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Forensics and Malware Analysis in Linux Environments. The Blue Side of Documentation. Attack Flow – Beyond Atomic Behaviors. Going with the work flow? Incident Response for Vicious Workflows.

Try This! Who’s Logging In? Insider Scoop – Tackling Insider Threats. Maddie Stone maddiestone is a Security Researcher on Google Project Zero where she focuses on 0-day exploits used in-the-wild.

Previously, she was a reverse engineer and team lead on the Android Security team, focusing predominantly on pre-installed and off-Google Play malware. Maddie also spent many years deep in the circuitry and firmware of embedded devices.

This makes it very hard to protect against 0-day exploits and also makes 0-day vulnerabilities highly valuable. So how do we protect against the exploitation of unknown vulnerabilities? It starts with understanding everything we can about 0-day exploits.

Each time a 0-day exploit is detected in-the-wild, it’s the failure case for attackers. Therefore as defenders, we should use these “failures” as an opportunity to learn as much as we can about the vulnerabilities targeted, the exploitation methods used, the techniques for discovering the vulnerabilities, and more.

As a security and technical community, we can then use this data to prioritize what vulnerability research to undertake, gaps in our detection methods, exploit mitigations that will have the most return on mitigation, and overall, how to make it harder for attackers to exploit 0-days to harm users. This talk synthesizes what we can learn from the 0-days that have been exploited in-the-wild so far in For each of these 0-days, a root cause analysis was performed, which details the vulnerability exploited and the exploit methodology used.

From these facts, we then developed ideas for better detections and systemic fixes, hypothesized on what methods the actors used to discover the vulnerability, and performed variant analysis. We’ll also talk about the trends we see and how this compares to what has been seen in years prior. He had been engaged in computer forensics and cybercrime investigation for eight years in local police.

Currently, he works at Cyber Force Center as a manager of malware analysis team. We share the results of our analysis of attack groups by using a combination of packer and compiler estimation techniques using neural networks. We focused on “how” attack groups create malware. In particular, we focused on a “compiler” used to create malware and on a “packer” used after the compilation of malware.

Our analysis reveals that packer usage rates and types of compilers and packers that attack groups use are different from each attack group. Our findings are believed to be effective for the attribution of cyberattacks. Charity Wright is a threat intelligence analyst with over 15 years of experience in the US Army and the National Security Agency, where she translated Mandarin Chinese.

She has spent over six years analyzing cyber threats in the private sector, with a focus on China state-sponsored threats and dark web cybercrime. Charity now researches cyber threat intelligence, influence operations, and strategic intelligence at Recorded Future. Malign influence is one of the greatest challenges the world faces today. State-sponsored threat actors, criminals, and political actors alike are weaponizing information in online spaces to thwart elections, incite social disruptions, disrupt supply chains, and manipulate markets.

Due to the inherent overlaps in modern day digital influence campaigns and cyber intrusion campaigns, information security teams have been enlisted to contribute their skills, experience, and education to help detect, analyze, and defend against malign influence, but current analytic frameworks are either oversimplified or overcomplicated. In this presentation, Charity Wright presents the Diamond Model for Influence Operations, a holistic and familiar method for researchers and cybersecurity analysts to identify, track, analyze, and report on malign influence operations.

This framework addresses both the technical axis and the socio-political axis, which are familiar from previous diamond models, and adds the core aspect of narrative warfare to the center of the diamond, the anchor to every effective influence operation. With the Diamond Model for Influence Operations, analysts will discover what malign information is being spread, how it is disseminated, for what purpose, and which influence actors are behind each operation, enabling faster defense and more informed security decisions.

His job experience includes data analysis, threat tracking and automation. He is a firm believer that there are no problems that cannot be tackled by building the right tool. Our talk will introduce the MeliCERTes project, which aims at creating a common toolset that enables collaboration in the network and beyond.

Hans has 20 years experience in Security. Hans took over the lead of the Bosch PSIRT in and, as part of a great team of dedicated professionals, has overseen the continuous development of PSIRT processes and tools, always with a tight focus on automation and ease of management. The Bosch PSIRT was established in to coordinate Incident Response and Vulnerability Management across Bosch’s wide range of products and solutions for consumers, industry, building management and the automotive industry.

Over the years, it has become clear that each market domain has its own specific requirements; this is not the least true for Automotive. We want to share some of these specific requirements and the processes and tools we are continuing to develop with a focus on this domain, along with key learnings for other B2B business areas. Joakim Kennedy is a Security Researcher for Intezer. On a daily basis he analyzes malware, tracks threat actors, and solves security problems.

His work is mainly focused on threats that target Linux systems and Cloud environments. Kennedy began in the industry as a security researcher at Rapid7 where he got his start in vulnerability research. Following his time with Rapid7, he joined Anomali. While there, he managed Anomali’s Threat Research Team, where they focused on creating threat intelligence. He has also presented at various other industry events.

For the last few years, Dr. Kennedy has been researching malware written in Go. To make the analysis easier he has written the Go Reverse Engineering Toolkit github. Malware written in Go has been something that many reverse engineers have stayed away from due to the shortcomings in the tooling. We are not at this place anymore, and reversing Go malware has reached a point where it can be easier than reversing C-based malware.

To reach this panacea, an understanding of the Go language and the binary internals is needed. This workshop targets reverse engineers that want to reach that point.

You don’t have to have analyzed a Go binary before, but you should have experience with reversing using tools such as IDA, Ghidra, or radare. The workshop will cover a crash course in the language and some of the paradigms used by Go developers, data structures and calling conventions, multiprocessing communication, control flow obfuscation techniques, inline functions, data and type extraction, and obfuscators.

Attendees must provide an environment that they can use to analyze malware. A disassembler, preferably IDA or radare as they have more Go tooling.

As a senior analyst in PwC’s Threat Intelligence team, Curtis focuses on tracking Iran-based threat actors, along with other regional advanced persistent threats.

His specialty is leveraging open source intelligence OSINT to uncover new and emerging threats, attributing threat actors and using his first-hand experience of living in the Middle East to contextualise the geopolitical landscape of the region.

Allison is the lead for the Americas region in PwC’s threat intelligence practice where she supports numerous business and strategic research initiatives. She has 20 years of experience working as a network defender, incident responder, intelligence analyst and threat researcher.

In addition to Iran-based threats, her research interests include emerging threats and threat actor mistakes.

She holds numerous industry certifications and an advanced degree from Columbia University where she guest lectures for several information security-focused graduate courses. In , nine members of Iran-based threat actor, Yellow Nabu a. Silent Librarian, Cobalt Dickens, TA were indicted by the US Government for stealing more than 31 terabytes of data from hundreds of universities, at the behest of the Iranian Government.

Since then, PwC has observed Yellow Nabu targeting over universities, libraries and research institutes in nearly 50 different countries. Open source reporting on this threat actor is often cyclical, with blogs appearing around August and September to coincide with the US school year, while the content is usually a snapshot of the threat actor’s phishing infrastructure.

Yellow Nabu is active and capable of conducting campaigns at scale which represents a challenge for defenders globally. Pulling back the curtain on Yellow Nabu, this presentation attempts to fully detail the threat actor’s operations. We will cover tactics, tools and procedures TTPs not publicly documented, such as clever methods used to collect credentials and attempts to evade email filters.

In addition to analysing statistics that show periods of activity and specific university targeting beyond the expected norms, target sets outside of universities that focus on social media platforms, closely related clusters of activity and attribution to specific organisations within Iran. The topics discussed are intended to support defenders in tackling this specific threat, while being able to adapt the wider techniques and lessons learnt for other intrusions.

Didier is a pioneer in malicious document research and analysis, and has developed several tools to help with the analysis of Cobalt Strike artifacts. You can find his open source security tools on his IT security related blog. In this workshop, Didier Stevens will guide you through exercises that will familiarize you with his tools to analyze Cobalt Strike beacons, fingerprint team servers.

Gabriel Bassett is the lead data scientist and a contributing author on the Data Breach Investigations Report team at Verizon Enterprise Solutions specializing in data science and graph theory applications to cyber security. He supports several information security data science conferences, is game architect for the Pros vs Joes Capture the Flag series and has previously held cyber security risk management, testing, intelligence, architect, and program management positions at the Missile Defense Agency and Hospital Corporation of America.

He also led numerous standardization activities and collaborations with universities, national and private research institutes, and startups. Defenders typically track adversary behaviors atomically, focusing on one specific action at a time. This is a good first step toward adopting a threat-informed defense.

However, adversaries use multiple actions in sequence. We call these sequences attack flows, and understanding adversary behavior in terms of attack flows, rather than considering only individual indicators, significantly improves defensive capabilities. For example, red teamers can use attack flows to emulate adversaries or replay an incident; defenders can use attack flows to understand lessons learned during an incident or to explain defensive posture to executives.

To enable the community to visualize, analyze, and share attack flows, we have developed a publicly available data format for describing sequences of adversary behaviors, as well as an attack flow builder tool. In this presentation, we will present the attack flow format, provide an example flow, and discuss the most common use cases, such as those above. Our presentation will also show how the attack flow format can enable defensive resource prioritization, rapid analytic development, and complex machine-to-machine automation workflows.

Attendees will be invited to provide feedback after the talk to make attack flows as useful as possible to the community. The Jam Lounge is a activity based event that can last from one day to a few weeks and allow you to register at any time while the event is on.

You can choose to register with colleagues, join an existing team, or as an individual. The lounge has a long duration; feel free to get in and out and workout challenges in a self-paced manner and work at any time of convenience. In the Jam lounge, you can choose to learn best practices and new AWS features and explore the challenges and learn something new on the way. Work Alone or with your team. To sign-up, head to the 5th level foyer and talk to an AWS team member to get started.

An informational PDF flyer will be available in the conference mobile app with more information on the Jam. In his current role, he leverages his experience to educate and improve users’ capabilities in Security Operations, Threat Hunting, Incident Response and Threat Intelligence. He has authored multiple hands-on workshops that focus on enhancing these specific security skills.

When not doing cyber things, John enjoys reading or binge-watching TV series that everyone else has already seen. During the fall and winter, you can find him driving his boys to hockey rinks across the northeastern United States. John also enjoys listening to, as his teammates call it, “80s sad-timey music. My background is on the defensive side, blue team, but I always had an interest in the red team side of things. Over the past five years, I have either built or assisted with building adversary emulations using techniques that adversary groups from around the world utilize.

To help blue teamers identify threats and use their tool sets more effectively, as well as demonstrate the value of certain data sets and techniques that can be applied everyday. I’ve been the adversary and I will share with you my experiences, lessons learned, pitfalls that I have encountered and share guidance that may help you as you contemplate if adversary emulation is something that your blue team would benefit from.

Attendees will come away with a better understanding of where scenario based adversary emulation fits, how to focus your efforts to ensure that everyone is getting something out of it, guidance on data sets and ideas around where to start when building your scenarios. Finally, links to existing data sets that we have created will be provided so if you want to see what we produced and use them to improve your own hunting and detection, you can! Daniel Schlette is a third-year Ph. He received his Master’s Degree Hons.

His research interests focus on cyber threat intelligence and incident response. While examining structured data formats, core research results indicate the importance of data quality and collaborative cyber defense.

He received his Ph. His research interests focus on security of industrial control systems and building automation with a special focus on critical infrastructures. Before starting his Ph. Novel approaches to structure and represent incident response are broadening the scope of threat intelligence.

In this presentation, we describe different representation options by defining key aspects of incident response formats. Our in-depth analysis shows the differences and similarities between formats and allows organizations to understand individual benefits and shortcomings.

We find a consistent focus on incident response actions within all formats and the importance of both playbooks and frameworks. Additionally, we outline how to apply the key aspects to drive the selection of incident response formats based on a given use case e.

After that, he became interested in cybersecurity research and he developed various cybersecurity PoC systems. Toshi was asked to correlate bank accounts and IP addresses during discussions with law enforcement LE practitioners. However, Ryu, having recently created his bank account in Japan, found the “person” object an inadequate model to represent a Japanese bank account owner and issues matching a Japanese person and a “person” object.

For cyberspace data like IP addresses, exact matching would suffice, but not for real-world data. It is like many independent islands.

It is no use to match “Satomi” as a family name and “Satomi” as a given name. We will demonstrate those mechanisms and explain its LE use case. PL, constantly digging for fire and doing reverse engineering of ransomware and botnet malware. Free-time spends on playing CTFs as a p4 team member.

Malware analysis is one of the most common challenges facing almost any organization dealing with cybersecurity. From year to year, it becomes a harder nut to crack, because of the growing scale of activities undertaken by criminals and their increasing sophistication.

Most organizations are trying to automate malware analysis processes using various loosely-connected scripts, toolkits and sandboxes to extract actionable information like indicators of compromise, dropped files, static configurations and webinjects. As our in-house setup became increasingly complex and other solutions on the market did not meet our needs, we decided to create a central system to provide a convenient storage for this data and to share it with the wider security community.

The resulting platform is called MWDB. It is not just a repository but a complete modular malware analysis framework and is freely available for white-hat analysts as a service via mwdb. All core parts of the platform are released as open-source so other teams can build their own self-hosted malware repositories and automate analysis workflows. During the presentation we will explain features and the architecture of the system. We will also show how it is used in practice to support analysis at scale with examples of recent malware campaigns.

Let’s face it, aligning all the businesses within a company to adhere to PSIRT practices can be difficult. You must balance your companies’ customers and your internal customers oh not to mention marketing, sales, Comms, Legal and the business execs that might not understand security at all.

Where do you start? How do you get the businesses buy-in, but keep industry best practices and your customers security needs inline all while trying to protect the business brand? This talk will cover how to get the business buy in while keeping control of your PSIRT Program and meet customer security needs.

From setting expectations, growing to handling bug bounties and third-party vulnerabilities oh and that SBOM to continually assessing the maturity of your program. All the while figuring out how to make sure your team can handle the influx of issues and pressure of the customers, and making sure the business is aligned and ready for all that you are going to bring on. Donncha is a researcher and technologist at Amnesty International.

Based out of the Amnesty International Security Lab in Berlin, his primary focus is on investigating and exposing targeted digital surveillance against activists and human rights defenders. Before joining Amnesty he worked with eQualit. Mobile surveillance has quietly become a pervasive and global threat which is especially serious for individuals in civil society such as journalists and human rights defenders. The security and incident response community lacks visibility into these threats from sophisticated actors which are using zero-day exploits to compromise targeted mobile devices.

We will demonstrate our open-source forensics tool, the Mobile Verification Toolkit MVT , which is the first public tool specifically designed for incident response on modern mobile devices. The talk will outline what forensic artifacts are retained on each platform following a successful or attempted Pegasus infection. It will also demonstrate how the MVT tool can be used by researchers and analysts to identify new mobile spyware threats.

Infosafe IT is one of the leading cybersecurity companies in the Ukraine. As an engineer and project manager, Victor participated in the creation of complex information security systems of national importance.

He was one of the defenders of the system of the Central Election Commission during the cyberattack on the Presidential election. From January 15, Viktor Zhora was appointed as the Deputy Chairman of the State Service of Special Communications and Information Protection of Ukraine on digital development, digital transformation and digitization. The Chief since Deputy Chief since Ukraine is one of the youngest countries in Europe who experienced a great need in cyber security from early years of its independency.

We will start the presentation with an overview of the activities and task carried out by the CERT-UA, the State Cyber Protection Centre, and the creation of the UA30 Center aimed at protection of state information resources, critical information infrastructure and Ukrainian cyberspace in general. We will also present plans for further development of the cyber function in Ukraine. The main part of the presentation will be dedicated to the overview of the current attacks on Ukrainian infrastructure in and incident responses carried out by CERT-UA.

We will share tactics and instruments used by the attackers when targeting governmental institutions and infrastructure as well as challenges when conducting cyber investigations and interacting with affected organizations.

We will conclude with outlining the main vulnerabilities and flaws which were exploited by threat actors and resulted in cyber incidents. Sami Mokaddem is a software developer who has been contributing to the open-source community since in the fields of information sharing and leak detection. The Cerebrate Platform is a new open source project, built to allow organisations to manage trusted communities and orchestrate the tooling between its constituentsManage contact information of your community members, open dialogues to interconnect various security tools within the network or simply manage a fleet of your internal security tools.

Cerebrate handles a host of day-to-day tasks for automation and trust building within security communities. Join us for the always fun, conference social event located in the Forum of the CCD! We have live music, performances, and an array of fun activities lined up. Dinner buffet and beverages will be provided. Ken Grossman has worked in the information security field for over 20 years and has been instrumental in various major security initiatives.

Grossman has an M. Being involved in the field of security since 20 years ago, Tobi has been focusing on the industrial side of IT infrastructures for over 10 years now. Starting with vulnerability handling in Siemens ProductCERT, he was very involved into the automation of security tests. And he likes French comics.

Tom is working for Siemens in product security since 15 years. After five years of penetration testing he changed sides and is leading the incident handling and vulnerability response team for Siemens ProductCERT. Vulnerability management for operators of segmented networks such as industrial environments and software suppliers still largely relies on manual processes. This results in high efforts and has tremendous impact on mitigative actions such as patching. Siemens has ramped up its vulnerability handling efforts in the last decade which resulted in publishing over CVEs in advisories in This amount of information can hardly be handled in the manual way for even moderately complex environments.

This talk will give an overview of the new CSAF 2. We need a community to support this effort and to improve the situation of vulnerability management, both on the side of publishing vendors and consuming operators. Especially tools are needed that support and automate this process.

He has worked most of his career in online child safety both as an investigator and digital forensics supervisor. He also served on secondment to INTERPOL where he finished as Assistant Director of the Vulnerable Communities sub-directorate with responsibility for the child exploitation, trafficking in human beings and people smuggling teams.

The Zebra Scientific Alliance is an organisation relying on multiple teams. Together they need to overcome the many challenges of collaborating, achieving their own goals, and most importantly, trusting each other. And today, the organisation is being put to the test.

The details are opaque. Log files are missing. Time is running out. Pressure is rising. Police is pushing. Journalists are inquiring. And nothing is as it seems. Will the Zebra Scientific Alliance teams be able to solve the case? Participants will be mapped to the different teams.

Together they will experience the typical phases of any crisis: chaos, connection, and hopefully, resolution. At the end of the workshop, participants are expected to have gained expertise in cooperating to handle CSAM cases with confidence.

They will have learned about strategies and procedures they can bring back to their respective organisations, in order to be better positioned to fight CSAM. He is an industry professor in Cybersecurity at Kaunas Technology University ktu. CSIRTs and SOCs are increasingly expected to work as professional and effective organizations, reflecting on own performance and able to self-improve. Such expectations are challenging to meet for many teams around the world. Presentation is geared to support listeners in this path by providing practical tips, tricks, and demonstrations on different methods for improvements.

Talk will touch practical maturity models, mandate review, service model tuning, operational KPI updates, focusing on state-of-the-art competence models. Dr Eoin Byrne is Cluster Manager at Cyber Ireland, he has led the establishment and management of the cluster since With the increasing cost of cyber crime we must not only address the technical cyber security challenges, but also the political, economic and societal aspects. In , Ireland established a cyber security cluster with the aim of bringing Industry, Academia and Government together to support collaboration and address key challenges for the sector: from skills shortages, to the low-level of industry-academic research and innovation, lack of education and awareness, and need for greater co-ordination of organisations at a national level.

The cluster now represents over organisations, with companies, 11 universities and several government agencies including the National Cyber Security Centre. It has a wide range of collaborative activities including meet-ups, events and a Threat Intelligence Special Interest Group.

The cluster has built stronger ties with government and assisted in the response to the cyber attack on the National Health Service in May There are learnings for industry professionals, academia and policy makers from the Cyber Ireland cluster model of collaboration that can be applied to other regions. Tony Adams is a PhD student at Monash University, with research interests centering on the development of cybersecurity threat detection and response capabilities.

Tony’s Master thesis Monash University developed a conceptual model for a Pacific Islands regional cybersecurity framework. Cybersecurity acts as a driver for national economic, social and defence interests.

A common policy goal of national governments is to protect their respective interests by developing cybersecurity threat and attack response capabilities that allow their businesses, communities, partners and visitors to use the internet, safely and securely.

Contemporary research confirms the importance of nations working with partners within multinational, regional frameworks to improve their national cybersecurity capability maturity and resilience, however relatively little research has been conducted into the efficacy of such frameworks within the Pacific Islands region.

In , this research examined the factors that influence the purpose, form and function of a regional threat response capability, and proposed a conceptual Pacific Islands regional cybersecurity framework. The framework included a network of affiliated national CERTs that operate independently and reflect their respective national interests while collaborating on matters of shared interest, supported by regional partners who provide targeted and measured support to build national cybersecurity capability and resilience.

In , we are extending the conceptual framework by working with regional cybersecurity participants and partners to examine how Pacific Island nations integrate their cybersecurity threat response capabilities.

This research is examining how national and sectoral CERTs build capabilities that align with their national governments, policy directions, and collaborate with regional CERTs to develop a suite of complementary capabilities. Emma is a multi-disciplinary leader who is passionate about cyber incident readiness and specialises in executive engagements. She unexpectedly embarked upon a cyber security career during her former occupation in national law enforcement. Now, as a Senior Consultant, she has a strong focus on consequence management and works with a variety of organisations to enhance their response readiness.

Undoubtedly, the cyber community is dedicated to increasing diversity and fostering inclusion. However, the conversation can be largely focused on strategic, long-term initiatives.

This often leaves individuals within the sector wondering if they play a part, at all, in achieving this industry-wide objective. This session will reference typical actions carried out during the incident response lifecycle and highlight how responders can practice active inclusion. With a focus on how these behaviours can directly enhance the effectiveness of the response, it will also generate thinking about the small but profound actions which will bring significant and long-lasting benefits to everyone.

Throughout the course of the day, he works on Security Threat Reports for existing and potential clients, finds new threats and attacks by analyzing global DNS data coming from Cisco Umbrella resolvers, and designs tactics to track down and identify malicious actors and domains.

Currently focused on analysis and research of various cybercrime campaigns, and building defensive mechanisms powered with ML. Cyber criminals have gotten highly sophisticated in how they attack networks today, but one thing remains the same: Both detection and mitigation start at the DNS layer. From tagging domains with specific features to exploring post-exploitation frameworks that use DNS as covert channel for command and control, this comprehensive defense oriented workshop will cover every important angle.

Joining Shadowserver in , Jon brings a range of skills and experience from UK Law Enforcement cyber crime investigation to the Foundation. The training on DNS: Prevention, Detection, Disruption and Defense offers a comprehensive introduction from a basic level on how adversaries abuse and leverage the Domain Name System and domain registration services to carry out different types of attacks. Looking at both the technical aspect of the domain resolution process to the lifecycle of domain names, with a focus on the vulnerabilities in the processes and systems, participants in the training will gain an understanding on how they can prevent the malicious activity, detect and disrupt it, as well as defend their specific constituencies.

He is the main driver behind the phishing methodology of NVISO’s Red Team engagements and loves explaining happily how to make his job harder. Outside of getting hyped over nerdy stuff, he is an avid traveler with a love for extreme sports like parkour and freediving. Can we avoid blaming the user by stopping a phishing campaign before it is even launched? Well, this talk will demonstrate multiple techniques to detect and block malicious domains before the mail lands in the inbox of your employee.

By first analyzing how Red Teams and adversaries set up phishing campaigns, we zoom in on what OPSEC mistakes can be used to the advantage of Blue teams.

We define techniques to detect malicious domains that are targeting your organization and further use NetLoc intelligence to correlate these to related threat infrastructure. Based on the defense in depth principles Bleu Teams can implement additional security controls to prevent mails from reaching the inbox of their organization.

Through practical demos and real-life examples, attendees will learn techniques and tools to uncover threat infrastructure that might be used in upcoming targeted phishing campaigns. He started his career as a Network Security Engineer with Atos in Day by day, attack surfaces are evolving and defense evasion methods are improving and yet, the traditional detection mechanisms cannot overcome these problems.

We believe that it’s still possible to detect and take down the malicious activities with Dynamic detections with Machine learning instead of traditional detections. He is a Microsoft MVP and specialises in understanding the attacker tradecraft and thereby improving detection. He has a varied background in blue and purple team operations, network engineering, and security transformation projects.

Companies often put a high level of trust on their tools to support them in their quest to protect them from harm.

But is that trust warranted? What are the out of the box capabilities and what can be gained from the telemetry that they produce in terms of custom detections. Avigayil is a security researcher at Intezer specializing in malware analysis and threat hunting.

During her time at Intezer, she has uncovered and documented different malware targeting both Linux and Windows platforms. Prior to joining Intezer, Avigayil was a cyber analyst in Check Point’s mobile threat detection group.

Nicole Fishbein is a security researcher and malware analyst. Nicole has been part of research that led to discovery of phishing campaigns, undetected malware and attacks on Linux-based cloud environments. With the industry’s migration to cloud, Linux is practically everywhere, encouraging attackers to target this operating system aggressively in recent years. Researchers have disclosed different malware families, including highly sophisticated ELF malware, proving attackers are increasingly adding Linux malware to their arsenal.

As Linux continues to gain popularity, more threats are expected to be exposed over time. It’s critical that security researchers have the ability to analyze and understand Linux malware as part of their evolving skillset. This hands-on workshop will provide practical knowledge and tools for effective ELF malware analysis. Attendees will gain a better understanding of the ELF format and learn how to analyze ELF files using static and dynamic methods.

This workshop is most suitable for attendees with a basic understanding of malware analysis and some technical background. Attendees must have a Linux-based virtual machine where they can run malware. Reverse engineering RE is an integral part of malware research but it is also one of the most advanced skills a researcher can have.

Many researchers with lack of experience struggle to get started in RE. Gaining a solid starting point in RE with the relevant knowledge and terminologies can be a differentiator for a researcher. This workshop will provide RE basics for attendees who have no RE experience and wish to step into this field.

Attendees should have prior knowledge and experience in malware analysis. Successful initiatives led by Dr. Hashem contributed to Egypt’s advanced cybersecurity rank: 14th among countries, as reported by the ITU in Hashem received a B. The remarkable process of developing the recent reports and their endorsement by consensus, has been a significant highlight of cyber diplomacy in We summarize the key issues that may affect the Incident Response teams.

Justin Swisher has over a decade of experience in cybersecurity, including network security monitoring, endpoint threat hunting, and threat intelligence. After leaving the intelligence community, Justin brought his government experience to several cybersecurity vendors, supporting customers’ development of threat intelligence programs.

She has five plus years experience in threat-intelligence led incident response and threat hunting against both nation state and eCrime adversaries. She is also a CREST registered Threat Intelligence analyst, who has produced and supported the creation of intelligence products across a range of industry verticals. This presentation will give attendees an understanding of adversary trends in the Linux space, empowering them to build proactive hunting capabilities specifically targeted towards Linux operating systems.

Hear from our full-time threat hunters on how they see today’s sophisticated adversaries conduct hands-on attacks on Linux operating systems. Despite the importance of effectively preparing and responding to large scale cyber incidents or crises, there is no currently available cyber crisis management maturity framework that allows an assessment or evaluation of the maturity of EU institutions, bodies and agencies EUIBA participating in the execution of its function during different stages of the EU cyber crisis management phases.

For our participating sponsors, please find your details timings within the Exhibitors Resource Kit. Before joining the Forum, Tal took part in the establishment of Israel National Cyber Directorate, leading the formation of Israel’s national cyber security strategy. Prior to that, he served as an officer in the Military Intelligence Directorate. Tal holds B. Manky has established frameworks in the security industry including responsible vulnerability disclosure, which has exercised the responsible handling of over zero day vulnerabilities.

Manky has been with the Cyber Threat Alliance since it was founded in May and sits on the steering committee. He has helped to build collaborative platforms in the cyber security industry for over 15 years. His vision is applied to help shape the future of proactive cyber security, with the ultimate goal to make a positive impact towards the global war on cybercrime. Cybercrime presents a major risk to prosperity in the global digital economy.

To systematically address this threat, it is imperative to raise the cost of conducting cybercrime and increase the risks for cybercriminals. This can only be achieved through effective public-private cooperation, with global businesses, and other cyber responders, working side by side with law enforcement.

What in needed to achieve such collaberation? How to Play. The CTF consists of a series of technical exercises challenges where the participants must find an answer or flag and submit it to the CTF platform.

Every flag submitted contributes to the team’s score. A number of new challenges are released every day during the conference and are categorized as network, web, ICS, cryptography, reverse engineering, programming, miscellaneous, puzzle, and so on. Do You Need a Team? It is strongly recommended to participate as a team with a maximum of 4 members.

Please start planning ahead with your peers also participating. Each team can strategize and assign challenges to members based on their expertise such that the team’s combined knowledge is exploited to its fullest potential. Will There Be Prizes? We will be awarding three teams with some really nice swag! Cloud computing is growing swiftly and misconfigured cloud services can be low-hanging fruit for an attacker.

Most of these misconfigurations are exploited to engage in cryptojacking, with TeamTNT being one of the most active threat actors in this field. TeamTNT is a well known threat actor group that systematically targets Linux servers and also compromises Kubernetes clusters and servers running Docker.

This presentation will cover the evolution of TeamTNT’s activity, including TTPs throughout the various campaigns and services they targeted, such as Redis and Windows servers. The scripts and tools used in each of their campaigns will be presented, along with TeamTNT’s uniqueness when it comes to targeting cloud and ways you can identify their tools in your environment.

Vishal Thakur has worked in the information security industry for many years in hands-on technical roles, specialising in Incident Response with a heavy focus on Emerging Threats, Malware Analysis and Research. Vishal regularly conducts training sessions and presents research at international security conferences. Vishal also regularly publishes his research; some of the links have been included in this document.

Other research teams have used Vishal’s publications to carry out further work in malware analysis. John is a passionate information security professional with specialist knowledge in digital forensics and incident response DFIR , cyber threat intelligence and offensive security practices.

He has over 20 years industry experience with a proven ability to help organisations defend and protect against cyber threats.

He also provides pro-bono information security consulting for one of Australia’s largest not-for-profit organisations. This workshop teaches students Linux-based digital forensics and malware reverse engineering techniques used in responding to real-world incidents.

The instructors are incident response Directors in Ankura Consulting’s DFIR team and will go through techniques, tools and analysis steps involved in responding to a security incident in Linux environments and how to analyse malware that targets Linux systems. The workshop relies heavily on “hands-on” labs to teach the practical skills of how to set-up and use the tools and techniques necessary to get started performing incident response on Linux-based systems.

It covers Linux memory forensics, all the way to conducting reverse engineering of Linux-based malware. The labs will utilise systems and digital artefacts based on a simulated security incident. Joe Slowik has over 10 years experience in various roles within information security, spanning offensive and defensive perspectives. Following several years in the US Navy, Joe led the incident response team at Los Alamos National Laboratory, where he integrated threat intelligence perspectives into operational defense to improve defensive outcomes.

After this period, Joe researched ICS threats for several years at Dragos and conducted wide-ranging intelligence analysis for DomainTools. Currently, Joe leads threat intelligence and detection engineering functions for Gigamon where he is able to apply insights into the threat landscape directly to customer-facing applications.

Consultants and marketing departments refer to “threat hunting” as a desired position for network defenders. By adopting this mindset, defenders can take a an active role pursuing intrusions. Yet precise methodologies for threat hunting are hard to come by, making the concept something amorphous. In this discussion, we will explore a methodology to standardize the threat hunting process, using an intelligence-driven, adversary-aware approach to drive investigation.

This discussion will reveal a series of concrete steps or operational techniques that defenders can leverage to produce a measurable, repeatable, sustainable hunting process.

To illustrate the concept, we will also look at several recent examples of malicious activity where an intelligence-driven hunting process allows defenders to defeat fundamental aspects of adversary tradecraft. Audiences will emerge with a roadmap for building a robust threat hunting program to improve the defensive posture of their organizations. Ryan Robinson is a security researcher for Intezer.

He specializes in malware reverse engineering and incident response. In previous roles, Ryan has worked as a Security Engineer securing cloud applications and as an analyst in Anomali’s Threat Research team. Most cloud breaches are a result of an attacker exploiting a misconfiguration or default configurations.

Most misconfigurations are public knowledge. What if you didn’t know that a service you use is misconfigured? How can this be quickly remediated? Workflow platforms are an indispensable tool for automating business tasks.

These widely used platforms are often hosted on the cloud to provide accessibility and scalability. Internet-wide access combined with insecure configurations can make them the perfect candidate for exploitation.

Understand security risks behind these applications, how to respond to threats, and how to detect misconfigurations in popular open-source workflow software and tackle breaches once they occur, citing real-world attacks. We discovered thousands of exposed credentials, sensitive data, and cryptojacking campaigns through workflow software.

The way to combat this is a defense in depth strategy, most can be tackled with open-source defensive tools. He has over 6 years of experience in incident response, digital forensics and threat intelligence. Tokyo Games was the biggest international sports event and many potential cyber threats were expected. We will share our experience in preparation of cybersecurity for Tokyo Games for five years.

It describes three level approach: strategy, action plans and resources, that improved our cybersecurity significantly. We also discuss our integrated physical and cyber response posture, and remote incident response posture due to pandemic.

These practices will be helpful to other CSIRTs preparing for and responding to international events in other regions. Daniel Lima holds a bachelor’s degree in Technology Management, has been working in the Information Security area for over 9 years, and is a specialist in Incident Response and Encryption. Currently SOC manager for at least 4 years. The last 4 years his work has been focused on cybersecurity and developing cybersecurity business at LATAM market.

He understands the customers’ challenges and aims to offer the best solution to solve them. Through a real use case, I’m sharing how the incident response team was able to identify and contain one of the biggest gangs that operated defrauding financial institutions through a combination of attacks. Alexandre Dulaunoy encountered his first computer in the eighties, and he disassembled it to know how the thing works. While pursuing his logical path towards information security and free software, he worked as senior security network consultant at different places e.

Ubizen, now Cybertrust. He co-founded a startup called Conostix, which specialised in information security management. For the past 6 years, he was the manager of global information security at SES, a leading international satellite operator. He is also the lead developer of various open source tools including cve-search and member of the MISP core team.

Prior to that he worked as a software engineer. Hashlookup aim is to index the hashes of all the published and released software. It crawls and indexes the hashes from many different public sources which include Linux distributions, operating systems such as Windows or alternative distributions.

The goal is provide a fast and efficient way for analysts, digital forensic investigators and security researchers contextual information about published software. Helen has a Master’s Degree in Public Policy and has earned various industry certifications. She serves on multiple boards and is a faculty member for the Digital Director’s Network, and the Educause Leadership Institute. Helen advocates for more naps and is anti-bagpipes.

She is the author of “Navigating the Cybersecurity Career Path”. There is a disconnect between people who run security programs, and board members whose job it is to oversee the security of an organization. On the one hand, most security leaders are unaware of how boards work, and how to present information using the language of boards. On the other hand, board members don’t understand security, or the systemic risks of technology.

It’s like people lobbing tennis balls at one another, but from the ends of different tennis courts. Both have a responsibility to engage, but neither really understands how to make that work. In this session, we will talk about what boards care about, and how to present security information to them. We will suggest ways to help security people foster productive board engagement in their security program.

Attendees will receive ideas and resources to help them take action upon leaving the talk. Prior to the SEI, Justin worked in a variety of government roles, including with the federal government at the Department of Defense, and in state government. The development of computer security incident response teams CSIRTs has followed a trend of growth and increased specialization, including the establishment of sector CSIRTs responsible for facilitating incident response and management for a particular sector of a country or economy.

Methods of activating the operating system are becoming available. A remote procedure call is used to activate KMS servers. This utility also allows you to authenticate your Windows installation. The increased capabilities and constant replacement of the OTA system are factors that make it a popular operating system.

You may receive a notification to activate Windows. Windows will stop working after a while if a license has expired. What is the process for downloading and installing the Windows activator?

Installed software on a Windows computer helps facilitate human tasks. Knows about computers and how to use them.

You are using any of Windows 7, 8. Windows 10 keys are not available to everyone. Developers created different activator tools, such as KMS activator, that are free to use for Windows 10 activation.

Windows 10 media creation tool is application has the ability to control, permitting and maintain of MS products. It helps the user to find out same copy on different devices. Product Key For Windows 10 is application has real connection with in both device and installed windows. Windows activation status can be checked by open the setting of this application. This application is allow 32 bit and 64 bit of software edition.

Microsoft windows 10 download is application can be start easily without any file damage. It is must for windows activation process it has important feature. Activated windows provide the facility for user who has more experience. It has both feature one is latest updates and second is latest security features.

Many of them are fakes that may infect your computer. Windows 10 home product key free is way used to get the honor key for Microsoft Office This is the mechanical get-together known as the KMSPico in any case various individuals search it as the Windows 10 Activator thinking about supporting Win The name recommends this instrument is dealing with the very improvement that is presented by Microsoft named as Key Management Server.

The assistance of this technology, KMSPico uses to make a server on your PC and a brief timeframe later clarification it to appear as though you are head. It also helps to install the MS office. Windows 10 Product Key is very strong application that is used for operation all version of Microsoft windows The help of this application user can operate all version and other program of Microsoft windows. It provides the facility to you for activate all type of windows edition easily. It provides many features one of first feature of this application is free.

You are facing some problem during operate windows 10 than you can install this application and easily solve the problem. These are give help during solve many issue. One of the most important information is about it that every user cannot get windows access directly from Microsoft. The best software has been installed permanently on Windows Make your own section for your most-used apps in the Windows Store App Store.

The product key For Windows 10 is sent to each user. The authentic nature of a product depends on the unique characteristics that each user brings to it.

A product key may be requested when you reinstall. The system is easy to operate and manage. Internet activators are available in many formats.

Many of these applications contain viruses, even when they claim not to. It is for this reason that Windows activators are many. The web inside the given interval of time your foundation will be gotten out, You will be relied on to follow every one of the means once more.

It gives a client a guaranteed permit status in this manner they get vitalizes too. It is viewed as the best device among people who use took windows rather than confirmed ones. N-Bit recommends that this instrument stays mindful of the two progressions notwithstanding on the off chance that you are utilizing a cycle or digit plan. It is the all around expected thing as we no question comprehend an uncommon course of action programming needs to have some spot practically 64 cycles. You can get the award key for Windows 10 and for Microsoft Office.

That everybody should know is that it gives real award status to your windows. You will get the most recent updates from Microsoft servers wherein you get new highlights.

Keep yourself secure from dangerous codes. Windows 10 Activator txt works as operating system derives with different versions like Household, Elementary, Professional, Initiative. In Premium version which is Windows 10, user would attain the quality of interrelate inside in basic edition that is provided there.

There is two versions which is basic. Product key aimed at every different version is also changed. If users want to download window 10 in their home device. Windows Pro 10 Activator is a complimentary instrument which permits us to turn on editions of our operating scheme.

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It is recommended leaving the streaming setting in auto mode. If you experience performance problems with highest quality streaming, just use a lower quality setting. Note On bit operating systems, applications will run in bit emulation mode For the product to function properly, the devices must be correctly installed and recognized by the operating system.

It is highly recommended to install the latest WHQL-certified device drivers Setting up media access server features requires a computer connected to a local network. For laptops with two integrated mobile graphics cards, we strongly recommend updating the mobile graphics card drivers for your laptop directly from the system manufacturer’s website only. Special minimum requirements for playback, transcoding and video editing of H. Because only good software unlocks the full potential of your hardware.

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