Are you tasked with providing IoT connectivity? Here are some things to keep in mind.
To simplify API calls etc. I created a separate GitHub repository to have a collection of phpipam API clients for different languages etc. If you created a client and want to share it head over to https://github.com/phpipam/phpipam-api-clients and share yours !
To start I created a php class to work as API client, now available in repo in php-client folder.
https://github.com/phpipam/phpipam-api-clients/tree/master/php-client
It supports all API calls, also encrypted requests are supported by setting $api_key variable in config file. Supported output formats are json/xml/array/object.
Here is a short example of working with client.

Here is a short example how to get details for specific section:
<?php
include config file and api client class file
require("api-config.php");
require("class.phpipam-api.php");
# init object with settings from config file or specify your own
$API = new phpipam_api_client ($api_url, $api_app_id, $api_key, $api_username, $api_password, $result_format);
# debug - output curl headers it some problems occur
$API->set_debug (false);
# execute call
$API->execute ("GET", "sections", array(5), "", $token_file);
# ger result
$result = $API->get_result();
Below are my solutions to the level 2 of the forensics lab game zero. The solutions to the level 1 of the game are posted here.
1. Find way to reset root's account password and retrieve flag from /root/flag.txt
Reboot the VM and press 'e ' edit inside the Grub menu screen. Add command init=/bin/bash at the end of the line starting with linux and press F10. Thne mount file system as read-write.
root@(none):/# mount -n -o remount,rw /
Change password for user root.
root@(none):/# passwd
root@(none):/# cat /root/flag.txt
8d55761dfafe912daa2fa6c38e05435093f7f636
root@(none):/# echo -n '8d55761dfafe912daa2fa6c38e05435093f7f636' | sha1sum
0166bc38c1165d0ba783ea722b84ed3a0d2547f8
Restart the virtual machine and switch to the root account.
2. There is a memory dump of the windows machine is stored in file /root/memdump.mem. Find the flag among commands executed on that machine
Find info about our memory dump with imageinfo plugin.
root@debian1989:/home/kassad# python /opt/tools/volatility-2.4/vol.py imageinfo -f /root/memdump.mem | grep Profile
Volatility Foundation Volatility Framework 2.4
Suggested Profile(s) : Win7SP0x86, Win7SP1x86
To avoid typing chosen profile --profile=Win7SP1x86 every time vol.py is called, export the profile.
root@debian1989:/home/kassad# export VOLATILITY_PROFILE=Win7SP1x86
To avoid typing path to memory dump file, export memory dump location so you do not need to add argument -f Continue reading
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Reading my Directed ARP and ICMP Redirects blog post you might have wondered “how did Directed ARP ever get into ***redacted***?”
I searched for “directed ARP cisco” and found this gem, which really talks about unicast ARP behavior, an ancient mechanism documented in RFC 1122 (it’s not my Google-Fu, I got the reference to RFC 1122 in this blog post).
Read more ...
Trials are occurring now and OS will be available this summer.
AT&T is starting to see benefits from Domain 2.0.
So this is the fourth blog on EVPN, the previous blogs covered the following topics:
This post will cover the ability of EVPN to provide all-active multi-homing for layer-2 traffic, where the topology contains two different active PE routers, connecting to a switch via a LAG, the setup is similar to the previous labs. Due to some restrictions and in the interests of simplicity, this lab will cover all-active multi-homing for a single VLAN only, (VLAN 100 in this case) consider the network topology:

The topology and general connectivity is the same as the other previous examples, the two big differences are that only VLAN 100 is present here and the connectivity between MX-1 and MX-2 is now using MC-LAG.
The first consideration that needs to be made when running EVPN in all-active mode, is that it must connect to the upstream devices using some sort of LAG, or MC-LAG – consider the wording from the RFC 7432:
https://tools.ietf.org/html/rfc7432#section-14.1.2
IT skills are becoming more demanding.