Neither your post, nor the referenced guide about using chroots suggest what exact device you're talking about (the guide covers both amd64 and ARMv7) - and at least to the untrained eye, the picture isn't more revealing either. If you can add the the hardware specifications (CPU architecture, CPU, flash/ RAM, BIOS/ UEFI/ coreboot/ $locked_down_homegrown_firmware) beyond the mere model name, all the better.
β¦at least the guide doesn't help you with installing kali either, just setting up a chroot for it.
OpenWrt has already been ported to the Check Point L-50. The L-61 device uses a Cavium CN7020 so support is possible. The L-71/L-72 devices which resemble your picture above appear to use an ARM processor, but I have been unable to confirm.
THanks for the replies guys.
The V-80 is the device i have.
It uses an arm processor.
I am trying to find out how I can capture more information from this device, the standard tools like dmidecode don't run on the device...
That's the same processor as the Macchiatobin which is supported, so there is a reasonable chance to get support. I'd start with trying to get the GPL source from Check Point.
Checkpoint would be legally required to provide the source.
Technically you may be able to get it working without source access, but that would involve considerably more efforts - and given that this target isn't the most common one, it's not going to be a walk in the park to begin with (the interesting question would be which wireless chipset they picked, hopefully not Marvell/ NXP...).
Apart from this, the device is exotic, but high-end with plenty of performance.
You should be able to request source from Check Point by emailing gpl-source@checkpoint.com You should supply the device Model and Serial Number with the request.
I also got my hands on a similar Check Point device (1470/1490 a.k.a. L-72 without any wifi) and wonder if ever anything had happened to the request of @haris2887 towards Check Point regarding the sources?
As EOS is scheduled for october 2024 for the Checkpoint 700/1400 series, I assume that more of those (in used condition) will turn up on ebay and the likes increasingly.
As the 1400 series devices come with 16/18 GbE ports (4 of those PoE capable on some models) and 1GB of RAM plus a seemingly beefy SoC, they IMHO would qualify as a pretty neat hardware to run OpenWrt.
According to the information provided on the forum of the check point user group (CPUG), the 700-series contains the indentical hardware and runs the same firmware but is artificially limited with its management capabilities through license restrictions in exchange for a noticeable price difference seemingly also reflecting to those offered the second-hand markets (plus some may prefer the a white instead of a black case anyways).
Current price point for a 1490 L-72 on ebay seems to range within 230 - 300 USD and somewhat more from other parts of the world. The 700-series equivalents seem to be sold for about 50-100 USD less.
The devices all seem to come with an integrated, front-facing fan but during my short tests, the behaved really well so they seem to be at least temperature controlled and silent enough for being operated outside dedicated server-rooms.
I've seen some of those checkpoint devices come by on ebay for reasonable prices. CPU is Annapurna Alpine which is the same family as used in the Netgear X10. There is an unofficial build for the X10 discussed over here:
Don't know how much effort it would be to get it added to official OpenWrt.
Doable, but not trivial (steep learning curve and patience&persistence). I'd rate the efforts roughly similar to ipq807x in this regard (easier, as in less trouble with binary firmware, harder as large parts of the SOC support missing mainline altogether), the SOC changes will need cleaning up and merging into mainline. If you can do it, the effort should be worthwhile, as the SOC is still a fast one with well-optimized networking drivers.