Kirey Group’s Post

I recommend the reading of the excellent paper "The Impact of Digital Transformation on Society", published by Springer. In this paper, the authors have created a model that makes the various steps of digital penetration - #Digitization (equipment), #Digitalization (process), and #DigitalTransformation (organization) - easy to understand and differentiate. The model also reveals the next step to come (ie #DigitalTransfiguration (ecosystem)). Here you can find the publication: https://lnkd.in/eH65JkQ3 For those like me interested in the Internet of Things (#IoT), this paper describes how for many companies the digital transformation has just started with rudimentary applications of the IoT and #digitaltwins, leveraging machine-to-machine communication systems. Dr. Johannes Vrana .Ripi Singh, Digital Transformation Catalyst Rob van Kranenburg Gaelle Le Gars Heinz Paul Bonn Dr. Lara Srivastava Sophie Le Pallec Aziz Mouline European Commission

At FACTOR Ingeniería y Decoletaje we promote sustainable and high quality production in #turning and precision #machining by integrating technologies such as #IoT, #BigData and #ArtificialIntelligence to improve #efficiency, #sustainability and #accuracy in our processes. A firm commitment to #IndustryRevolution with the mission of increasing international #competitiveness, attracting #innovative #talent and impacting in a positive way on the environment. In this article, we summarize our recent experience with the aim of making visible the advantages of investing in sustainability, #quality and #openinnovation. https://lnkd.in/dn6Ath4V

Today we published our 2024 McKinsey Technology Trends report in an engaging, interactive site that is easy to access. This report identifies 15 of the most significant tech trends unfolding today. Examples we looked at ranged from scaling up coding acceleration use cases, to exploring new IoT deployments powered by advanced connectivity paradigms, to testing innovative collaborative robotic support, and growing renewable generation and storage capacity. Please check it out! #TechnologyTrends #McKinsey #2024Report #TechInsights https://lnkd.in/dwvHUqgB

Accenture research shows investing in the right technologies is key for #industrial equipment companies in increasing speed to market and gaining competitive advantage. Thomas Rinn spotlights the technologies which help compress time to design, develop, manufacture, and deliver products to customers. https://accntu.re/3SPrreb Forbes #smartfactory #manufacturing #iot #Accenture

🌱 Embracing Sustainability: A Business Imperative 🌏 Recent studies reveal that over 70% of global consumers are willing to reshape their consumption habits to reduce their environmental footprint. In this competitive landscape, businesses are recognizing the need to provide services that align with consumer and environmental expectations. As global energy usage is set to surge by 50% by 2050, investing in accessible, clean, affordable, and sustainable green energy becomes imperative. 💡 Technology Driving Sustainable Development Leading companies are leveraging technology to achieve sustainability goals, including net-zero targets. IoT, data analytics, and sensors play pivotal roles in decarbonizing industrial operations: Networking and Communicating: Efficiently sharing information across networks, machines, and devices. Monitoring and Tracking: Capturing real-time data for reporting operational performance within connected devices. Analyzing, Improving, and Forecasting: Gaining insights from data for informed decision-making and future process efficiencies. Augmenting and Automating: Integrating digital and physical worlds with remote management and the development of autonomous systems. 🚀 Four Ways Technology Accelerates Net-Zero Ambitions Process Optimization and Digitization: Leveraging advanced technologies like cloud-native architectures to optimize processes and meet emission reduction goals. Carbon Data Transparency: Utilizing IoT and blockchain-enabled solutions for transparent carbon accounting across the value chain, aiding sustainable decision-making. Circular Products and Services: Developing reusable and sustainable products and services with zero pollutants, fostering zero-waste practices and creating new revenue streams. Data Ecosystems and Ventures: Embracing cross-industry data-sharing ecosystems that provide real-time insights into environmental impacts, ensuring compliance with sustainability regulations. ♻️ Responsible AI for Sustainable Outcomes The role of technology in sustainable development, particularly AI, is transforming how businesses operate. AI-driven systems optimize processes and lower energy costs. However, the energy demands of training AI models pose environmental challenges. To sustain efforts in mitigating environmental impact, organizations are actively working on decreasing the carbon outputs of AI/ML models. 🌐 Join the Movement! #Sustainability #GreenTech #NetZero #TechForGood 🌿

With more and more organizations undergoing digital transformation, it’s helpful to understand how data and analytics drive change and help build sustainable enterprises. We are living through the fourth industrial revolution, aka Industry 4.0, characterized by increased automation and integration of smart machines. Growing at a CAGR of 20.67%, Industry 4.0 is the next phase of digital transformation driven by disruptive trends such as IoT, cloud, machine learning, data and analytics, human-machine interaction, robotics and advanced manufacturing technology.

Advancements in the chemical industry primarily focus on digitalization, decarbonization, and automation. Startups integrate different technologies to automate chemical manufacturing and make it sustainable. These chemical industry trends show the direction of industry innovation over the next few years. For example, The IoT will further promote high connectivity between various devices to improve material quality, asset performance, and worker safety. #chemicalscience #technology https://lnkd.in/d5vsEK-s

🌉 The Challenge: Bridging the Gap Did you know that Small and Medium-sized Enterprises (SMEs) contribute to more than 50% of global GDP and 70% of employment worldwide? Yet, a significant portion of these agile innovators face considerable challenges in adopting advanced technologies. Limited resources, knowledge gaps, and the complexities of sustainable practices can hinder their growth and impact on sustainability efforts. ⚙️ The Solution: Smart Manufacturing & Decision Intelligence At SUSI Tech, we believe in the power of adaptive Human-Machine Interfaces (HMIs) and the Internet of Things (IoT). These technologies enable real-time monitoring and control of manufacturing processes, leading to increased efficiency, reduced waste, and a significant step towards greener production methods. Decision intelligence leverages data analytics, machine learning, and artificial intelligence to inform decision-making processes. For SMEs, this means the ability to anticipate market changes, adapt strategies promptly, and optimize resources effectively, all while pursuing sustainability goals. ☄️ The Impact: A Triple Bottom Line Approach Embracing smart manufacturing and decision intelligence not only propels SMEs towards economic success but also environmental stewardship and social well-being—the triple bottom line. By adopting these technologies, SMEs can contribute significantly to reducing carbon footprints, preserving natural resources, and creating a healthier society. Invest a few minutes of your time to make a lasting impact. Click the link below to take our survey: https://lnkd.in/dX6aXK78

With more and more organisations undergoing digital transformation, it’s helpful to understand how data and analytics drive change and help build sustainable enterprises. We are living through the fourth industrial revolution, aka Industry 4.0, characterized by increased automation and integration of smart machines. Growing at a CAGR of 20.67%, Industry 4.0 is the next phase of digital transformation driven by disruptive trends such as IoT, cloud, machine learning, data and analytics, human-machine interaction, robotics and advanced manufacturing technology.

Advancements in the chemical industry primarily focus on digitalization, decarbonization, and automation. Startups integrate different technologies to automate chemical manufacturing and make it sustainable. These chemical industry trends show the direction of industry innovation over the next few years. For example, The IoT will further promote high connectivity between various devices to improve material quality, asset performance, and worker safety. #chemicalscience #technology https://lnkd.in/d5vsEK-s