New Research Explores Emulating Scattered Spider Tactics in Real-World Scenarios

Experts have described methods for mimicking the strategies of the advanced persistent threat (APT) group Scattered Spider in a recent in-depth analysis by cybersecurity company Lares, allowing enterprises to strengthen their defenses through adversarial cooperation.

Lares specializes in threat emulation, replicating real-world tactics, techniques, and procedures (TTPs) observed in cybercriminal activities.

By dissecting incidents like those orchestrated by Scattered Spider, the firm designs controlled simulations to assess network, endpoint, and cloud security, identifying vulnerabilities in incident response and overall posture.

This approach integrates ethical hacking, red teaming, and threat modeling to deliver actionable intelligence, allowing clients to experience hands-on scenarios involving social engineering, credential theft, and persistence mechanisms that mirror sophisticated adversaries.

Scattered Spider’s Sophisticated Operations

Scattered Spider, a financially motivated APT emerging in May 2022, initially targeted telecommunications and business process outsourcing sectors before expanding to hospitality, retail, healthcare, and aviation.

Comprising young, native English-speaking members aged 19 to 22 from the US and UK, the group excels in social engineering, employing SIM swapping, phishing, and exploitation of weak verification to infiltrate systems.

Linked to high-profile breaches such as the 2023 MGM Resorts and Caesars Entertainment incidents, which caused operational chaos and ransom payouts, Scattered Spider often serves as an initial access broker for ransomware affiliates like BlackCat/ALPHV and DragonForce.

Their aliases include UNC3944 (Mandiant), Octo Tempest (Microsoft), and others, reflecting their notoriety.

With expertise in cloud platforms like Microsoft Azure, Google Workspace, and AWS, they combine technical prowess with deceptive tactics to pose a significant risk across industries.

Tactics and Emulation

The group’s attack chain begins with reconnaissance, utilizing open-source intelligence (OSINT) from platforms like LinkedIn to map employee structures and exploit breached datasets.

They register deceptive domains patterned as targetsname-sso[.]com or similar, leveraging content delivery networks (CDNs) and domain fronting for obfuscation, as noted in recent CISA advisories.

Initial access relies heavily on social engineering, including smishing, vishing, and phishing to install remote access tools (RATs), alongside MFA bypass via push bombing or SIM swaps.

Privilege escalation involves cloud credential theft with tools like AWS Console or MicroBurst, Bring Your Own Vulnerable Driver (BYOVD) attacks using loaders such as STONESTOP and drivers like POORTRY, and exploitation of Active Directory misconfigurations, including DACL abuse and credential dumping via Mimikatz or secretsdump.

Defense evasion tactics include terminating endpoint detection and response (EDR) processes through vulnerable drivers and signing malicious binaries with stolen certificates, while creating cloud instances for stealthy lateral movement.

According to the report, Credential access employs LSASS dumping with ProcDump, LAPS exploitation, and DCSync for NTDS.dit extraction.

Discovery phases use scanning tools like RushScan or Advanced Port Scanner, alongside Microburst for Azure auditing and native tools like ManageEngine for low-profile reconnaissance.

Lateral movement leverages SSO sessions, RDP, Proxifier for traffic redirection, and AWS IAM policy abuses to pivot across environments.

Exfiltration methods vary by data volume: Telegram for high-value files, Rclone and MEGAsync for bulk transfers, and Storage Explorer for cloud repositories.

Lares’ research emphasizes emulating these flows from initial access to exfiltration to test organizational resilience, highlighting lessons in addressing social engineering, cloud misconfigurations, and privilege abuses.

By proactively simulating these threats, organizations can shift from reactive measures to fortified defenses, ensuring readiness against evolving APTs like Scattered Spider.

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