Emerson’s Project Beyond Aims to Revolutionize Industrial AI with New Platform
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Emerson has launched “project Beyond,” a new operating platform designed to fuse industrial artificial intelligence (AI), automation, and cybersecurity into a scalable solution, marking a meaningful step toward future-proofing industrial operations. The platform aims to combine existing operational technology (OT) systems with cutting-edge technologies to boost efficiency, enhance safety, and ensure long-term viability [[2]]. This initiative addresses the growing demand for advanced data processing,seamless system integration,and rapid responsiveness within the process industry.
Key Features of Emerson’s Project Beyond Platform
Project Beyond is engineered as an open and scalable environment,enabling businesses to leverage their current control systems while incorporating new technologies. This approach fosters continuous visibility, improved efficiency, and the foundation for autonomous operating models. The platform is particularly beneficial for sectors with stringent requirements for security, availability, and data processing, including chemistry, energy, power plants, life sciences, and mining [[3]].
Did You Know? The global AI in manufacturing market is projected to reach $16.7 billion by 2030, growing at a CAGR of 28.4% from 2023 [1].
Technological Building Blocks
The platform incorporates several essential components:
- Modern Computing Environments: A blend of edge computing and cloud resources for data-driven decision-making.
- Network and Connectivity: Interfaces designed to connect OT and IT systems seamlessly.
- DataOps: A data structure providing access to contextualized operating data.
- App Marketplace: A curated collection of industrial applications tailored for various production areas.
- AI Orchestration: Tools for managing the deployment and lifecycles of AI agents.
- Zero-Trust security Architecture: Robust protection for devices, applications, data, and interfaces.
Cybersecurity Focus in Industrial AI
A core element of Project Beyond is its unwavering focus on cybersecurity. The zero-trust security architecture safeguards all interfaces, systems, and data flows within the platform. This architecture operates on the principle that no access is granted without verification, nonetheless of whether the request originates internally or externally. This makes the platform suitable for critical infrastructures, aiding companies in meeting stringent regulatory requirements. The combination of contextualized data and a multi-layered security concept establishes a resilient foundation for the secure deployment of industrial AI.
Pro Tip: Implementing a zero-trust security model can reduce the risk of data breaches by up to 80%, according to a recent study by Forrester.
integration with Existing Systems
Project Beyond builds upon established technologies, including the DeltaV process control system, AspenTech’s software portfolio, and Emerson’s Boundless Automation vision. this integration is designed to protect existing investments while facilitating access to industrial AI. For example, the new DeltaV IQ controller runs on standard servers, offering enhanced scalability, flexibility, and reliability. Ram Krishnan,Chief Operating Officer at Emerson,emphasized that “Project Beyond will leverage the performance of software-defined control to introduce a wholly new,scalable,seamlessly integrated infrastructure with automatic data contextualization that unlocks powerful operating efficiency.” [[[1]]
Emerson’s Commitment to Industrial AI
Emerson’s expanded AI portfolio, strengthened by Project Beyond, underscores the company’s commitment to optimizing industrial operations. According to krishnan, Emerson possesses the domain expertise, first-principles models, technology solutions, and innovation history necessary to deliver industrial AI tools that manufacturers can trust in mission-critical environments [[3]].
| Feature | Description |
|---|---|
| Scalable AI Integration | Combines industrial AI, automation, and cybersecurity. |
| Open Environment | Integrates with existing control systems and new technologies. |
| Zero-Trust Security | Protects devices, applications, and data with continuous verification. |
| Data Contextualization | Provides access to contextualized operating data for informed decisions. |
the Growing Importance of Industrial AI
Industrial AI is rapidly transforming manufacturing and other sectors by enabling more efficient, data-driven operations. As companies seek to optimize processes and reduce costs, the adoption of AI-powered solutions is expected to accelerate. Platforms like Emerson’s Project Beyond are crucial for providing the infrastructure and tools needed to deploy AI effectively and securely.
Frequently Asked Questions About Industrial AI
how can industrial AI improve operational efficiency?
Industrial AI can analyze vast amounts of data to identify patterns, predict equipment failures, and optimize production processes, leading to significant improvements in efficiency and cost savings.
What are the main challenges in implementing industrial AI?
Challenges include integrating AI with existing systems, ensuring data quality and security, and addressing the skills gap in AI expertise.
How does cybersecurity play a role in industrial AI?
Cybersecurity is critical to protect industrial AI systems from cyber threats, ensuring the integrity and availability of data and operations.
What are your thoughts on the role of AI in shaping the future of industrial automation? How can companies best prepare for the integration of AI into their existing systems?
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