Ottawa, Jan. 02, 2026 (GLOBE NEWSWIRE) — The materials informatics market size was estimated at USD 157.25 million in 2025 and is predicted to increase from USD 183.51 million in 2026 to approximately USD 736.71 million by 2035, expanding at a CAGR of 16.7% from 2026 to 2035. The urge for inventive materials and the usage of material informatics is driven by the region's huge industrial base, which includes the automotive, aerospace, energy, and electronics sectors. Key Takeaways Download a Sample Report Here https://www.towardsict.com/download-sample/1016 Materials Informatics Market Overview: The materials informatics market uses data science, computational tools, and artificial intelligence to discover the design, discovery, and update of the latest materials. The market serves the software and services to track large datasets, expect the material behavior, and decrease the cost and time linked with the regular R&D procedures. Also, material informatics showcases one of the spaces with the biggest growth capability for the next ten years. This sector uses artificial intelligence and data infrastructure to develop the optimization and design of the latest materials, as well as the formulation procedure across different sectors such as cosmetics, chemicals, and food. Report Scope of Material Informatics Market For more information, visit the Towards ICT website or email the team at sales@towardsict.com | USA : +1 8044 419344, APAC : +61 4859 81310 or +91 87933 22019 Major Importers of the Materials Informatics Market: New Trends in the Materials Informatics Market: Market Dynamics: Driver: Updates in Huge Datasets The materials informatics sector is initially being driven by the transformation of massive datasets, artificial intelligence, and an overall demand for high-performance and sustainable materials. There is also an urgent demand for high-density cobalt-free batteries, and the smooth solid-state electrolytes are a main driver. Aerospace and automotive are stable drivers for high-strength and lightweight composites, which are heat-resistant alloys, in order to develop performance and fuel efficiency. Opportunity: Industry 4.0 is the Future Industry 4.0 has been marked by automation, digitalization, and smart technology. In terms of materials science, this movement is updating everything from how to smart technology. At the core of Industry 4.0 are Artificial Intelligence (AI), big data analytics, machine learning, and the Internet of Things (IoT). Such technologies can expect machine failures, update manufacturing elements, and improve the material quality. Such technologies can expect machine failures, improve the material quality, and update production parameters. Challenge: Collaborations and Partnerships are the problem While materials informatics serves a promising future, it is not without its issues, specifically within the academic circle. Problems like data integrity, cross-disciplinary partnership, and computational resource allocation demand solving. Hence, such challenges also display possibilities for further research, specifically in the growth of string algorithms, and the making of a stage that facilitates multi-disciplinary coordination and ethical data handling too. Segmental Analysis: Material Type Insights: The elements segment dominated the market in 2025 as machine learning and AI are main to material informatics, which allows the system to predict, optimize formulations, material performance, and check promising candidates depending on the historical data. Such potential mainly lowers the cost and time associated with repeat experimentation. The materials at one stage are perfect in this area, which serve as rigid AI-driven tools to develop your research and development. Its high-level algorithms track any data to check material properties, update processing elements, and guide the experimental design that has ultimately led to faster invention cycles and lower development costs. The chemicals segment is predicted to rise fastest during the forecast period. One procedure for making characteristics from a compound is to develop current chemical knowledge. For the organic molecules, this can count descriptors like molecular weight or the number of substituents. For the inorganic materials, characteristics such as the mean and variance of the atomic radii or electronegativity of the constituent atoms are considered. The initial benefit of using such physically thoughtful, meaningful, knowledge-based characteristics is the potential to receive the constant and strong predictive precision even with restricted data. By Technology Insights: The machine learning segment dominated the market in 2025, as materials innovation, simulation, and machine learning models are used to utilize the periodic table and select perfect alloy candidates. From this point of view, the field of materials informatics integrates experiment, as machine learning and simulation is one perfectly disciplined field that is constantly and interdisciplinary research sector. This combination is allowed by the scientific flow that covers the input element, which processes conditions, and the final result procedure to analyze the desired material property. The statistical analysis segment is expected to rise fastest during the forecast period. It serves as the mathematical framework for updating the computational and experimental datasets into the predictive designs and actional design rules. By the current year 2025, statistical procedures have become a main part to shift away from 'trial and error” techniques towards a data-driven scenario for the material invention. Furthermore, statistical procedures track which” descriptors” most crucially affect the materials element, such as the mean number of valence electrons for expecting semiconductor behavior. By End-Use Insights: The chemical and pharmaceutical segment dominated the Market in 2025, as cheminformatics can be defined as the application of computers in order to manipulate, organize, and update chemical data into meaningful information. It is a discipline positioned on the layer of computer science, chemistry, and data science, too. It has been used in several branches of chemistry, including materials chemistry, drug discovery, and environmental sciences, among others. Growth in the sectors means that they can include aspects beyond the chemical statements, which leads to the introduction of the term “material informatics. The electronics and semiconductor segment is expected to rise fastest during the forecast period. It assists in designing materials for high-speed. Energy -effective machines, which include wide-bandgap semiconductors and organic semiconductors for the random showcase. The high-level digital twin designs and the simulations track manufacturing procedures like deposition, lithography, and etching in order to lower faults and develop yield. Scientists use AI-driven modelling in order to make heat-resistant, lightweight alloys and coatings, complicated for aerospace electronics and high-power computing, too Immediate Delivery Available | Buy This Premium Research https://www.towardsict.com/checkout/1016 U.S. Material Informatics Market Size and Growth 2026 to 2035 The U.S. material informatics market size is calculated at USD 48.35 million in 2025 and is expected to reach nearly USD 226.54 million in 2035, accelerating at a strong CAGR of 15.07% between 2026 and 2035. Regional Highlights North America dominated the materials informatics market in 2024. North American materials informatics industry is witnessing fast development, which is driven by the growth in machine learning, data analytics, and digital transformation across sectors such as automotive, aerospace, and electronics. The growing urge for the smooth material discovery procedure and the sinister analytics has developed market strength. Main factors include the growing acceptance of AI-powered tools in order to update material characteristics, which lessens the development time and lowers costs too. The Asia Pacific region is expected to be a notable region in the foreseeable period. This region is meant for fast development because of the developing demand for grown material discovery and invention across different sectors like electronics, pharmaceuticals, manufacturing, and energy, too. The mixing of machine learning, artificial intelligence, and data-driven stages is allowing scientists to predict the material behaviors that lower downtime and cost linked with regular experimentation. The government assists through initiatives and investments whose goal is to develop digital transformation and invention, which is changing the market capability. Regulatory Landscape – Materials Informatics (North America, Europe, Asia-Pacific) North America – Chemicals & Materials Regulations Europe – Chemical and Digital Regulation Frameworks Asia-Pacific – Emerging and Evolving Regulatory Ecosystem Top Companies of the Material Informatics Market: Partnerships Among Market Players Recent Developments in the Material Informatics Market: More Insights Towards ICT: Segments Covered in the Report By Material Type By Technology By End-Use By Regional Immediate Delivery Available | Buy This Premium Research https://www.towardsict.com/checkout/1016 About-Us Towards ICT is a global leader in market intelligence and strategic consulting, committed to delivering deep, data-driven insights that power innovation and transformation across industries. With a sharp focus on the evolving landscape of information and communication technologies, we specialize in navigating the complexities of digital infrastructure, software ecosystems, and the ICT market, enabling our clients to lead in some of the most dynamic and high-impact areas of technology. Our expertise spans the entire ICT value chain, empowering startups, global enterprises, investors, and research institutions that are shaping the next generation of connectivity, cloud, cybersecurity, data, and intelligent digital solutions worldwide today globally Our Trusted Data Partners Towards Chemical and Materials | Precedence Research | Statifacts | Towards Packaging | Towards Healthcare | Towards Food and Beverages | Towards Automotive | Towards Consumer Goods | Nova One Advisor | Nutraceuticals Func Foods | Onco Quant | Sustainability Quant | Specialty Chemicals Analytics | Towards Chem and Material Web: https://www.towardsict.com/ Contact Us USA: +1 8044 419344 Email: sales@towardsict.com For Latest Update Follow Us: LinkedIn Towards ICT Launches as a Comprehensive Market Research and Consulting Platform Focused on the Global ICT Ecosystem Towards ICT, a newly launched market research and consulting platform, has officially entered the global information and communications technology (ICT) landscape, offering in-depth intelligence, strategic analysis, and industry-driven insights across critical and emerging technology domains. Designed to serve enterprises, technology providers, investors, policymakers, and innovators, Towards ICT aims to become a trusted knowledge partner for organizations navigating the rapidly evolving digital economy. As industries worldwide undergo unprecedented digital transformation, decision-makers face increasing complexity in understanding technology trends, investment opportunities, and long-term risks. Towards ICT addresses this challenge by delivering structured research, data-backed analysis, and expert-driven consulting services focused exclusively on the ICT sector. The platform's launch reflects the growing demand for specialized intelligence that connects technology innovation with real-world business and infrastructure outcomes. Towards ICT is built around six core research and consulting categories: Smart Infrastructure; Cloud Computing; Data Center & Networking; Information Security; Digitization & Internet of Things (IoT); and Artificial Intelligence & Machine Learning. Together, these domains represent the backbone of modern digital ecosystems and the foundation of future economic growth. A Research Platform Designed for the Modern ICT Landscape The ICT sector has expanded far beyond traditional telecommunications and enterprise IT. It now encompasses intelligent infrastructure, hyper-scale computing environments, autonomous systems, connected devices, and data-driven decision-making at every level of society. Towards ICT was established with the objective of capturing this expanded scope through focused, forward-looking research. The platform combines qualitative and quantitative methodologies to deliver market forecasts, competitive benchmarking, technology assessments, and strategic advisory insights. Its research framework emphasizes accuracy, relevance, and applicability, ensuring that stakeholders can move from insight to action with confidence. By maintaining a sector-specific focus, Towards ICT positions itself as a specialist rather than a generalist research provider. This approach enables deeper analysis, clearer trend identification, and more meaningful interpretation of technological and market shifts affecting the ICT industry. Smart Infrastructure: Enabling Intelligent, Connected Environments One of the core pillars of Towards ICT is Smart Infrastructure, a category dedicated to the digital transformation of physical systems such as transportation networks, energy grids, buildings, and urban services. As cities and enterprises increasingly adopt smart technologies, understanding infrastructure intelligence has become essential. Towards ICT's research in this domain examines the convergence of sensors, connectivity, data analytics, and automation in infrastructure development. Coverage includes smart cities, intelligent transportation systems, digital utilities, building management systems, and infrastructure modernization strategies. By analyzing deployment models, technology adoption patterns, regulatory environments, and investment trends, Towards ICT provides stakeholders with a holistic view of how smart infrastructure is reshaping economies and improving operational efficiency, sustainability, and resilience. Cloud Computing: Powering Scalable Digital Transformation Cloud computing remains a cornerstone of modern ICT strategies, enabling scalability, agility, and cost optimization across industries. Towards ICT's Cloud Computing category focuses on the evolving cloud ecosystem, including public, private, hybrid, and multi-cloud environments. Research in this segment explores cloud service models, infrastructure-as-a-service (IaaS), platform-as-a-service (PaaS), software-as-a-service (SaaS), edge computing, and cloud-native architectures. The platform also examines cloud adoption drivers, migration challenges, vendor strategies, and enterprise use cases. Towards ICT provides insights into how organizations are leveraging cloud technologies to accelerate innovation, support digital workloads, and enhance business continuity, while also addressing issues such as governance, performance, and compliance. Data Center & Networking: The Backbone of the Digital Economy As digital workloads expand and data volumes grow exponentially, data centers and networking infrastructure have become critical enablers of the global digital economy. Towards ICT's Data Center & Networking category delivers research on the physical and virtual foundations that support cloud services, enterprise IT, and digital applications. This research area covers hyperscale and colocation data centers, network architecture, fiber connectivity, 5G integration, edge data centers, and energy-efficient infrastructure design. It also examines trends in virtualization, software-defined networking, and infrastructure automation. By providing detailed market assessments and technology evaluations, Towards ICT helps stakeholders understand capacity planning, performance optimization, sustainability considerations, and long-term infrastructure investments. Information Security: Protecting Digital Assets and Trust In an era of increasing cyber threats and regulatory scrutiny, information security has become a strategic priority rather than a technical afterthought. Towards ICT's Information Security category focuses on safeguarding digital assets, data integrity, and organizational trust. Research in this domain includes cybersecurity solutions, risk management frameworks, identity and access management, network security, data protection, and compliance strategies. The platform analyzes threat landscapes, security architectures, and the evolving role of cybersecurity in enterprise governance. Towards ICT's insights help organizations understand how to balance innovation with security, mitigate cyber risks, and build resilient digital environments in the face of growing threats and complex regulatory requirements. Digitization & Internet of Things (IoT): Connecting the Physical and Digital Worlds Digitization and IoT are transforming industries by connecting physical assets to digital platforms, enabling real-time monitoring, predictive analytics, and intelligent automation. Towards ICT's Digitization & IoT category explores this convergence and its impact across sectors. Coverage includes industrial IoT, consumer IoT, connected devices, sensor networks, digital twins, and platform ecosystems. The research also examines interoperability challenges, data management strategies, and scalability considerations. By analyzing adoption trends and technological advancements, Towards ICT provides stakeholders with insights into how digitization and IoT are improving productivity, enhancing customer experiences, and enabling data-driven decision-making across industries. Artificial Intelligence & Machine Learning: Driving Intelligent Decision-Making Artificial Intelligence (AI) and Machine Learning (ML) are redefining how organizations process data, automate operations, and generate insights. Towards ICT's AI & ML category focuses on the development, deployment, and impact of intelligent technologies across the ICT landscape. Research topics include machine learning algorithms, natural language processing, computer vision, predictive analytics, and AI-driven automation. The platform also examines ethical considerations, governance frameworks, and integration challenges associated with AI adoption. Towards ICT's analysis highlights how AI and ML are enabling smarter systems, enhancing operational efficiency, and unlocking new business models while also addressing concerns around transparency, accountability, and workforce transformation. A Strategic Partner for Industry Stakeholders Beyond research publications, Towards ICT positions itself as a strategic consulting partner for organizations seeking tailored insights and actionable recommendations. Its consulting services are designed to support strategic planning, market entry, competitive analysis, and technology roadmap development. The platform's offerings are structured to meet the needs of diverse stakeholders, including technology vendors, system integrators, enterprises, investors, and public-sector organizations. By aligning research with practical consulting outcomes, Towards ICT bridges the gap between data and decision-making. Commitment to Insight, Accuracy, and Industry Relevance At the core of Towards ICT's mission is a commitment to delivering reliable, unbiased, and forward-looking intelligence. The platform emphasizes methodological rigor, continuous market monitoring, and alignment with real-world industry dynamics. As digital transformation accelerates across regions and sectors, Towards ICT aims to provide clarity in complexity, helping organizations anticipate change, manage risk, and identify growth opportunities within the ICT ecosystem. Looking Ahead The launch of Towards ICT comes at a pivotal moment for the global technology industry. With rapid advancements in cloud computing, AI, cybersecurity, and connected infrastructure, the need for specialized ICT-focused research has never been greater. By offering comprehensive coverage across its six core categories and combining research excellence with strategic consulting, Towards ICT is positioned to become a valuable knowledge hub for the ICT community. As the platform expands its research portfolio and industry engagement, Towards ICT aims to contribute meaningfully to informed decision-making and sustainable digital innovation worldwide.
Report Coverage
Details
Market Size in 2026
USD 183.51 Million
Market Size by 2035
USD 736.71 Million
Growth Rate From 2026 to 2035
CAGR of 16.7%
Base Year
2025
Forecast Period
2026-2035
Segments Covered
Material Type, Technology, End-use, Region
Market Analysis (Terms Used)
Value (US$ Million/Billion) or (Volume/Units)
Regional scope
North America; Europe; Asia Pacific; Latin America; MEA
Key Companies Profiled
ABB; Citrine Informatics; Dassault Systemes; Elsevier; Hitachi High-Tech Corporation; International Business Machines Corporation; Lattice Technology, Inc.; Microsoft; Phaseshift Technologies Inc.; Schrodinger, Inc.
Europe : +44 7383 092 044
APAC: +61 4859 81310 or +91 87933 22019
Europe: +44 7383 092 044
