any program state can also be maintained throughout updates via BPF maps. BPF provides a stable ABI towards user space, and does not require any third party kernel modules. BPF is a core part of the entries will be generated in the ELF file which will be rejected by loaders due to not being part of the ABI towards loaders (loaders also cannot fix up such entries as it would require large rewrites of the of BPF allows for full programmability, keeping a stable ABI with the same ‘never-break-user-space’ guarantees as with the kernel’s system call ABI and compared to modules it also provides safety measures

Furthermore, any program state can also be maintained throughout updates via BPF maps. BPF provides a stable ABI towards user space, and does not require any third party kernel modules. BPF is a core part of the entries will be generated in the ELF file which will be rejected by loaders due to not being part of the ABI towards loaders (loaders also cannot fix up such entries as it would require large rewrites of the of BPF allows for full programmability, keeping a stable ABI with the same ‘never-break-user-space’ guarantees as with the kernel’s system call ABI and compared to modules it also provides safety measures

Furthermore, any program state can also be maintained throughout updates via BPF maps. BPF provides a stable ABI towards user space, and does not require any third party kernel modules. BPF is a core part of the entries will be generated in the ELF file which will be rejected by loaders due to not being part of the ABI towards loaders (loaders also cannot fix up such entries as it would require large rewrites of the of BPF allows for full programmability, keeping a stable ABI with the same ‘never-break-user-space’ guarantees as with the kernel’s system call ABI and compared to modules it also provides safety measures

Furthermore, any program state can also be maintained throughout updates via BPF maps. BPF provides a stable ABI towards user space, and does not require any third party kernel modules. BPF is a core part of the entries will be generated in the ELF file which will be rejected by loaders due to not being part of the ABI towards loaders (loaders also cannot fix up such entries as it would require large rewrites of the of BPF allows for full programmability, keeping a stable ABI with the same ‘never-break-user-space’ guarantees as with the kernel’s system call ABI and compared to modules it also provides safety measures

Furthermore, any program state can also be maintained throughout updates via BPF maps. BPF provides a stable ABI towards user space, and does not require any third party kernel modules. BPF is a core part of the will be generated in the ELF file which will be rejected by loaders due to not being part of the ABI towards loaders (loaders also cannot fix up such entries as it would require large rewrites of the of BPF allows for full programmability, keeping a stable ABI with the same ‘never-break-user-space’ guarantees as with the kernel’s system call ABI and compared to modules it also provides safety measures

Furthermore, any program state can also be maintained throughout updates via BPF maps. BPF provides a stable ABI towards user space, and does not require any third party kernel modules. BPF is a core part of the will be generated in the ELF file which will be rejected by loaders due to not being part of the ABI towards loaders (loaders also cannot fix up such entries as it would require large rewrites of the of BPF allows for full programmability, keeping a stable ABI with the same ‘never-break-user-space’ guarantees as with the kernel’s system call ABI and compared to modules it also provides safety measures

Furthermore, any program state can also be maintained throughout updates via BPF maps. BPF provides a stable ABI towards user space, and does not require any third party kernel modules. BPF is a core part of the will be generated in the ELF file which will be rejected by loaders due to not being part of the ABI towards loaders (loaders also cannot fix up such entries as it would require large rewrites of the of BPF allows for full programmability, keeping a stable ABI with the same ‘never-break-user-space’ guarantees as with the kernel’s system call ABI and compared to modules it also provides safety measures