area that provides a higher level of assurance and protection for data. It ensures data is encrypted right from the start, which means data remains protected from tampering and exposure from the boot to shutdown.

What kind of approval is required in IronClaw for API keys, tokens, and passwords?

For incorporating API keys, tokens, and passwords into the system, IronClaw requires specific approval. This means these sensitive credentials are only added to the system or used for any activity when explicit permission has been given.

How does IronClaw handle data exfiltration prevention?

IronClaw prevents data exfiltration through its real-time leak detection feature. It relentlessly monitors outbound traffic and immediately reacts to flag and block any illicit activities that can lead to data theft.

Can you explain the memory safety features of IronClaw?

The memory safety feature of IronClaw removes potential vulnerabilities like garbage collector issues, buffer overflows, or use-after-free problems. This is achieved through the Rust programming language, which enforces memory safety at compile time, not at runtime.

What measures does IronClaw have to prevent buffer overflows and use-after-free vulnerabilities?

IronClaw utilizes the Rust programming language to eliminate potential vulnerabilities like buffer overflows and use-after-free. Rust enforces memory safety at the compile time, not at runtime, eliminating many common exploits and considerably reducing the chances of critical information exposure.

What advantages does IronClaw offer in terms of information security?

IronClaw offers various advantages in terms of information security. It operates in encrypted enclaves, ensuring your confidential information remains unaltered. It stores credentials within an encrypted vault and never accesses the raw values. The system includes real-time leak detection and network allow-listing capabilities, giving you control of where your data goes.

How do I deploy IronClaw on NEAR AI Cloud?

Deploying IronClaw on NEAR AI cloud is straightforward. IronClaw offers simple setup and built-in security. It allows users to launch their IronClaw instance on NEAR AI Cloud, where it operates within a Trusted Execution Environment.

Is there a cost associated with using IronClaw?

Yes, the user of IronClaw has several plans to choose from, ranging from a Starter plan that costs $5 per month, Basic plan for $20 per month, and a Pro+ plan for $200 per month. Each plan offers varying features and the number of agent instances one can activate.

What is IronClaw?

IronClaw is a secure, open-source runtime designed to manage and operate AI agents in encrypted enclaves on the NEAR AI Cloud. It is designed to enhance the security of sensitive data while facilitating routine operations with AI agents. Credentials such as API keys, tokens, and passwords are safely stored in an encrypted vault, and the AI agents do not have access to these raw values. IronClaw includes features for real-time traffic inspection and network allow-listing for full control over data flows.

How does IronClaw differ from OpenClaw?

IronClaw and OpenClaw presumably serve similar functions, being runtimes designed to operate AI agents. However, the defining distinction lies in their approach to security. IronClaw operates in encrypted spaces within the NEAR AI Cloud, thereby ensuring high levels of data protection. It also prevents AI agents from accessing raw credential values, provides real-time traffic inspection, and controls communication with pre-approved endpoints only. In comparison, OpenClaw may pose significant risks including exposure of sensitive data via prompt injections, and it has known instances of malicious skills aiming to steal credentials.

Why should I use IronClaw for managing AI agents?

Employing IronClaw for managing AI agents offers enhanced security for sensitive data. It operates within encrypted enclaves on the NEAR AI Cloud, ensuring credentials remain untampered with and untouched. IronClaw prevents the AI from accessing raw credential values and allows communication only with pre-approved endpoints. The system inspects outbound traffic in real-time to prevent unauthorised data transmission, along with utilizing Rust language at its runtime to prohibit exploits like buffer overflows and use-after-free attacks. Furthermore, it offers one-click cloud deployment for ease of setup and operation.

What is a Trusted Execution Environment in the context of IronClaw?

In the context of IronClaw, a Trusted Execution Environment (TEE) refers to a secure area of the NEAR AI Cloud where IronClaw instances are launched. Within this TEE, data encryption commences from the start, eradicating additional setup requirements. This environment ensures that sensitive data is shielded from potential threats right from the booting of the IronClaw instance, fortifying the overarching security infrastructure.

What kind of data can I secure with IronClaw?

IronClaw secures data encompassing API keys, tokens, passwords, and other confidential credentials. This data is stashed in a secure, encrypted vault and is incorporated at pre-defined locations in the system. The AI agents do not have access to these raw values, thereby ensuring that your sensitive information remains secure at all times.

How does IronClaw keep API keys, tokens, and passwords secure?

IronClaw ensures the security of API keys, tokens, and passwords by storing them in an encrypted vault. It introduces these credentials into the system only where it's explicitly allowed, thus the AI agent doesn’t have access to the raw data. This approach guarantees that your sensitive data remains secure and unexposed.

What are IronClaw's primary features for offering secure AI functions?

Set to offer secure AI functions, IronClaw sports features like real-time traffic inspection, network allow-listing, capability-based permissions, and memory safety enforced at compile time – not at runtime. It operates within a Trusted Execution Environment for enhanced data protection, preventing AI from accessing raw credential values. Additionally, the AI tools function within their individual WebAssembly containers, controlling their interaction with the system and the internet based on approved endpoints and strict resource limitations.

Why is IronClaw considered a solid alternative to OpenClaw?

IronClaw is considered a solid alternative to OpenClaw due to its deeper emphasis on security. Unlike OpenClaw that may expose sensitive data through prompt injections and malicious skills, IronClaw operates within encrypted spaces, hence providing greater data protection. It prevents AI agents from accessing raw credential values and allows communication only with pre-defined, approved endpoints. Furthermore, its ability to provide real-time traffic inspection and buffer overflow protection gives it an edge over OpenClaw.

What does it mean that IronClaw launches instances in a Trusted Execution Environment?

In IronClaw, launching instances in a Trusted Execution Environment means that the IronClaw instances begin operating within a secure area of the NEAR AI Cloud. The data processed and managed by these instances is encrypted right from the start, ensuring an additional layer of security and eliminating the need for setup. This environment significantly mitigates potential security risks and strengthens data protection.

How does IronClaw's leak detection work?

IronClaw's leak detection meticulously examines outbound traffic in real-time, aiming to identify any unauthorised attempts at data exfiltration. If any suspicious activity or potential data breach is identified, these are promptly blocked to keep your sensitive information secure.

What is network allowlisting in IronClaw?

Network allow-listing in IronClaw is a feature that provides you control over the data flow. It means that the system allows communication only with pre-defined, approved endpoints. This function effectively prevents silent data extraction to unknown servers, enhancing data control and security.

How does IronClaw use the Rust language for runtime?

IronClaw leverages Rust, a system programming language that offers advanced memory safety features, for its runtime. This use ensures that potential vulnerabilities, such as buffer overflows or use-after-free scenarios, are eliminated by enforcing memory safety at compile time rather than at runtime. By using Rust, IronClaw also achieves memory safety, contributing to the reduction of data breach threats.

What measures does IronClaw take to prevent data breaches?

IronClaw takes several steps to preempt data breaches. It ensures credentials are stored in an encrypted vault, hence the AI never accesses the raw values. IronClaw also operates within a Trusted Execution Environment ensuring data encryption from the onset. It has a real-time traffic inspection feature that blocks unauthorized data transmissions and a network allow-listing to control where the data should go. Lastly, it leverages Rust for memory safety at compile time to mitigate vulnerabilities.

How does IronClaw use WebAssembly Container and capability-based Permissions?

IronClaw leverages the power of WebAssembly containers, allowing each tool to run in its own isolated environment. These tool-specific containers operate with capability-based permissions and strict resource limits to further buttress security. This setup not only restricts access to pre-approved endpoints but also ensures the integrity of the system.

How does IronClaw provide memory safety?

IronClaw enforces memory safety by using Rust for its runtime, a programming language known for its memory safety features. Rust's memory safety is enforced at compile time, not at runtime, thus eliminating several classes of exploits entirely, like buffer overflows and use-after-free scenarios. This mechanism significantly reduces the risk of compromising critical information.

What is the process to deploy AI agents securely with IronClaw?

Deploying AI agents securely with IronClaw involves a straightforward process. Firstly, you launch your own IronClaw instance on the NEAR AI Cloud. This begins within a Trusted Execution Environment, ensuring encryption from the onset. Then, you add API keys, tokens, and passwords to the encrypted vault. IronClaw incorporates these credentials only where you've given permission so as to avoid exposing the raw data to the AI agent.

Does IronClaw provide real-time traffic inspection for data?

Yes, IronClaw does provide real-time traffic inspection for data. This feature scans all outbound traffic in real-time and identifies any potential unauthorized data transmission, allowing for prompt action to block any illicit activities aiming towards data exfiltration.

What measures does IronClaw take for buffer overflow protection?

IronClaw mitigates the risk of buffer overflows by incorporating Rust language at its runtime. Rust enforces memory safety at compile time instead of runtime, this helps in the prevention of buffer overflow exploits among other vulnerabilities, contributing to enhancing the security of the system.

Why does IronClaw prevent AI agents from accessing raw credential values?

IronClaw has an innovative feature to prevent AI agents from accessing raw data values of credentials. It stores all the sensitive credentials in an encrypted vault. Instead of providing the AI with access to this vault it introduces these credentials only where it has been explicitly permitted to. This process is mediated entirely by IronClaw, making sure your sensitive data isn't exposed to AI agents.

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IronClaw

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