Charles Hoskinon enhanced the security of the lobster, Logan, by introducing HSM key security. GitHub code demonstrates significant operational enhancements of the AI pet project.
Charles Hoskinon initiated a major security renovation of Logan. Authorities finally granted military-level security to the AI lobster project after attackers targeted the digital crustacean on multiple occasions.
On X, Hoskinson claimed his gross enhancement of the operational and environmental safety of Logan. He included an HSM key-management system and a 2-container Docker environment, which operates with WSL.
After all the hacks, I massively improved the operational and environmental security of Logan the exit liquidity lobster to include an HSM key management system and a two container docker system running on WSL https://t.co/UX8XmZJQfo pic.twitter.com/L4icr9zsqJ
— Charles Hoskinson (@IOHK_Charles) February 2, 2026
Source: IOHK_Charles
Military-Grade Protection Shields Digital Lobster
The upgrade corrects the previous weaknesses in the infrastructure at Logan. The key management of the HSM will protect the cryptographic functions at the hardware level, preventing sensitive keys from being accessed by unauthorized individuals. The Docker design isolates critical components by isolating them in two containers.
Hoskinson uploaded the technical specifics on GitHub. The dancesWithClaws repository contains the entire codebase, allowing developers to directly inspect the security improvements. WSL implementation is cross-platform compatible.
Community Watches Logan’s Evolution Continue
The exit-liquidity lobster was a popular crypto item. Logan is an illustration of the experimental AI projects of Hoskinson, and the upgrade describes how he is committed to securing digital assets. Open-sourcing the code received commendation from the community members.
Incorporating HSM is a significant technological challenge. HSMs protect against both physical and software attacks, which is a feature of enterprise-grade. At this point, Logan runs with institutional-level protection.
Hoskinson does a service to the broader community by publishing the code. Implementation patterns can be studied by the developers. Open-source encourages cooperation and review, instilling confidence in the security of the project.
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Hoskinson’s Lobster Gets Fort Knox Security Upgrade
Charles Hoskinon enhanced the security of the lobster, Logan, by introducing HSM key security. GitHub code demonstrates significant operational enhancements of the AI pet project.
Charles Hoskinon initiated a major security renovation of Logan. Authorities finally granted military-level security to the AI lobster project after attackers targeted the digital crustacean on multiple occasions.
On X, Hoskinson claimed his gross enhancement of the operational and environmental safety of Logan. He included an HSM key-management system and a 2-container Docker environment, which operates with WSL.
Source: IOHK_Charles
Military-Grade Protection Shields Digital Lobster
The upgrade corrects the previous weaknesses in the infrastructure at Logan. The key management of the HSM will protect the cryptographic functions at the hardware level, preventing sensitive keys from being accessed by unauthorized individuals. The Docker design isolates critical components by isolating them in two containers.
Hoskinson uploaded the technical specifics on GitHub. The dancesWithClaws repository contains the entire codebase, allowing developers to directly inspect the security improvements. WSL implementation is cross-platform compatible.
Community Watches Logan’s Evolution Continue
The exit-liquidity lobster was a popular crypto item. Logan is an illustration of the experimental AI projects of Hoskinson, and the upgrade describes how he is committed to securing digital assets. Open-sourcing the code received commendation from the community members.
Incorporating HSM is a significant technological challenge. HSMs protect against both physical and software attacks, which is a feature of enterprise-grade. At this point, Logan runs with institutional-level protection.
Hoskinson does a service to the broader community by publishing the code. Implementation patterns can be studied by the developers. Open-source encourages cooperation and review, instilling confidence in the security of the project.