The following i3 Reference Materials are provided as an aid for the i3 community as they begin to treat the data that flows within and through their organization as an asset that should support the entire organization rather than a consumable that supports a specific application.
An Overview of Application Integration Systems.A new generation of Application Integration software is emerging. These tool go well beyond the legacy concept of building rigid links between applications that need to communicate. Instead, these next generation tools allow the creating of a network of applications that allow application to be actively managed and support interconnections across organizational divides. In essence, these tools support the creating of application networks that can be managed for the organization’s maximal benefit – today and in the future.
The Application Integration Process. Application integration programs link two or more disparate applications together. This allows applications to share data and other intelligence thereby breaking down the application silos that compartmentalize departments based on technology. This paper provides some getting started guidelines that should be considered whenever an application integration program is started.
An Introduction to i3. A brief overview of the i3 information network architecture system.
i3 Operational Concepts. A short white paper overviewing some of the i3 operational concepts that are important to understand, implementing, and deploying an i3 information netywork.
Introducing i3’s e3 Processing System. i3 has created the e3 processing system. An edge based engine that is intended to support remote device and application wrappers that feed information to the i core information processing network.
A Overview of the i3 Software Development Kit (SDK). This intraductory white paper introduces the i3 Software Development Kit to the reader.
A Brief introduction to i3 Based Device Wrappers. This short white papers introducers the reader to the creation of an i3 information device wrappers.
A Brief Inttroduction to i3 Based Application Wrappers. This short white papers introducers the reader to the creation of an i3 information application wrappers.
Rewiring Telecoms for Future Success Means Shifting to a Customer Focus. Communications Service Providers used to be in the business of providing what were largely commoditized connectivity services. That legacy mantra is rapidly changing. New era communications companies are increasingly focused on the customer experience. The ability to make such a shift is enabled by data, and the companies ability to use that data to strengthen their customer relationships.
Building a Data marketplace: 6 Fundamental Principles of The CTM i3 Platform. Reflections on the evolution of the i3 concept that was originally envisioned at University of Southern California (USC) including an overview of lessons learned along the way. The experiences that emerged from this three year research project shaped the efforts that drove i3 Systems to create an industrialized implementation of these research programs that could be deployed by smart cities, smart communities, and indeed any ecosystem that seeks to increase the value of the data being managed in a federated operation environment.
Trust in Smart City Systems.
A reference document from the Cybersecurity & Infrastructure Security Agency that focuses on the importance of trust to achieving a successful Smart-City project. The document also discusses nine trust characteristics that need to be considered when planning a new smart city project.
The State of the Connected World: 2020 Edition
Late in 2020, the World Economic Forum released a report that focused on how IoT systems were transforming and disrupting the way
we live and work. While these technologies will have significant impact, there are outstanding obstacles that must be overcome before that can achieve their true potential, i3 is cited a breakthrough and several government agencies that are planning i3 deployments are also called out as examples of progressive efforts to conquer the limitations of legacy systems.
How AI Could Tackle City Problems Like Graffiti, Trash, And Fires.
The goal is to get data into the data lake, processing it to add value, and then using that information to drive action that improves municipal operations and quality of life for the city’s residents.
The Evolving Internet of Things (IoT) in Healthcare.
The healthcare industry is in a technological crossroad where innovation in digital communication and
Internet-of-Things (IoT) technologies are intersecting thereby changing the relationships between medical care providers, patients, health care systems, and the government. Advancements in digital and communications technology have caused doctors, hospitals, and health systems to evaluate the impact of these devices in the complex milieu of administrative process, regulatory compliance, and clinical communications.
i3: An IoT Marketplace for Smart Communities.
There are many barriers preventing the adoption of the Internet
of Things (IoT) in smart communities and smart cities,
including interoperability, concerns about vendor lock-in, economic
constraints, and privacy issues. An architecture that fluidly manages the flow of data between IoT devices and applications improves systems manageability in community-centric infrastructures.
The Real-Time Revolution: Transforming Your Organization to Value Customer Time.
Business survival requires valuing what customers value — and in our overworked and distraction-rich era, customers value their time above all else. Real-time companies beat their rivals by being faster and more responsive in meeting customer needs. To become a real-time company, you need a real-time monitoring and response system. This book explores how an organization can put procedures in place that will collect data on how well products or services are saving customer time; identify strengths, weaknesses, threats, and opportunities; and specify innovations needed to save even more customer time. That idea, the concept of using technology to understand how and where customers and the company spends it time served as the motivation that drove the development of the i3 concept.
The Intelligent IoT Integrator (i3) Project: Working Together. A brief history of how the i3 project began as an University of Southern California (USC) academic research program, evolve to become a multi-stakeholder system, and then created an opensource proof-of-concept that demonstrated the power of leveraged data. i3 Systems emerged from the project as a pathway to evolve IoT, and indeed any real time data system, and bring these concepts to operational environments.