The Grinder updates

New release of the Grinder framework, created to automatically enumerate and fingerprint hosts on the Internet using different back-end systems: search engines, such as Shodan or Censys, for discovering hosts and NMAP engine for fingerprinting and specific checks.

The Grinder for SD-WAN

Internet-connected Devices Census Python Framework by Anton Nikolaev

Special release for insomnihack 2019.

The Grinder framework was created to automatically enumerate and fingerprint different hosts on the Internet using different back-end systems: search engines, such as Shodan or Censys, for discovering hosts and NMAP engine for fingerprinting and specific checks. The Grinder framework can be used in many different areas of researches, as a connected Python module in your own project or as an independent ready-to-use from the box tool.

#VenezuelaBlackout

Looks like it's a time to review our old SmardGrid and Digital Substations write-ups.

Especially "Practical Analysis of the Cybersecurity of European Smart Grids"

35C3 talk and metasploit releases

Refreshing memories of Chaos Communication Congress SD-WAN New Hop talk.

35C3 talk video and exploits for SD-WAN.

Citrix Netscaler SD-WAN #metasploit module. Remote command execution -> root.

#scada #energy #automotive #cybersec

Worth reading on #scada #energy #automotive #cybersec. Talks and research paper by Dmitry Sklyar on security of Electric Vehicle, ChargePoint Home charging station.

SD-WAN and Elon Musk at #zeronights

The goal of this talk is to provide the results of passive and active fingerprinting for SD-WAN systems using a common threat intelligence approach. We explore Internet-based and cloud-based publicly available SD-WAN systems using the well-known «Shodan» and «Censys» search engines and custom developed automation tools and show that most of the SD-WAN systems have known vulnerabilities related to outdated software and insecure configuration. 

As presented at Zeronights 2018 by Anton Nikolaev, Denis Kolegov, Oleg Broslavsky.

SD-WAN Threat Landscape

The goal of this paper is to understand SD-WAN threats using practical approach. We describe basic SD-WAN features and components, investigate an attack surface, explore various vendor features and their security, explain threats and vulnerabilities found in SD-WAN products. We also extend existing SDN threat models by describing new potential threats and attack vectors, provide examples, and consider high-level approaches for their mitigations.