Este documento oficial describe los retos del escenario de las amenazas, las limitaciones de los enfoques antiguos, y el nuevo enfoque de Darktrace en la ciberdefensa.

The sudden and unforeseen transition to remote and hybrid working has had profound implications on the cyber-threat landscape. This report explores the key threat trends that have emerged as a result.

This report explores the implications of the pandemic on the cyber-threat landscape, focussing on four key attack trends, from compromised SaaS credentials to ransomware.

This white paper examines the technology and design principles behind Darktrace’s Cyber AI Analyst, a groundbreaking innovation that automates threat investigations at speed and scale.

This white paper investigates how a unified approach to threat detection and response enables the Darktrace Immune System to neutralize advanced threats that other tools miss.

Securing OEM networks involves challenges that require a solution that goes beyond securing specific OEM products in isolation. By providing full visibility, AI investigations, continuous detection and, where appropriate, autonomous response, self-learning AI complements static OEM security with adaptive defense capabilities.

This white paper discusses Darktrace's Industrial Immune System, a fundamental innovation that views data from an Industrial Control System network in real time, and establishes an evolving baseline for what is normal for operators, workstations and automated systems within that environment.

This white paper will explore the critical challenges that security teams face in this new era of cyber-threat, and how Darktrace Antigena is leveraging AI to autonomously fight back against advanced attacks, giving human responders the critical time needed to catch up.

This white paper explains Darktrace’s approach to machine learning and shines a light on the unique interplay between unsupervised machine learning, supervised machine learning, and deep learning behind the world’s leading cyber AI technology.

This white paper evaluates the development of OT attack campaigns, identifying new trends in order to anticipate what an AI-augmented ‘Triton 2.0’ attack might look like.

The implementation of GDPR represents one of the most significant events in data protection regulatory history. Darktrace is applicable to a range of requirements under GDPR. Darktrace provides the real-time visibility required to make intelligence-based decisions in live situations, while enabling in-depth investigations into historical activity.

While primarily aimed at organizations that own or operate critical infrastructure, the NIST Framework can be advantageous for any organization that implements it, in any industry, as it provides concrete guidance on how to measure and improve an organization’s cyber security.

This white paper explains how Darktrace can help financial services organizations comply with key areas of the new 23 NYCRR 500 regulation, particularly with some of the more challenging measures, such as the 72-hour rule, managing third-party risk, and detecting and responding to cyber-threats.

This white paper explains how Darktrace can help financial services organizations comply with the regulations of the new SAMA Cyber Security Framework. Applicable to a range of requirements, Darktrace AI will enable businesses in Saudi Arabia to meet the most challenging obligations of the framework.

This white paper explains how the Darktrace AI platform helps your company to comply with the Cyber Assessment Framework of the EU's NIS Directive, released in April 2019.

This report provides several case studies of alerts raised in real industrial networks where Darktrace was deployed. Each example features a description of the alert and the outcome of the specific investigation.

As attackers learn to move at unprecedented speeds, organizations are embracing cyber AI to regain the advantage over today’s ever-changing adversary – and win. This special report highlights five real-world threat scenarios in Asia, that were identified and neutralized by Darktrace’s powerful AI technology as they were emerging, before they could escalate into crises.

The Australian NDB Scheme is a legislative framework that introduces rigorous and mandatory data breach notification provisions for all entities regulated by the Privacy Act 1988. This white paper explains how Darktrace detects the earliest signs of anomalous activity to ensure compliance.

This research report from HMG Strategy in collaboration with Darktrace explores what offensive AI attacks will look like, the impact they will have on organizations, and why defensive AI is crucial for defenders to stay one step ahead as threats grow in sophistication and speed.

This report, produced by Cybersecurity Insiders, reveals the recent rise of insider threats and explores how organizations across industries are addressing the challenges surrounding internal risk.

This report from Forrester evaluates the emergence of offensive AI, organizations’ current security practices, and how well prepared they are to fight off such attacks.

This case study from leading analyst firm IDC tells the story of Milton Keynes University Hospital (MKUH) NHS Foundation Trust in England, which deployed Darktrace’s Cyber AI Platform to fight back against advanced attacks in the wake of last year’s global WannaCry campaign.

This report from leading analyst firm Ovum declares Darktrace’s Enterprise Immune System “a strong example of leveraging artificial intelligence” and “one of the few cases where talk about use of AI in cyber security has turned into action”.

This report analyzes how Darktrace's use of unsupervised machine learning is positioning it as the leader in anomaly detection, and outlines how Darktrace Antigena autonomously responds to potential threats in real time.

This report from 451 Research provides an overview of Darktrace’s technology and products, along with the current state of the cyber-security industry and where Darktrace fits in today’s landscape.

Ovum’s Rik Turner outlines and analyzes Darktrace’s unique approach to cybersecurity and how it fulfills the need for anomaly-based threat detection without rules and signatures.