EXPLORE

Article

No Deal Is Worth Identity Theft: Ways to Prepare for Secure Holiday Shopping

Cybersecurity Trends

Cybersecurity 101

By Kevin Baker

The holidays are upon us and with them often comes a mad rush to “Act now!” to score the best online deals “before it’s too late!”

Unfortunately, competitive, hurried Black Friday-type shopping can translate to distracted shopping, which can translate into a dream opportunity for social engineering. The bad guys want you to be in a hurry. They want you to be distracted. It makes their jobs easier. And they know that the holiday season is a prime time to prey on the unprepared, tricking them into opening phishy emails, clicking on malicious links, or using their phones in other insecure ways.

Secure shopping takes a little bit of work, but the rewards are well worth the effort

While it’s always important to think about locking down your identity online, it’s particularly important over the holidays. So, don’t wait until the middle of the shopping season to change your security practices. Instead, get started now by implementing some security basics. To start:

Slow down. If you’re in a hurry for deals and getting your shopping done early, you may also be in a hurry to get hacked. So, take a beat and be thoughtful about where you shop and what you click.

If a deal looks too good to be true, it most definitely is. Beware of phishing emails and special offers, especially those with a fast deadline to act.

Use good passwords. And by good, I mean new. Billions of passwords have been and will be lost in breaches and thus, the only guaranteed password is a brand-new one. To be on the safe side, update all your passwords before — and after — the holidays.

Whenever possible, use multi-factor authentication (MFA). And if you’re buying from a reputable retailer, you can almost certainly use multi-factor sign-in, such as with Google Authenticator, and have it challenge you every time.

Your phone alone isn’t safe enough for online shopping. Be careful using your phone to shop if you don’t have security applications on it. Better yet, get antivirus and malware protections added to your phone — for example, Trend Micro Pay Guard and IBM Trusteer.

Update, update, update. Most laptops have malware protection, but if you spread purchases across your laptop and phone, make sure both are malware-free and updated to their latest versions. Again, an anti-malware protection program like Trend will see that you’re using two devices and protect across both.

Check the privacy settings of your applications. If you use shopping apps, which I wouldn’t suggest doing because it’s corralling you into a certain set of vendors, you can still remove unnecessary permissions. For instance, why would an online retailer need access to your contacts? Or your camera?

Check for https or the golden lock. If you’ll be entering your information onto any site — whether from your phone or laptop — be sure to look for the https or golden lock symbol, which lets you know it’s encrypted.

Check out as a “guest” instead of allowing retailers to store your credit card information. Or, if you’re going to let a business save your information, let it be via a secure application like Google Pay.

Public Wi-Fi is not your friend. If you don’t have a secure phone, don’t use public Wi-Fi to shop. Or, even if you have a secure phone, try to avoid using public Wi-Fi to shop.

Use a virtual private network (VPN) to protect your data while on another network.

Beware of package tracking scams designed to steal your information or infect you with malware. Chances are, you’ll have packages arriving this holiday season. Before you click on a link to track a package, doublecheck the domain. For instance, if you get an Amazon tracking email, but the domain isn’t amazon.com, don’t click. Humans read in big chunks of information and when something looks familiar, our brains will grab and replace the bad stuff with what’s in our memory. So, take the extra time and go to where you purchased the item to get the tracking information.

The holidays are meant to be a fun, happy, and exciting time. Just don’t let excitement about a great deal overcome caution while shopping.

Back to Blog Posts

Article

Ransomware Trends & Data Insights: July 2026

INC Ransom was the most active threat group in July, while activity remained relatively distributed among multiple threat groups, with 19 unique groups observed throughout the month. Alongside INC Ransom, Qilin, Global Secret Group, Anubis, and DragonForce rounded out the five most active threat groups observed in July. Several emerging threat actors were also observed during the month, including Booba Team, Settra, and Global Secret Group.

Figure 1. Activity from the top 3 threat groups in July 2026

 Throughout the month, analysts at Arete identified several trends behind the threat actors perpetrating cybercrime activities:

  • In July 2026, Global Secret Group emerged as a new threat actor, leveraging the leaked LockBit 3.0 (LockBit Black) source code. Although the group began operations in June 2026, it quickly accumulated a substantial number of victims on its data leak site (DLS). The group operates through TOR-based negotiation portals and qTox communications. Notably, its DLS provides step-by-step guidance on purchasing Bitcoin, including references to Coinbase and Binance, demonstrating a streamlined, victim-focused extortion process designed to simplify ransom payments.

  • Similar to Fulcrumsec, the recently emerged Settra ransomware group appears to leverage AI-driven analysis of stolen data, publishing detailed and highly structured victim reports on its DLS. Additionally, a potential EDR-disabling tool, edr_blind.exe, was identified in multiple cases, suggesting a focus on defense-evasion capabilities.

  • With the continuation of the FortiBleed campaign, researchers have now identified compromised FortiGate credentials being leveraged by both the INC and Lynx ransomware operations. Analysis revealed direct operational links between the groups, including shared ransomware infrastructure and overlap between FortiBleed victims and ransomware targets. The operators are also incorporating AI to enhance various stages of the attack lifecycle and increase operational efficiency and scale. Notably, Arete also observed an INC ransomware intrusion leveraging FortiBleed-derived access in July, reinforcing the campaign's role as a precursor to ransomware deployment.

Sources

  • Arete Internal

Podcast

Cyber Campfire: June Threat Trends & Insights

In this episode of Arete’s Cyber Campfire podcast, our Threat Intelligence Team discusses trends, statistics, and emerging threat actors from June 2026. Tune in for firsthand insights on today’s threat landscape that can enhance your approach to cyber risk.

Article

Current: Misconfigured Server Reveals Multiple Phishing Campaigns

Researchers uncovered three Microsoft 365 phishing campaigns after discovering a misconfigured HTTP server that exposed a threat actor’s phishing tools, configurations, victim logs, and operational infrastructure. The investigation revealed two operators using custom Evilginx-based adversary-in-the-middle (AiTM) phishing frameworks to steal authentication sessions and bypass MFA protections. A third operator abused Microsoft’s OAuth Device Code flow by tricking victims into completing authentication through Microsoft’s legitimate login process, allowing attackers to obtain valid access and refresh tokens without stealing passwords. The largest campaign compromised at least 218 victims across 12 countries, primarily targeting corporate Microsoft 365 accounts, with refresh tokens enabling persistent access. Researchers also identified the use of remote management tools for maintaining access, AI-assisted development of phishing tooling, and links to broader Phishing-as-a-Service (PhaaS) ecosystems, highlighting how commodity frameworks and automation are lowering the barrier for sophisticated identity-based attacks.

What’s Notable and Unique

  • The campaigns demonstrate the continued shift from traditional credential theft to identity- and token-based compromise, in which attackers target authentication sessions, cookies, and OAuth tokens rather than relying solely on password theft. By obtaining valid authentication artifacts, attackers can access Microsoft 365 environments while bypassing conventional MFA protections.


  • The use of Evilginx-based AiTM frameworks highlights how publicly available phishing tools have evolved into effective MFA-bypass platforms. These frameworks proxy legitimate login pages, capture authenticated sessions, and allow attackers to reuse valid sessions without requiring victims’ credentials again.


  • The OAuth Device Code flow abuse represents a different attack method, in which attackers leverage a legitimate Microsoft authentication mechanism to obtain tokens after victims approve the request. This approach bypasses password theft entirely by abusing trusted authentication workflows.


  • The exposed infrastructure provided insight into attacker operations, including phishing configurations, victim tracking data, remote administration tools, and evidence of AI-assisted development. The findings demonstrate how phishing ecosystems now provide reusable tooling and automation that reduce the technical expertise required to conduct large-scale identity attacks.

Analyst Comments

These Microsoft 365 phishing campaigns demonstrate the ongoing evolution of identity-focused attacks, as adversaries increasingly target authentication sessions, tokens, and legitimate cloud authorization mechanisms to bypass traditional security controls. The combination of AiTM phishing, OAuth abuse, remote management tools, and PhaaS infrastructure enables threat actors to maintain persistent access while blending into legitimate cloud activity.

The growing availability of phishing frameworks and AI-assisted attack development highlights the need for continuous identity security improvements beyond traditional phishing defenses. Arete recommends that organizations strengthen identity monitoring, adopt phishing-resistant MFA where possible, review OAuth application permissions, monitor token activity, and implement conditional access policies to detect and restrict suspicious Microsoft 365 authentication behavior. Security teams should also monitor post-compromise indicators such as abnormal mailbox access, suspicious application consent, unauthorized remote tools, and unusual sign-in activity.

Sources

  • One Misconfigured Server, Three Active Campaigns: Full exposure of three AiTM Phishing Operators

  • Misconfigured Server Reveals Three Evilginx Phishing Operations Targeting Microsoft 365

Podcast

Digital Forensics Meets the Courtroom: Insights on Expert Witness and Cyber-Related Litigation

In this episode of Bytes of Insight, host Vinny Sakore and special guest Dr. Bruce Hartley, Managing Director and Co-Founder of Advisory Services at Arete, discuss the evolving role of digital forensics and expert witness work in cybersecurity litigation. Tune in for firsthand insights on how Arete conducts post-breach investigations, what it takes to undergo cross-examination on the stand, and how emerging threats like AI-driven social engineering and third-party breaches are reshaping the advisory landscape.