The purpose of the workshop outlined below is to educate ICS-OT-SCADA engineers on cyber risks and defense, and IT engineers to better understand the solutions needed for protecting industrial and utility systems.

Upon completion of this workshop, participants will be able to continue with self-learning and acquire more knowledge in the field of industrial systems’ operation, cyber technologies and defense measures, understand the key terms, attack vectors, and defense processes, and you will be best prepared for the future challenges.

The proposed 2-day workshop conducted during the ACDF conference will be specifically customized for the people who registered for this pre-conference workshop and taking into consideration their basic knowledge and background.

The proposed workshop is designed a way that the participants, having just basic knowledge on cyber-secured operation of ICS-SCADA-OT facilities will gain knowledge, technologies and techniques which day can immediately use in the daily activity:

• Understanding the ICS-OT technology as related to cyber risks and defense
• Understanding the ICS architecture, related components and communication
• Understanding of the unique threat factors applicable for the ICS-OT facilities.
• Understanding the principal technologies used for cyber secured ICS-OT systems
• Learn effective methods and specific network defense architectures and techniques;
• Learn about standards and regulations for Industrial Control Systems (ICS);
• Learn technologies and methodologies used to conduct security audits;
• Learn how to harden an ICS architecture and updating systems;
• Conduct Incident-response (IR) skills in control system environments; and

This workshop is specifically suitable and mandatory for the following groups:

• People in charge of IT who need to know more on ICS SCADA risks and defense to assure better collaboration among these teams
  SCADA/ICS engineers involved with design, maintenance of industrial plants and manufacturing processes
  Operators dealing with control of renewable and other power technology plants, sewage plants, desalination and other chemical process plants
  Broad range of managers interested upgrading their technical knowledge to make correct and cost-effective investment decisions
• After this cyber technology and defense training related to Industrial cyber security the participants will also be better prepared to apply for formal certification classes such as CISO, GIAC, CISSP and other as applicable for your business activity and the needs of your organization.

Daniel Ehrenreich, B.Sc. Engineering, MBA, CISSP, ISO27001 Lead Auditor, SCCE- Secure Communications and Control Experts. Daniel brings over 35 years of experience with SCADA-OT & ICS, deployed for electric power, water, sewage, oil and gas.

Since 2010 Daniel has combined his engineering activity with industrial cybersecurity, consulted to various organizations and delivered training sessions in Israel and across the world.

Previously Daniel held senior positions in with leading firms in Israel such as Waterfall Security, Siemens and Motorola Solutions dealing with cyber defense for industrial operations. Reselected as the Chairperson for the 10th ICS Cybersec Conference taking place on 7-1-2026 in Israel.

This workshop targets professionals working with National Regulatory Authorities (NRAs), Policy Makers, Wireless Internet Service Providers (WISPs), Telecom Industry Professionals, Technologists and Engineers in the RF spectrum domain as well as Cybersecurity and ICT Experts. 

The Opportunities of Broadband Access through Spectrum Sharing in Africa workshop will cover a summary of the following topics, cognizant of the professional diversity and academic backgrounds of the participants attending the workshop.

1. Significance of Spectrum for Connectivity.
2. TV White Spaces.
3. Wi-Fi 6E and Wi-Fi 7.
4. Dynamic Spectrum Management Tools
5. Coexistence Studies and Tools.
6. Spectrum sharing in the International Mobile Telephony (IMT)
7. Regulatory Landscape for Dynamic Spectrum Access (DSA).

 Topic 2 to Topic 7 will share existing use cases, theoretical studies and practical demonstrations of various aspects of Dynamic Spectrum Access (DSA). This will also include forum discussions on regulatory approaches that can be adopted in various African countries in various RF bands for spectrum sharing. There will also be a special feature session presented by the Dynamic Spectrum Alliance on the concept of DSA and experiences across the globe. The final session during the workshop will also feature a special focus on data and cybersecurity aspects in the era of spectrum sharing.

The workshop targets to provide a platform of engagements on models of spectrum innovation (from the regulatory, economic and technical perspective) that can enable affordable Internet access and digital innovation, particularly in the era of Industry 4.0.  The workshop, therefore, intends to have the participants achieve the following:  

• Understand the comparison between traditional spectrum management and the approach of Dynamic Spectrum Management (DSM).
• Examine and discuss the new approaches of addressing spectrum management.
• Understand the emergence of TV White Spaces and its implication to the current trends of spectrum access.
• Exchange knowledge on the growth of Wi-Fi and the new emerging aspects of Wi-Fi 6E, Wi-Fi 7 and the upcoming Wi-Fi 8.
• Understand the concept of Dynamic Spectrum Management Systems (DSMS), cloud-based systems for coordinating spectrum sharing and the cybersecurity and data privacy implications.
• Understand the technical, economic and regulatory considerations and implications of new spectrum systems coexisting with incumbents.
• Describe the models of Non-Public Networks (NPN) and the opportunity it holds in compelling scenarios.

Leonard Mabele is a seasoned technology leader on various digital access projects in Kenya and Africa. He presently serves as the Lead Researcher at the African Advanced Level Telecommunications Institute (AFRALTI) looking at the emerging Wireless network technologies as well as Artificial Intelligence. Leonard was previously the Manager of the Wireless Networks and Internet of Things (IoT) Research Group at the iLabAfrica Research Centre of Strathmore University where he led the setup of the Engineering Makerspace and the Internet of Things (IoT) Lab.

Between 2023-2024, Leonard led the analysis studies of Non-Public Networks (NPNs) which focused on assessing the opportunities of deploying private LTE and 5G networks in the midband RF spectrum bands (including the C-band). Between 2021-2022, Leonard led the ITU-funded Research competition on Connect2Recover under the topic “Rebuilding Digital Inclusion for Rural Kenya from the Covid-19 pandemic,” that saw the lighting of dark fibre in two TVETs in Western Kenya and installation of ICT Hubs.

 In 2019-2021, Leonard was the co-lead of the research that led to the development of the regulatory framework for TV White Spaces (TVWS) that was ratified in Kenya in May 2021. He subsequently led technical coexistence studies in the 6 GHz band (5925-7125 MHz) for RLANs and the incumbents- FS/FSS). Prior to this, he had led the Gap Analysis study on the Opportunistic Spectrum access of various RF bands in Kenya.

Leonard holds a B.Eng degree in Electrical and Electronics Engineering and an MSc. In Telecommunications and Innovation. He is currently pursuing his PhD in Computer Science under the topic “Implementation of a Low-Cost Cognitive Radio for Dynamic Spectrum Access (DSA) in the Sub-1 GHz band.”

No prior knowledge of digital forensics is required for this workshop. Participants are expected, however, to have a basic understanding of computer systems and networks and be able to use common functions in Windows and Linux operating systems.

Who Is This Workshop For?
This workshop is designed for anyone with an interest in digital forensics and to gain a better understanding of real-world practical uses of digital forensics. This workshop is suitable for:

• Cybersecurity professionals who want to enhance their skills in digital forensics.
• Law enforcement officials who need to investigate digital crimes.
• Students who want to develop a career in digital forensics.
• IT professionals who want to gain more understanding of digital forensics.

What Will You Learn?
By the end of this workshop, you will have basic foundational understanding of the digital forensics process and how to perform forensic operations in a forensically sound manner. You will have the knowledge necessary to collect, investigate, recover, and report on digital evidence.

You will learn:

• The principles and objectives of digital forensics
• How to follow the best practices and standards of digital forensics
• The role and responsibilities of a digital forensics investigator
• How to apply the best practices and standards for digital forensics
• How to identify and collect digital evidence from various sources and devices
• How to analyze digital evidence using appropriate tools and techniques
• How to present digital evidence in a clear and concise manner

• Establish a strong baseline for a Digital Forensic readiness program.
• Collect and store digital evidence in a forensically sound manner.
• Perform proper Evidence Handling measures.
• Delivery quality detailed forensic reports to stakeholders and leadership.

Basic knowledge of computers and computer technologies is required, however the ability to run forensic software applications to participate in workshop labs is optional but strongly encouraged for your learning experience (individuals without the capable hardware can follow along with and use the workshop demo system when available). A laptop with the following specifications:

• Windows 7, 10, or 11 OS
• Minimum 4 Core Processor with high computing speed
• 16GB RAM
• 300 GB of Free Space on Disk
• Administrative level rights to install forensic programs and alter system settings

Knowledgeable and resourceful problem solver. Highly productive and self-motivated professional with solid training and experience in the field of Computer Forensics, IT systems troubleshooting, Network Monitoring, Virus Removal, Intrusion Detection and Incident Response, Systems Integration, Complex Log analysis, and Data Recovery.

Currently servicing all facets of digital (Network, Memory, and Hard Drive) forensics to clients dealing with various cyber security attacks and internal fraud matters

Giles is a seasoned Digital Forensics and Incident Response professional with over 25 years of experience spanning law enforcement, mining, professional services, and insurance. He has worked with the City of London Police, Rio Tinto, and Booz Allen Hamilton, delivering expertise in cybersecurity, eDiscovery, and legal proceedings.

With a global track record investigating complex cases—from fraud to ransomware—he collaborates with legal teams and regulators across the UK, EMEA, North America, and Latin
America. As an Ambassador for The Cyber Helpline, Giles also supports victims of cybercrime, reinforcing his commitment to the digital community.

Outside of work, Giles channels his energy into fitness competitions and world travel, having explored more than 50 countries.