-    Learning from Dow’s approach to contract labor strategies 
-    Unlocking the value of Blockchain in aligning the workforce with ESG goals 
-    Before and after: Gaining insights into the benefits of technology innovation and the issues faced before implementation

-    Overcoming compatibility issues related to outdated protocols 
-    Learning how to enable migration of data to new systems without losing vital information 
-    Integrating new connectivity systems without exposing vulnerabilities  
 

-    Preparing against cyber threats to the security posture of organizations 
-    Reaping the benefits of AI and ML in cyber risk management strategies
-    Understanding potential attacks backed that may be supported by technology

-    Reviewing the cyber issues and data breaches brought about by IOT, AI, edge computing, and blockchain
-    Evaluating and developing connectivity plans that align with business goals 
-    Accessing regulatory requirements for data privacy and security
 

-    Overcoming resistance to change among employees who are accustomed to using legacy systems 
-    Exploring the opportunities associated with integrating legacy systems   
-    Ensuring interoperability between systems and connectivity solution
 

-    Highlighting the challenges of cellular IoT in remote network-constrained environments
-    Sharing actionable engineering strategies working in successful real-world deployments 
-    Striking the right balance between device-level efficiency and data security requirements  
 

-    Optimizing oilfield connectivity, the technologies, and understanding how they will shape the industry in the years to come
-    Discussing how edge devices and gateways can enable real-time data processing and analysis
-    Use cases of successful oilfield connectivity projects, including the challenges, encountered, the solutions implemented, and the results achieved
 

Blockchain's distributed ledger technology enables the creation of an immutable record of transactions or events associated with the digital twin. This feature allows for transparent and auditable tracking of changes, updates, and interactions throughout the lifecycle of the twin. It becomes easier to verify the data's accuracy and trace any modifications' history. 

Blockchain facilitates secure data sharing and collaboration by providing a decentralized infrastructure for sharing information in a controlled and auditable manner. It ensures that all stakeholders have access to consistent and trusted data

Digital twins generate vast data, which can have value beyond their primary purpose. Blockchain allows for secure and traceable transactions related to data monetization. It provides a mechanism for tracking and enforcing intellectual property rights, ensuring that data owners are appropriately compensated for sharing or licensing their digital twin data

Session delivered in partnership with Blockchain for Energy and their members 
 

-    Reducing the impact of losing experienced people (SMEs) on operations and maintenance
-    Ensuring best practice knowledge capture using a knowledge automation platform 
-    Identifying and closing knowledge skill gaps in the workforce 
-    A practical use case on standardizing onboarding and the impact this has on P&L and safety performance
 

-    Identifying strategies to maximize the benefits of IoT
-    Assessing how to implement effective data strategies 
-    Understanding how these two technologies can be used in tandem to understand assets and optimize efficiency

-    Guiding the industry in designing deployment plans for digital twins
-    Reviewing the readiness and needs of assets
-    Aligning internal and external stakeholders and discovering available solutions
 

-    How to define the most valuable use cases
-    How to gather legacy solutions with cutting edge technologies
-    First pilot results and proposed strategy to escalate to the whole portfolio.

• Identifying opportunities for improvement and cost reduction
• Stimulating transportation scenarios to reduce cost, improve delivery times, and minimize emissions
• Selecting, managing, and monitoring suppliers to minimize risks and ensure business needs are met consistently and reliably

-    Successfully deploying IoT gateways and SCADA systems
-    Transferring measuring limits from the field into the control room
-    Leveraging one-tier tech to support the next generation workforce 
 

Session delivered in partnership with AAPG

-    Showcasing innovations such as LoRaWAN communication which unlock a new equilibrium between price and performance
-    Understanding why major players implement digital twins in partnership with IoT
-    Highlighting the Shell Energy and Chemicals Park Rotterdam proactive approach to reducing downtime and hazards by implementing wireless I-IoT sensors
 

-    Introducing the emerging IoT trends, their impact on the industry and implications for key stakeholders
-    Presenting use cases that have enabled the successful implementation of sensors
-    Reviewing solutions available for the oil & gas industry
 

-    Understanding the Current landscape of IoT sensor
-    Determining measurements sensors target and these fit into the organization structures 
-    Identifying changes needed to guarantee successful implementation
 

-    Discovering how IoT can help your company's ESG performance 
-    Understanding how to quantify the impact of oil & gas operations on the environment
-    Accelerating sustainability through IoT and monitoring air and water quality, detecting leaks, and spills
 

This session will take a deep dive into use cases from across the energy sector for AIoT and the impact it can have on critical areas: safety, data security, production, operational parameters (temperate, pressure, and flow rates).

-    Reviewing the current pipeline monitoring and leak detection process
-    Integrating IoT sensors into existing pipeline infrastructure to optimise detection rates
-    Highlighting challenges and solutions for deploying IoT sensors in remote areas

-    Reviewing the benefits of using digital twins and stimulation for oil & gas operations 
-    Promoting best practices for deploying edge computing for digital twin and stimulation
-    Analyzing case studies that have achieved successful implementation outcomes

-    Gathering and processing oil rig subsea data using edge computing solutions to minimize latency
-    Modelling the data, adding context, and saving to a local historian
-    Transforming data using edge computing and publishing it to a unified namespace

-    Balancing the relationship between IT and OT teams when scaling edge computing
-    Exploring existing edge computing solutions from hardware requirements, network infrastructure, and data management 
-    Accessing future trends and developments in edge computing for large-scale operations
 

• Considering the potential benefits, risks, and ethical implications when incorporating AI and Blockchain technologies into ESG strategies 

• Promoting environmental accountability and traceability through transparent tracking and verification of environmental data  

• Adopting explainable AI methods for ESG reporting by providing real-time visibility into environmental and social metrics 

Session delivered in partnership with Blockchain for Energy and their members

-    Cyber security awareness 
-    Mixing technology 
-    Interoperability and portability 

Session delivered in partnership with Blockchain for Energy and their members

-    Overcoming the challenges of building a permissioned network to support decentralized applications using Hyperledger Fabric between O&G companies
-    Developing decentralized applications for an E&P Oil and Gas Consortium
-    Exploring the blockchain potential for the energy transition
 

-    Addressing and mitigating the cybersecurity risks associated with digital identity systems in the oil and gas industry.
-    Integrating blockchain-based digital identity systems with existing infrastructure, legacy systems, and industry standards
-    Fostering collaboration among industry stakeholders to verify the identity and authenticity of suppliers, contractors, and subcontractors and reduce redundant verification processes
Session delivered in partnership with Blockchain for Energy and their members

• Exploring the relationship between Smart Contracts and Blockchain

• Understanding business interaction through the digital ledgers

• Navigating the interconnected platforms to ensure seamless integrated ways of working

• It all comes down to data

This case study will explore how energy companies can use change management, as part of the digital transformation strategy, to effectively drive user adoption

-    Determining the impact of connected mobile ecosystem on workforce productivity and efficiency  
-    Understanding the challenges of managing diverse mobile devices and applications and how to address them
-    Aligning business objectives, technology requirements, and regulatory compliance 
-    Promoting employee engagement and mobile-first culture within organizations

Web3 field automation has arrived! What efficiencies are here and now for field to leverage and embrace as we modernize the field. 

A demo of the commercially available chemical delivery solution created by the Blockchain for Energy consortium. 

Key Areas for discussion:

a. Embracing decentralization to bring cost savings and efficiencies that impact your bottom line

b. Generating real-time operational visibility for the field  

c. Providing transactional certainty and reducing friction between suppliers and consumers 

d. Automating cumbersome admin processes returning time to field personnel 

e. Improving the availability of data for corporate decisions and functions

Session delivered in partnership with Blockchain for Energy and their members