I have been using Windows for 30 years and Linux for 25 years (debian since 99’). I really would not bash (pun intended) windows users so much, there is place for both of them.
I have been using Windows for 30 years and Linux for 25 years (debian since 99’). I really would not bash (pun intended) windows users so much, there is place for both of them.
Coral Acceletor is only needed if you run setup that does not have GPU or enough CPU. Spare laptop usually has enough power to handle AI detection, but RasPi doesn’t. I run mine in CPU at rack server.
Cameras own detections are limited in my experience, and it is much harder to integrate to anything else, like HomeAssistant for notification & automation
HomeAssistant + Frigate combo is just plain awesome. You can leverage the automations of HA through Frigate’s AI detection, so you get things like notifications.
CrowdStrike Falcon is XDR product, there is hundreds of similar products available.
The role of XDR is to detect and block if some bad actor is trying to do something malicious in the machine. Old school virus signature detection is not enough anymore, you need pattern detection from network communication/DNS queries etc.
When corporation has thousands of devices to monitor the OS each of those devices Is not relevant. You need to detect if some random user logs to some Linux info display thousand kilometers away, and starts scanning the network.
Because the detection and response, needs to happen near realtime, for example Incase of cryptolockers, where all devices are encrypted within seconds, the software blocking this needs kernel level access.
I work in critical infrastructure as IT, but luckily we did not use falcon
Yes, just flip binary directly to the cpu
node_modules size of a Linux distro
IDE renames all references, no issue
Single software engineer can nowadays do more harm than most of other engineers. Just one SQL injection and all the people’s personal data have been leaked. Single bug in car self driving software and the car drives in to school bus.
C# Solution -> .sln
(brought to you by .net gang)
They did it once by mixing meters and feets, and crashed the Mars lander.
Edit: looked it up, wasn’t actually meters vs feet, but newton-seconds vs some American eagles per gun unit for force
Ignition is awesome
I know at least few components in the power grid that run on top of linux
I would suggest more learn by doing approach. Learning OSI model etc is nice, but it is quite jargon :)
Use some old PC as a server, and get some network cards into it, and use it as firewall/router. Route your home network/NAT/DNS/DCHP through it. Raspberry Pi’s are nice, but their hw is still bit limited.
OPNSense is quite nice and easy free and open source firewall/router solution.
If you want to add bit of flexibility, you can use some virtualization platform like VMware in to the machine, so that you can run OPNSense in it, with some other virtual servers.
Then when you get things working, you can start looking in to VLAN’s, because they are quite important part of enterprise networking. Most cheap switches nowadays support VLAN’s out of the box.
Could be easily made 50% space saving by only iffin all odds and return even on else. Maybe one if before to handle overflow to avoid wrong even if over the last if.
Better than 666, which I did once 20 years ago
He speaks both languages, and in general Swedish Finns curse in finnish
Yes, I learned very quickly that +1 in this flag syntax means execution, so first 6 means that owner of the file does not have execution permission, which means that nothing is allowed to execute in the system.
You can add IPS to port to add some security checking, but yes, in general port is never secure or unsecure.