You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
Adding support for RISC-V (GOARCH=riscv64) in the Kine project is a strategic decision that aligns with the growing demand for efficient, low-power hardware at the edge and in embedded environments. Kine's lightweight architecture offers a compelling alternative to traditional data storage systems like ETCD, which can be overkill for resource-constrained devices common in edge and embedded deployments. RISC-V is rapidly becoming a popular architecture due to its open-source nature and potential for customization to suit various application needs. By supporting GOARCH=riscv64, Kine can extend its lightweight, scalable, and low-resource storage capabilities to a broader range of hardware platforms, thus making it a more viable choice for developers working with RISC-V at the edge and in embedded contexts. This move not only expands Kine's applicability but also facilitates the development of innovative solutions on RISC-V-based systems, supporting the overall ecosystem's growth.
The text was updated successfully, but these errors were encountered:
Adding support for RISC-V (
GOARCH=riscv64
) in the Kine project is a strategic decision that aligns with the growing demand for efficient, low-power hardware at the edge and in embedded environments. Kine's lightweight architecture offers a compelling alternative to traditional data storage systems like ETCD, which can be overkill for resource-constrained devices common in edge and embedded deployments. RISC-V is rapidly becoming a popular architecture due to its open-source nature and potential for customization to suit various application needs. By supportingGOARCH=riscv64
, Kine can extend its lightweight, scalable, and low-resource storage capabilities to a broader range of hardware platforms, thus making it a more viable choice for developers working with RISC-V at the edge and in embedded contexts. This move not only expands Kine's applicability but also facilitates the development of innovative solutions on RISC-V-based systems, supporting the overall ecosystem's growth.The text was updated successfully, but these errors were encountered: