Revolutionizing
Information Sharing
with Blockchain

ISACCHAIN transforms traditional ISACs by
leveraging the power of blockchain technology.

Information Sharing and Analysis Centers (ISACs) are collaborative hubs designed to facilitate the sharing of cybersecurity threat intelligence among organizations. Their primary mission is to enhance security by providing a trusted platform for members to exchange vital information related to cyber threats. Through cooperation and shared insights, ISACs strengthen the overall security posture of their sectors, ensuring that individual entities are not isolated in their defense against rapidly evolving cyber threats.

Anonymity plays a critical role in enabling effective information sharing within Information Sharing and Analysis Centers (ISACs). For this reason, in the cybersecurity landscape, organizations may hesitate to share threat intelligence openly due to concerns over reputation, privacy, or potential legal ramifications.

About ISACCHAIN

Imagine now a space where organizations can exchange crucial threat intelligence, not on a third-party system, but on a decentralized, secure, and verifiable platform. ISACCHAIN uses blockchain to ensure that every piece of shared data is protected, trustworthy, anonymous  and in line with global regulatory standards.

As regulations like the NIS2 Directive push critical sectors to adopt safer practices for reporting and sharing cyber incidents, ISACCHAIN offers the perfect solution. Traditional ISACs have always been strong collaboration hubs, but with ISACCHAIN’s blockchain backbone, we address the concerns associated with sharing sensitive information through third-party platforms.

Now organizations can comply with regulations while maintaining complete control over their data. By eliminating the need for third-party hosting, we empower organizations to manage their information securely. Our platform facilitates immutable, transparent exchanges, meaning that everything shared can be independently verified while remaining tightly protected. Whether you’re a private enterprise or a government body, ISACCHAIN offers a secure communication channel for managing incidents and building collective cybersecurity defenses.

Transforming threat
intelligence sharing

Anonymity

While the blockchain ensures that all transactions are transparent and verifiable, it allows users to remain anonymous by using cryptographic addresses instead of real-world identities. This means that ISAC members can contribute valuable threat intelligence to the network while ensuring their identity remains protected.

Immutability

Once data is entered into the blockchain, it cannot be altered, ensuring the integrity of shared information. This ensures that all members of the ISAC can trust that the threat intelligence and incident data shared within the community is authentic and has not been tampered with.

Transparency

Blockchain allows members to verify the authenticity of shared data, fostering trust while still respecting privacy through selective access controls.

Decentralization

Blockchain’s decentralized nature ensures that no single entity controls the network or the data. Information is stored across multiple nodes, providing redundancy and resilience. This reduces the risk of data being lost, altered, or compromised by an attack on a central database

Secure Integration with AI for Data Anonymization

Integrating AI with blockchain can further enhance data privacy by automatically anonymizing sensitive data, such as IP addresses or server names, when incident reports are shared. This adds another layer of protection, allowing organizations to share crucial information while maintaining confidentiality. This is especially valuable when organizations need to report incidents to authorities like the Italian National Cybersecurity Agency (ACN) under NIS2, while also contributing to the community without revealing internal details.

Smart Contracts for Automation

Smart contracts, which are self-executing agreements based on pre-defined conditions, can automate key  processes within the ISAC. For example, the sharing of threat intelligence or incident response actions can be triggered automatically once certain conditions are met, reducing response times and human intervention.

Compliance with Regulatory Requirements

ISACCHAIN can help organizations within the ISAC comply with regulations such as the NIS2 Directive, which emphasizes secure and timely information sharing. The transparency, immutability, and security features of blockchain provide the perfect platform for meeting these regulatory demands.

Empowering Cybersecurity Community

By hosting an ISACCHAIN node, participants not only share intelligence on experienced threats without relying on third-party platforms but also join an exclusive community of innovators-
companies and organizations, all committed to strengthening global resilience against cyber threats

Our Team

Ivan Monti

Chief Technology Officer

Francesco Masaia

Head of
Development

Alessio Aceti

Strategic
Advisor

Francesco Gavotti

Legal and Compliance Advisor

Do you have a question
or a request?

ISACCHAIN also aims to support organizations in preparing cyber incident notifications for Law Enforcement Agencies (LEAs) and National Cybersecurity Authorities, in compliance with NIS2.

Are you a representative of a LEA or Cybersecurity Authority? Contact our dedicated government relations team at lea@isacchain.com.

For general inquiries, reach us at contacts@isacchain.com.

Roadmap

September
 2024

Creation of a Fully Decentralized Blockchain (September 2024)

Objective: Develop a blockchain platform that ensures full decentralization of all data, including the database itself. This will ensure that no single point of failure exists and that information is securely distributed across multiple nodes, improving both the security and resilience of the ISAC. The database will also be decentralized, using technologies such as InterPlanetary File System (IPFS) to store and distribute data across the network.

December
 2024

Development of an Incident Reporting Interface (December 2024)

Objective: Build a user-friendly interface that allows organizations to report incidents and cyberattacks. The platform should comply with NIS2 regulations, enabling formal communications to the Italian National Cybersecurity Agency (ACN). This will streamline the process for reporting incidents, ensuring compliance while also providing an easy mechanism for sharing critical information with relevant authorities.

February
 2025

Creation of a Virtual Community Space (February 2025)

Objective: Establish a virtual marketplace or forum where ISAC members can exchange best practices, ask questions, and engage in discussions with the broader community. This space will foster collaboration and knowledge-sharing, promoting a culture of continuous learning and collective defense against emerging cyber threats.

March
 2025

AI Integration for Total Anonymization (March 2025)

Objective: Integrate artificial intelligence tools to ensure full anonymization of sensitive data when sharing incident reports with the community. As users input incident details, such as those reported to the ACN, AI will automatically anonymize sensitive information like public IP addresses, server names, and file names. This will allow organizations to share important data while maintaining privacy and confidentiality.

March
 2025

Integration with Client SOCs for Automated Data Population (March 2025)

Objective: Connect the platform with the Security Operation Centers (SOCs) of member organizations. This integration will allow the automatic population of the database with threat intelligence and incident data, creating a robust, continually updated data bank. This will enhance real-time threat detection and improve the quality of shared intelligence within the ISAC.

June
 2025

Support request to ISACCHAIN CSIRT (June 2025)

Objective: Implement a feature that allows members to request direct support from the ISAC’s Computer Security Incident Response Team (CSIRT). This will ensure rapid response and expert assistance during critical incidents, leveraging the resources and knowledge of the ISAC to mitigate cyber threats effectively.

2025
 Onward

Extension of NIS2 integration for EU Counties and other Regulations (2025 Onward)

FAQ

What is an ISAC?

An Information Sharing and Analysis Center (ISAC) is a collaborative platform for organizations to share vital information about cybersecurity threats and vulnerabilities. ISACs foster cooperation, enabling entities to exchange threat intelligence and respond to cyber incidents more effectively. By pooling data, ISACs strengthen defenses against emerging threats. While not mandatory, ISACs offer a valuable platform to meet NIS2 requirements. They provide a trusted environment for collaboration, enhancing an organization’s ability to detect, respond to, and mitigate risks efficiently, thereby improving collective cybersecurity.

NIS2 is the revised EU Network and Information Security (NIS) Directive aimed at strengthening cybersecurity across essential sectors. It mandates companies to enhance security measures, share information on cyber threats, and cooperate to improve collective cybersecurity. Effective in Italy from October 18, 2024, NIS2 emphasizes secure practices for threat detection, reporting, and response, focusing on collaboration and data transparency. Organizations in critical sectors must adopt secure practices for reporting and sharing information about cyber incidents to comply with these requirements.

Blockchain is a decentralized digital ledger that uses encryption and immutable records to ensure data integrity, security, and transparency. It eliminates intermediaries, allowing direct interactions among participants. Once recorded, information – like shared cyber threat intelligence – cannot be altered, fostering trust. This immutability and decentralization make blockchain resilient to cyberattacks. Concerns about ISACs often relate to third-party hosting, which can compromise data privacy. A blockchain-based ISAC addresses these concerns by offering a secure infrastructure that ensures integrity and transparency. Organizations can verify shared data authenticity while maintaining strict access controls, enhancing resilience against cyberattacks and ensuring continuous operation.

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