Spiritual Lessons for Living Well: Harmonizing Your Chakras
Jun 6, 2024
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In this engaging conversation, Brian McClendon, co-founder of Keyhole and current SVP of Engineering at Niantic, shares insights on how augmented reality is reshaping navigation. He discusses the evolution of geospatial technologies and the unexpected role of Pokémon Go in mapping. The dialogue highlights advancements in crowd-sourced mapping, the future potential of immersive AR experiences, and the balance between innovation and user privacy. Listeners will appreciate the exciting possibilities that lie ahead in the intersection of digital and physical worlds.
If you’ve ever taken a yoga class or read a spiritual wellness book, you’ve likely come across the concept of “chakras” and their role in bringing us back to balance.
According to ancient wisdom tradition, there are seven energy centers (chakras) that run down the spine. Believed to play a significant role in the flow of energy in your body, blockages in any of these are known to manifest as mental, physical, and emotional ailments.
Kristine dives into all seven chakras and explains how you can identify and clear any blockages so you elevate your energy system. Leave today’s episode ready to take chakra healing into your own hands so you shine your brightest!
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Quick takeaways
Niantic utilizes the massive user base of games like Pokemon Go to create real-time, detailed maps through community participation.
Advancements in technologies like Gaussian splatting enable users to capture and share photorealistic 3D environments directly from smartphones.
The integration of user-generated content in mapping enhances spatial intelligence, fostering an adaptive approach that enriches geographic understanding.
Deep dives
The Future of 3D Mapping
Niantic is revolutionizing how maps are created by leveraging the vast user base of games like Pokemon Go. Instead of traditional top-down mapping methods employing satellites and cars, they utilize data from millions of players to create detailed, real-time maps. This innovative approach not only enhances navigation but creates a dynamic understanding of the world, allowing for up-to-date spatial intelligence. By transforming players into contributors, Niantic showcases a community-oriented method that turns mapping into a collective experience, reshaping how we perceive and interact with geographic information.
Technology in Our Pockets
Recent advancements in technologies like Gaussian splatting allow smartphones to create photorealistic 3D representations of environments right from the user's hands. This development signifies a shift where anyone can capture and share memories or locations in an infinitely explorable format. As Niantic integrates such capabilities into their applications, they deepen the connection between digital experiences and the real world, fostering richer interactions. Such user-friendly tech not only enhances personal engagements but also lays the groundwork for a future where augmented reality transforms everyday experiences.
The Power of Large Geospatial Models
Niantic's focus on large geospatial models aims to harness community-generated data to create a comprehensive understanding of our environments. By combining the contributions of players scanning locations, Niantic seeks to provide robust spatial intelligence that rivals traditional mapping solutions. This blending of community input and advanced AI techniques allows for an adaptive approach that continuously improves the accuracy and detail of geospatial data. This shift toward integrating player-generated content highlights the potential of crowdsourcing to enrich our collective knowledge of the physical world.
On-Device AI and Privacy
The transition of powerful AI capabilities to on-device applications is set to enhance user privacy while providing sophisticated functionalities. By processing data locally, smartphones can deliver real-time information without constant connectivity to cloud servers, fostering a more secure user experience. This approach reduces the need for persistent data sharing and elevates levels of personal control over information. As this technology matures, users will benefit from efficient performance and tailored experiences while minimizing privacy concerns.
Bridging Virtual and Physical Realms
The opportunities for using augmented reality in various sectors, from gaming to enterprise applications, are expanding rapidly with Niantic's innovative mapping solutions. By enabling a shared augmented experience, users can interact with their environments in real-time, whether remotely collaborating on technical issues or gaming together in shared spaces. As spatial computing evolves, it promises to enhance our connections with both people and places, enabling experiences that transcend physical limitations. This advance could foster greater community interaction and understanding in a world where digital and physical realities increasingly converge.
Whether you’re trying to find your way around a new city or just looking for a place to eat, it’s become second nature to many people to turn to Google Maps to get us from point A to point B. On the last episode of this season of The TED AI Show, we’re chatting with Keyhole (now known as Google Earth) founder and current Niantic SVP of Engineering Brian McClendon. Brian and Bilawal discuss how even the most detailed digital maps have blind spots, how Pokemon Go could be an unlikely partner to fill in the blanks – and how augmented reality is making the future of navigation immersive. In the second half of the show, Bilawal recaps some of the big learnings from the first season of this show, and teases a big update about season 2.