Ubiquitous and Decentralized Computing:
Computing architecture is undergoing a radical change, from materials to semiconductors to systems, leading to exponential growth in compute capacity. The need for sovereignty and decentralized control will increase as computing becomes embedded in the physical and digital worlds converge. Cloud and edge computing will evolve to meet these needs, enabling organizations to innovate and transform.

Sovereign Data and Ambient Intelligence:
Data volume, variety, and velocity will grow exponentially, driving a decentralized compute architecture. Data will become more private and sovereign, with data governance and provenance taking on new importance. Large-scale multimodal models will create ambient intelligence, leading to the development of federated machine learning for personalized and privacy-preserving services. AI will be augmented with predictive and analytical power, common sense reasoning, alignment with human preferences, and the augmentation of human capabilities.

Empowered Creators and Communities:
The democratization of creation will drive innovation in end-user computing, with the form and function of devices being reimagined. Communities will learn from and build on each other’s work, amplifying and accelerating creation. Access to skills, tools, platforms, connections, and collaboration will be expanded, enabling everyone to create.

Expanded Economic Opportunity:
Continuous feedback loops between work, skills, learning, and credentials are needed for the jobs of today and tomorrow. Productivity should be defined inclusively to drive career advancement, including collaboration, learning, and well-being. Flexibility in when, where, and how people work is essential for the modern workforce.

Trust by Design:
Ethical principles should govern the design, development, and deployment of AI. Technology needs to be secure by design and promote zero-trust architectural principles. Technology should protect fundamental rights, including privacy, and strengthen institutions that support livelihoods and well-being. Tech advancements should protect the planet, our most finite resource.

Empowering Every Organization with the Microsoft Cloud:
Organizations can build proprietary technology and create durable competitive advantages by harnessing these five attributes. The Microsoft Cloud accelerates transformation for every organization in every sector, enabling them to create economic surplus and improve outcomes. Microsoft Teams is an organizing layer for all ways of working, ensuring collaboration, learning, and social capital retention. Mixed reality, such as HoloLens 2, merges the digital and physical worlds, helping people stay connected and expanding access to specialized knowledge.

Mixed Reality and the Real World:
Microsoft’s mission is to connect the bits we build with the atoms of the real world. HoloLens’s holographic displays improve employee safety and efficiency at Kruger.

Microsoft Mesh:
Mesh is a new mixed reality platform that enables holographic interactions with true presence. Mesh allows users to interact as if they were physically together, eliminating the need for screens.

Xbox Live as an Analogy:
Satya Nadella compares Mesh to Xbox Live, which transformed gaming from single-player to multiplayer. Mesh has the potential to do the same for mixed reality, creating communities and facilitating collaboration.

Imagining the Future:
HoloLens’s slogan, “When you change the way you see the world, you change the world you see,” reflects the transformative potential of mixed reality. Mesh promises to create a future where people can connect and collaborate as if they were in the same room, regardless of their physical location.

The Power of Collaboration:
Collaboration is essential for exploring new ground and expanding perspectives. Sharing dreams and aspirations helps us discover diverse skills and viewpoints, leading to a shared reality that is greater than the sum of its parts.

Reality and Dreaming:
Reality and dreaming are often seen as separate, but they may be intertwined. Mesh can blur the line between reality and dreaming, allowing people to share experiences and collaborate on projects in a way that was previously impossible.

Introduction: Unveiling Microsoft Mesh
[SPEAKER_04] introduces Microsoft Mesh, an innovative approach to collaborative computing that seamlessly connects the physical and digital worlds. It leverages Azure’s AI and computing capabilities to power immersive experiences, enabling collaborative workflows beyond traditional boundaries.

Key Promises of Microsoft Mesh
Microsoft Mesh promises to redefine computing experiences with three core capabilities: Anywhere Connectivity: Enables seamless collaboration across different devices, including AR, VR, and 2D devices. Embodied Communication: Introduces avatars and holoportation, allowing users to feel virtually present in mixed reality. Collaborative Interactions: Facilitates intuitive and collective exploration of mixed reality experiences.

Integration with Microsoft Cloud
Microsoft Mesh seamlessly integrates with the Microsoft Cloud, allowing natural transitions from 2D mediums to mixed reality. This integration enables the creation of underwater and other inspiring scenes that facilitate interactions and collaboration.

Examples of Microsoft Mesh Applications
Microsoft Mesh empowers organizations to learn, play, and work together naturally, regardless of location or task. It offers numerous applications, including: Collaboration with colleagues in Microsoft Teams as if they were physically present. Hosting mixed reality gatherings in organizations with remote attendees. Collaborative learning in Dynamics 365, sharing perspectives to understand complex topics. Providing remote experts with access to frontline workers, ensuring faster insights and issue resolution.

Developer Adoption and Success Stories
Microsoft Mesh builds upon mixed reality services with significant developer adoption. Azure Object Anchors and Azure Remote Rendering are now available for public preview and general availability, respectively. Industry leaders like Lockheed Martin, Toyota, Bentley Systems, and Accenture have successfully deployed mixed reality solutions. Lockheed Martin has reduced touch labor by 90% through mixed reality, reducing eight-hour tasks to error-free completion in 45 minutes. Toyota has embraced mixed reality for maintenance efficiency and improved customer service. Bentley Systems uses mixed reality to inspect bridges, reducing inspection times by 20% and saving significant costs.

Expanding Collaborative Experiences through Mesh
With Mesh enabled, mixed reality experiences can transform from solitary to collaborative endeavors. Users can freely use their preferred devices, from HoloLens 2 to various VR headsets, PCs, Macs, and smartphones.

Conclusion
Microsoft Mesh represents a transformative step in collaborative computing, blurring the lines between the physical and digital worlds. It enables a new era of collaboration, allowing people to connect, learn, play, and work together in immersive mixed reality environments, regardless of location or platform.

Niantic’s Vision:
Niantic aims to create planet-scale AR experiences that connect people globally. They believe in bridging the digital and physical worlds through technology. Their mission is to develop tools and technology that seamlessly integrate the real and digital worlds.

Success of Pokemon Go:
Niantic’s games, especially Pokemon Go, have encouraged millions to explore the world together. Pokemon Go has facilitated connections among families, friends, and communities. Positive impact stories from Niantic explorers motivate the company to use technology for good.

Future of AR Hardware:
Niantic and Microsoft share a vision for creating real social connections in a digitally enhanced world. Their collaboration aims to advance the AR industry through innovative hardware and applications.

Proof of Concept Demo:
A proof of concept demo showcased Pokemon Go on Microsoft’s HoloLens. This demo illustrated the potential of combining advanced AR with real-world exploration and social gameplay.

AR’s Potential:
AR can enhance the real world with adventures, helpful information, and social interactions. Grounded AR that’s aware of the environment and users provides a powerful foundation for shared experiences. The ability to share AR experiences adds another layer of engagement and connection.

The Allure of Ocean Exploration:
Ocean exploration offers an intellectually stimulating journey in a frontier that encourages the discovery of new knowledge and understanding.

The Mysteries of the Deep:
Our knowledge of the deep sea remains limited, with creatures like the colossal squid remaining elusive and shrouded in secrecy.

The Significance of Deep-Sea Bioluminescence:
Bioluminescence, a captivating visual experience, plays a crucial role in the communication and survival strategies of deep-sea creatures. Bioluminescent displays serve various purposes, including attracting mates, forming schools for safety, and luring prey.

Scientific Advancements:
Technological innovations, such as submersibles and advanced imaging techniques, have revolutionized our ability to explore and study deep-sea ecosystems.

The Role of Technology in Discovery:
The successful use of an electronic jellyfish lure, mimicking the anglerfish’s bioluminescent tactic, led to the first-ever recorded encounter with the giant squid in its natural habitat.

The Enigma of the Giant Squid:
The giant squid, a creature of immense size and unique features, has long evaded documentation in its deep-sea environment. Distinctive traits like muscular arms, elongated tentacles, and colossal eyes offer clues to its exceptional adaptations for survival.

Protecting and Understanding our Oceans:
With the pressing global issues facing our oceans, the significance of deep-sea discoveries and conservation efforts has taken center stage.

OceanX: The Ultimate Research and Exploration Vessel:
OceanX is a brand-new, custom-built research vessel designed to take ocean exploration to new heights. It is equipped with submersibles, deep-sea robots, a helicopter, and multiple wet and dry laboratories for conducting cutting-edge research. OceanX enables scientists to conduct multiple research projects simultaneously, making it a hub of scientific discovery.

Hololab: Visualizing and Analyzing Data in 3D:
OceanX features a state-of-the-art Hololab, a collaborative scientific tool that uses Microsoft Mesh to visualize and analyze data in three-dimensional space. This allows scientists to understand complex data more naturally and intuitively, seeing it in the context of the actual ocean floor. Hololab connects scientists on the ship and those back on land, fostering collaboration and knowledge-sharing.

The Quest for the Giant Squid and Advancing Ocean Science:
One of OceanX’s first expeditions will focus on studying the mysterious giant squid. Renowned ocean explorer and film director James Cameron expresses his passion for attracting the giant squid, emphasizing the importance of exploration and discovery.

Empowering Science and Creativity through Technology:
Academy Award-winning filmmaker and oceanographer James Cameron discusses the role of technology in advancing deep-sea ocean science. Cameron highlights the power of building tools to explore and project oneself into environments not physically accessible. He shares examples from his work on the Avatar movies, where virtual reality and remote-operated vehicles are used to create immersive experiences.

Hololab’s Potential for Engaging a New Generation of Ocean Explorers:
Cameron emphasizes the potential of Hololab to engage a new generation of ocean explorers by bringing them alongside researchers in the field. By allowing viewers to interact with complex data sets and experience virtual and augmented reality, Hololab can make ocean exploration more accessible and immersive. This technology has the potential to inspire and educate audiences, encouraging them to pursue careers in ocean science.

Cameron’s Pioneering Work in Underwater Lighting and Communication:
Cameron reflects on his groundbreaking work in underwater lighting and communication systems, which revolutionized underwater filmmaking. He shares his experiences developing remote observation vehicles to explore the Titanic and the advancements in virtual camera systems for the film Avatar. Cameron’s passion for pushing the boundaries of technology and exploration continues to drive his contributions to ocean science and filmmaking.

Holographic Collaboration and Avatar Production:
James Cameron, a pioneer in VR and AR for over 15 years, emphasizes the transformative power of these technologies for collaborative work and creativity. The Avatar productions have extensively used VR/AR for the past 16 years, revolutionizing the filmmaking process and enhancing collaboration.

Limitless Possibilities for VR/AR Workspaces:
Collaborative VR/AR workspaces hold immense potential across various domains, including medicine, industrial design, engineering, the arts, and entertainment. Cameron envisions a future where these technologies enable seamless collaboration and creativity, transcending physical and cultural boundaries.

Breaking Barriers and Fostering Unity:
VR/AR can transcend borders, cultures, and physical limitations, fostering a sense of togetherness and understanding among people worldwide. Cameron believes that by breaking down barriers, humanity can unite as “team of seven billion” to tackle existential problems and create a better future.

Empathy Through Shared Experiences:
Sharing physical space and experiences through VR/AR fosters empathy and a deeper sense of connection, making it harder to perceive others as distant or无关.

Conclusion:
James Cameron’s insights highlight the transformative potential of VR/AR technologies in breaking down barriers, fostering collaboration, and creating a more unified and empathetic global community.

Conceptualizing Dreams as a Driving Force:
Dreams serve as powerful bridges, connecting people with shared passions and unique perspectives, inspiring them to seek like-minded individuals for collaboration and exploration. Guy Laliberte, an entertainment visionary, has played a pivotal role in enriching the lives of others through shared dreams and friendship.

A Glimpse into a Future Enhanced by Technology:
Through years of reflection, the vision of a world where technology harmoniously enhances human experiences, without limitations, has been taking shape. Recent advancements, particularly Microsoft Mesh, 5G, and cloud computing, have brought this dream closer to reality, enabling creatives to revolutionize the entertainment landscape.

Preserving the Human Touch in a Digital Realm:
Striking a balance between the deep connections forged through human interaction and the inevitable role of technology is crucial. Human connections remain at the core, with technology as a tool to facilitate meaningful experiences. The goal is to create a world where people, not devices, are the central focus.

Creating a Legacy Grounded in Art and Sharing:
Guy Laliberte, at the age of 61, has set out to create a lasting legacy as a great ancestor. Driven by his lifelong passion for entertainment and creativity, he envisions a platform where artists can freely share and showcase their work, fostering a community of creators and users.

Balancing a Brighter Future with Immediate Needs:
Despite the promise of a brighter, technology-infused future, addressing the pressing need for connection in the present is paramount. The iWorld aims to provide this connection, recognizing the growing skepticism towards platforms that exploit users’ time and data.

Empowering Artists and Building Community:
Leveraging his extensive experience in fostering artistic collaboration and community building, Guy Laliberte seeks to empower artists through the iWorld. This platform will enable creators to develop experiences that celebrate the interconnectedness of humanity.

Integrating Virtual and Real-World Experiences:
The iWorld platform will offer a unique opportunity for artists and creators to share content that can be simultaneously enjoyed by both virtual reality headset users and audiences in physical venues.

Emotion-Driven Creative Projects:
Emotions have been a guiding force in all of Guy Laliberte’s creative endeavors, and the iWorld is no exception. He believes that this virtual community will facilitate human experiences that can be seamlessly integrated into the real world, ultimately leading to a better world.