SpecterOps EU 2025 Trainings

SpecterOps EU 2025 Trainings

Join SpecterOps in Amsterdam for a 4-day training event with two of our premier Information Security courses.

By SpecterOps

Location

Amsterdam Marriott Hotel

12 Stadhouderskade 1054 ES Amsterdam Netherlands

Refund Policy

Refunds up to 7 days before event.

Agenda

8:00 AM - 9:00 AM

Breakfast/Registration

9:00 AM - 10:30 AM

Class Session

10:30 AM - 10:45 AM

Coffee Break

10:45 AM - 12:30 PM

Class Session

12:30 PM - 1:30 PM

Lunch

1:30 PM - 3:00 PM

Class Session

3:00 PM - 3:15 PM

Coffee Break

3:15 PM - 5:00 PM

Class Session

About this event

    This is a 4-day training event, hosted at the Amsterdam Marriot Hotel.


    Dates/Times:

    Tuesday, September 9th - Friday, September 12th

    Each class will run from 9AM to 5PM CEST, with breakfast served at 8AM CEST each day.


    Trainings:

    Upgrade your skills by taking one of our courses

    • Engage with our Frontline Practitioners
    • Hands-on Labs throughout the courses
    • Swag Pack

    Adversary Tactics: Identity-Driven Offensive Tradecraft (AT:IDOT)

    As modern architecture increasingly shifts services and data from on-premises infrastructure to the cloud, Identity becomes the thread that ties everything together.

    Our Adversary Tactics: Identity-driven Offensive Tradecraft course is a follow-on to our Adversary Tactics: Red Team Operations course and offers an in-depth look at identity-driven attacks, targeting both on-premises and hybrid identities. Participants will learn how to abuse the intricacies of different authentication and authorization mechanisms to traverse on-premises and cloud environments, gain access to integrated systems, and even cross tenants. Participants will also be equipped with a practical approach to identifying known attack paths and forging new ones within complex operational environments and across people, processes, and technology.

    Full course details here.

    Adversary Tactics: Tradecraft Analysis (AT:TA)

    Your organization has just implemented the leading detection and response products. Are they configured with default configuration? How much faith should you have in your ability to detect sophisticated attacks? How would you simulate attacks to ensure robust detections are in place? This course will teach the importance of understanding the inner workings of attack techniques and telemetry availability and provide a workflow for developing robust detection analytics or data driven evasion decisions. Focusing on various Windows components and attacker TTPs, you will dive deep into how software abstracts underlying capabilities and how attackers can interact with deeper layers to bypass superficial detection capabilities.

    In Adversary Tactics: Tradecraft Analysis, we will present and apply a general tradecraft analysis methodology for offensive TTPs, focused on Windows components. We will discuss Windows attack techniques and learn to deconstruct how they work underneath the hood. For various techniques, we will identify the layers of telemetry sources and learn to understand potential detection choke points. Finally, the course will culminate with participants creating their own technique evasion and detection strategy. You will be able to use the knowledge gained to both use your telemetry to create robust detection coverage across your organization, and truly assess the efficacy of that coverage.

    Whether you are a red team operator or detection engineer, you will have a comprehensive understanding of several attack chains. Red team operators will learn an approach to analyzing their own tools, a better understanding of which techniques to select to evade detection, and how to better describe to defenders why an evasion was successful. Detection engineers will understand how to craft a strategy to create robust detections and better detect families of attacks.

    Full course details here.

    Questions?

    Reach out to training@specterops.io and a Specter will be in touch soon!

    Organized by

    From €4,000