Sustainability
& Trust
Business innovation accelerated
Tvise offers a platform for Digital Life Cycle Management (DLCM) of digital twins, enabling integrity-protected data and accelerating the innovation of digital services and products. Our platform is designed to empower businesses with tools to securely manage the entire lifecycle of their digital twins, ensuring data is not only accurate but also tamper-proof. By combining advanced technologies such as IoT, cryptographic identity management, and modular digital twin design, Tvise helps organizations streamline operations, achieve sustainability goals, and build trust in their digital ecosystems. Additionally, artificial intelligence (AI) is seamlessly integrated to provide predictive insights, optimize processes, and enable smarter decision-making. Our use of blockchain-like technology ensures data integrity, creating a secure, immutable record of all interactions, further fostering trust and transparency in all operations.
DLCM: The Core of Digital Twin Management
At Tvise, Digital Life Cycle Management (DLCM) is at the heart of our platform. DLCM provides end-to-end oversight of a product’s lifecycle, from its inception and operational phases to eventual recycling or retirement. Other important life cycle events are recorded as well. With DLCM, companies gain the ability to track, analyze, and optimize every stage of a product or system’s journey. By leveraging real-time data and structured workflows, Tvise ensures that every decision is backed by actionable insights, helping businesses enhance efficiency, reduce costs, and achieve their sustainability objectives.
Digital Twins: The Tvise Way
Digital twins in the Tvise platform are designed to model a wide variety of entities, ranging from physical objects like machines and vehicles to abstract concepts like services, processes, or even entire organizations. A key strength of the platform is its ability to manage these diverse twins in the same unified context, enabling seamless interaction and collaboration. This capability makes Tvise highly suitable for complex applications such as Smart Cities, Logistics, Fleet Management, and e-Mobility, where a mix of different types of twins—representing infrastructure, vehicles, systems, and more—must work together effectively.
Tvise’s digital twins are also dynamic, modular, and context-aware, adapting in real time to real world events and data. Using aspects, which act as plugins for specific abilities, twins can perform tasks like geo-location tracking, lifecycle management, and rule-based automation. Twins can be organized into hierarchies—a city twin can manage neighborhood twins, which oversee buildings and their associated systems. This flexibility and scalability enable Tvise’s digital twins to drive innovation and efficiency in even the most complex operational environments.
Secure Data and Trust with Irrepudiable Records
Trust and security are at the foundation of the Tvise platform. Every digital twin, IoT device, and user is assigned a unique cryptographic identity through secure certificates. This ensures that all data collected and stored is irrepudiable—meaning it is immutable, auditable, and verifiable. Using blockchain-like technologies, Tvise protects the integrity of your data, allowing you to prove its authenticity at any time. Whether it’s for compliance, audits, or operational decision-making, you can trust that the data in Tvise is accurate, secure, and traceable.
Structured Processes for Efficiency and Security
The Tvise platform is built on well-developed processes that ensure seamless integration, secure management, and efficient utilization of digital twins. Our provisioning and commissioning processes provide a structured approach to deploying IoT devices and assigning them secure identities using cryptographic certificates. This guarantees that every device, user, and twin operates within a trusted environment, enabling reliable data collection and management. Additionally, Tvise the Twin First paradigm promoted by Tvise, where digital twins are developed as the foundation of products or systems before physical deployment. This approach streamlines product management, fosters innovation, and ensures that every operational decision is grounded in accurate, real-time data. With these processes, Tvise delivers both security and scalability, empowering businesses to implement advanced solutions confidently.
Doing this requires information not only to be available, but accurate and trustworthy as well. Tvise’s platform for Digital Life Cycle Management provides means to identify all participating actors and maintaining the integrity of the information.
Tvise is a company that aims to provide integrity protected tracking of the information history for products by using digital twins and a plethora of security tools and methods
Simulate Populations to Accelerate Innovation
With the Tvise platform, businesses can simulate large populations of digital twins, representing their physical counterparts in a virtual environment. This capability allows users to test, evaluate, and redesign products and services before they are physically built or deployed. By replicating real-world conditions and interactions, the platform provides valuable insights into performance, efficiency, and potential issues. This simulation-driven approach not only reduces development time and costs but also fosters faster and more informed innovation, helping businesses bring optimized products and services to market with confidence.
Comprehensive Features: IoT, Smart Contracts, and More
Tvise combines a range of powerful features to create a scalable and future-ready platform:
- IoT Integration: Seamlessly connect devices to gather real-time data and monitor operations.
- Smart Contracts: Automate actions and enforce compliance using rule-based systems tied to digital twins.
- Simulation Tools: Test scenarios and optimize processes virtually before implementing changes in the real world.
- Identity Management: Assign cryptographic certificates to twins, devices, and users for secure interactions.
- Sustainability Tracking: Monitor CO2 footprints and other environmental metrics for compliance and optimization.
By integrating these features, the Tvise platform becomes a one-stop solution for managing digital twins, ensuring data integrity, and driving innovation across industries.
Our Offers
Sustainable Life cycle
Secure the product life cycle from production to recycling, by tracking the changes in the products life cycle.
Optimize Product Usage
Optimize the use of the product to minimize the use of consumables, wear and tear. With the right information the life-span of a product can be increased dramatically.
Building end to end trust
Build trust into your data through permissioned distributed ledger technology. With strong identity management and end to end data integrity from data source to storage you build trust in your product value chain through the entire lifecycle.
The Power of Innovation
Build new business models, and bring user interaction securely into the flow of events with smart contracts and real time digital twins.
Transparent privacy in a data driven world
Transparently validate information authenticity. The information integrity is always available to validate the correctness of your information.
The Evolution of Digital Twins
The concept of digital twins has evolved over decades, transforming industries and redefining how we understand and manage complex systems. Born from the innovative problem-solving approaches of NASA in the 1970s, the first seeds of this technology were planted with the development of analog twins for critical aerospace missions. By the late 1980s, industries like aviation began leveraging simulation technology to proactively test and refine concepts, paving the way for the digital twin model we recognize today.
In the early 2000s, the term “Digital Twin” was coined by Michael Grieves, integrating the concept into Product Lifecycle Management (PLM) to enhance how products are designed, built, and maintained. By the 2010s, the convergence of technologies such as IoT, cloud computing, and mobile applications enabled real-time connectivity and laid the groundwork for true real-time digital twins, driving unprecedented possibilities for operational insight and innovation.
In the early 2020s, the advent of artificial intelligence further transformed industries. AI supercharged digital twin applications by enabling predictive analytics, self-optimization, and intelligent decision-making while also presenting challenges such as data pollution and complexity management. Today, as we move into the era of the Metaverse, digital twin technology plays a pivotal role in creating immersive, augmented environments that blend virtual and physical realities. This journey of continuous innovation has shaped digital twins into a foundational technology for the future.
The Tvise Platform and the Metaverse
The Tvise platform represents the next step in the evolution of digital twin technology, bridging the gap between the real world and the virtual Metaverse. By enabling dynamic and scalable digital twins that execute in real-time and interact seamlessly within a unified context, Tvise provides the tools to build immersive and interconnected environments.
Applications such as Smart Cities, e-Mobility, and sustainability management thrive in the Metaverse with Tvise’s ability to model diverse twins, ensuring that everything from infrastructure to individual devices is represented accurately. By leveraging secure data management, IoT integration, and simulation tools, Tvise supports the creation of augmented realities where innovation is accelerated, and operational insights are enhanced. As the Metaverse unfolds, Tvise stands at the forefront, empowering businesses to explore, innovate, and transform their operations in this new digital frontier.
A Platform for Sustainability, Trust and Innovation
The Tvise DLCM platform is the toolbox with which you can build products and services that are sustainable, trustable and innovative.
Identity Management
As a foundation in the platform there is an identity management layer that cuts through all parts of the platform, from connected devices to users and historical data. This enable, not only integrity protection for the information collected, but also the possibility to braid in actions and events from human actors in a secure manner.
Secure IoT Stack
An IoT stack with the capability to bring strong security to the devices. Choose which level of security is best for your application and your devices.
Digital Real Time Twins
Collected information is organised into digital twins that indicates the state of the product at any time. The layout of the twins are modelled with tools available in the platform and can be reused and redefined.
Distributed Ledger
The information collected is secured with blockchain technology in a distributed ledger. This gives a very strong access control and traceability of the information. It also brings features like smart contracts, making it possible to evaluate the information continuously as it arrives against requirements in the ledger.
Why should organizations opt for early adoption rather than late movers?
Curious to know more?
Meet The Team
By combining +100 years of broad industry and technology experience within IoT, AI, communication, electrification, blockchain and cybersecurity we are creating the platform and ecosystem for Digital Life Cycle Management, DLCM.
Krister Thour
CEO
Peter Lundgren
Architect
Per Melin
Sales
Lars Lavén
Security
Per Tengkvist
Usability
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