With the holiday season upon us and Black Friday right around the corner, retailers are trying to understand why some customers abandon their online shopping carts before pressing “proceed to checkout” or “place your order.” The marketing teams at these online retailers are furiously trying to figure out why some sales webpages are more effective than others. To solve these riddles, retailers are increasingly turning to web tracking services and fine-tuning their targeting efforts. But it is not just the retailers, nearly every industry and most companies with an online presence will increase their web and mobile app customer tracking during this busy holiday season. Corporations and organizations need to be aware of the ramifications of how they are using internet trackers.
Buyer beware: Scammers have set up shop on Facebook. Here's how to avoid falling victim to some common Facebook Marketplace scams.
There are many facets to preparing your organization for a major cyber incident. Incident response playbooks, proper network hardening, and multiple levels of employee cyber hygiene training are par for the course. In theory, these solutions should ensure you’re ready for any cyber threat. But how can you be sure all of that will pay off when you’re faced with a real-world scenario? Enter, tabletop exercises.
For a newly minted chief information security officer (CISO), the first 90 days are a time of both peril and possibility. If CISOs move too fast or push too hard, they risk alienating the organization. Move too slowly and new CISOs risk squandering their momentum and honeymoon period. Experienced CISOs tell Endpoint how they navigated their first few months on the job. Here’s how to navigate your new role.
Two vulnerabilities for hosted Microsoft Exchange servers (CVE-2022-41040, CVE-2022-41082) have been identified as currently being exploited in organization environments. The vulnerabilities only exist within hosted (on premise) exchange servers and Microsoft reports the Microsoft Exchange Online has protections in place. Many clients have migrated their user base to Exchange Online or Microsoft Office365 but there may still be Exchange servers operating in the environment, being used for mail relays and other IT functions.
Fortalice Solutions is proud to announce it has signed on as Champion for Cybersecurity Awareness Month 2022. At Fortalice Solutions, we believe preparation is the best strategy to protect organizations from cyber threats and crime. We transform a reactive security model into a proactive, results-based model of protection. Fortalice Solutions, led by the first woman to serve as White House Chief Information Officer, Theresa Payton, is comprised of passionate practitioners who provide organizations with clarity of priority, approach, and security design.
Discussion of environments susceptible to lateral movement through resource-based constrained delegation (RBCD) attacks, prompting me to take a deeper dive into the topic
Fortalice Solutions CEO and Founder, Theresa Payton has announced the promotion of Bridget O’Connor and Melissa O’Leary to the position of Partner of Fortalice Solutions.
Last month Fortalice open-sourced BOFHound, an offline BloodHound ingestor for raw ldapsearch results. Along with BOFHound, we released a companion tool for it, pyldapsearch, and submitted a pull request to TrustedSec's CS-Situational-Awareness-BOF modifying the ldapsearch BOF to include the nTSecurityDescriptor attribute. Adam Brown wrote a post accompanying the release, which covered much of the tool's background, including blue team strategies for detecting BloodHound useful and the red team's reversion to more manual LDAP querying techniques. This blog will serve as a follow-up to that post, covering some usage strategies for ldapsearch + BOFHound and going into the updates that were recently pushed to BOFHound in version 0.1.0.
BloodHound has helped offensive and defensive teams since then conduct efficient and thorough auditing of Active Directory environments. For a while, reviewing Active Directory environments without BloodHound became almost unimaginable, and certainly unattractive. As the tool has evolved and grown, it has become a staple of the offensive tester's toolkit while simultaneously becoming an increasingly desired detection point for defensive teams. Several detection strategies have surfaced over the past 7 years. This post will cover a few helpful detection strategies. Some you may know of, and others, maybe not. Then we'll wrap by introducing two new tools which aim to give red teams a chance at avoiding detection when necessary.
Back in when I was getting started as a junior pentester, I vividly remember reading @byt3bl33d3r's 2017 post: Practical guide to NTLM Relaying in 2017 (A.K.A getting a foothold in under 5 minutes). I still recommend checking this out if you haven't already - it will cover the basics of NTLM relaying and background on some of the confusing pieces ([Net]NTLMv1/2 anyone?) that there's no need for me to repeat here. There's also a plethora of other great NTLM relay blogs and resources that I'll try to link to throughout this post, while I attempt to touch on the ever growing library of NTLM relay uses after 2021 introduced several new relay vectors.
ADCS has been a treasure trove for recent offensive operations while organizations are still catching up to the research released by Will Schroeder and Lee Christensen back in June. Amazingly, enough escalation vectors were dropped that 5 months later I still haven't found time to test and explore every one of them (suppose that means I'm still catching up too). Luckily, an ESC4 scenario prompted some digging into abusing ACL permissions to create vulnerable template states.
Active Directory Certificates and PKINIT are hot topics these days and our operators at Fortalice have been doing their best to stay on top of the new research and tools. My previous blog touched on PyWhisker and referenced one of its resources available on https://thehacker.recipes. While reading through the documentation there, a note near the bottom caught my eye, which stated: User objects can't edit their own msDS-KeyCredentialLink attribute while computer objects can.
On a recent red team engagement, our team was tasked with focusing on Active Directory Certificate Services (ADCS) exploitation. The objective was to identify certificate template misconfigurations and potentially achieve privilege escalation by abusing them. The concepts and attacks used were based around the work and whitepaper by Will Shroeder (@harmj0y) and Lee Christensen (@tifkin_).
Domain fronting is a generic technique based on HTTPS that allows an actor to hide the true destination of a communication from network equipment in the path. While domain fronting has been used in offensive engagements for several years now, the number of frontable cloud services continues to dwindle. Today, Fortalice is publicly adding another service to that list: Azure Front Door.
Fortalice's Threat and Incident Response Team is providing this advisory video to partners on recent developments associated with the HAFNIUM Threat Activity and Microsoft Exchange. The information is current as of March 2021.
The notification provided to Mimecast from Microsoft indicated that several certificates issued by Mimecast had been compromised by a sophisticated threat actor.
If your organization currently uses SolarWinds Orion products (versions 2019.4 through 2020.2.1 HF1), we recommend disconnecting all affected devices immediately.
Fortalice Director of Offensive Cybersecurity Operations (OCO) Matt Shirley talks the red team's perspective on addressing cyber threats on behalf of our clients.
Fortalice CEO & Founder Theresa Payton spoke to Julie Mason about cybersecurity - Host of the Press Pool on SiriusXM - following the historic 2020 election.
Fortalice Director of Custom Solutions Alise Brzezinski talks third-party risk management in the COVID-19 era.
Fortalice CEO & Founder Theresa Payton discusses the Fortalice difference and her new book, Manipulated Inside the Cyberwar to Hijack Elections and Distort the Truth.