https://cohostpodcasting.com <![CDATA[Interconnected]]> en 0347052d-dd70-436c-9846-3c6ceaaf5a96 Tue, 24 Jun 2025 18:23:16 -0700 Fri, 01 May 2026 17:35:10 -0700 https://www.equinix.com/insights <![CDATA[Interconnected]]> https://files.cohostpodcasting.com/quill-file-prod/c6959e43-5eb9-4526-abb8-bc91596f8173/shows/0347052d-dd70-436c-9846-3c6ceaaf5a96/cover-art/original_e8e694ca33ff872209da230e5cd7da0f.png https://www.equinix.com/insights episodic false https://feeds.cohostpodcasting.com/iYhkdIFB podcast@storiesbureau.com <![CDATA[Inside the Quantum Security Race to Protect the Internet]]> Quantum computing isn’t just a futuristic idea; it’s rapidly becoming a present-day reality, and with it comes a new kind of security challenge. In this episode of Interconnected, Equinix’s Glenn Dekhayser and Petrina Steele talk to Tom Patteson, the Global Lead for Emerging Technology Security at Accenture, a global tech and management consultancy that delivers strategy, design, and execution for business transformation. Together, they unpack what a “post-quantum world” really means for digital security, encryption, and critical infrastructure. They break down how today’s encryption (which protects everything from banking to power grids) could be vulnerable to future quantum computers, and why the threat of “steal now, decrypt later” makes this an urgent issue. You’ll also understand how post-quantum encryption works and why companies need to stay flexible as security keeps evolving.


The conversation dives into practical steps organizations can take today, from building crypto inventories to adopting post-quantum cryptography and developing enterprise-wide strategies. You’ll also hear a simple, clear explanation of what makes post-quantum cryptography different and why “crypto agility” will be essential in the years ahead.


Key points:



  • Adversaries are already stealing encrypted data now, which means organizations need to act immediately, not in 10–15 years. 
  • Common systems like RSA and ECC that protect banking, energy, government, and data centers will be vulnerable once powerful quantum computers arrive.
  • Companies can start with a simple “quantum risk test,” an inventory of where encryption lives, and prioritize what’s most critical, and most systems can be upgraded over time.
  • Instead of one standard type of encryption, organizations will need multiple post-quantum algorithms managed automatically. This is where AI and new tools become essential.


Guests & Resources:


Tom Patterson: www.linkedin.com/in/tomtalks

Global Lead for Emerging Technology Security, Accenture


Meet the Hosts:


Glenn Dekhayser / https://www.linkedin.com/in/gdekhayser

Global Principal Technologist at Equinix 


Petrina Steele / https://www.linkedin.com/in/petrinasteele

Global Lead, Emerging Technologies & Ecosystems at Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> Tue, 24 Feb 2026 02:00:00 -0800 https://www.equinix.com/insights 23:52 Quantum computing isn’t just a futuristic idea; it’s rapidly becoming a present-day reality, and with it comes a new kind of security challenge. In this episode of Interconnected, Equinix’s Glenn Dekhayser and Petrina Steele talk to Tom Patteson, the Global Lead for Emerging Technology Security at Accenture, a global tech and management consultancy that delivers strategy, design, and execution for business transformation. Together, they unpack what a “post-quantum world” really means for digital security, encryption, and critical infrastructure. They break down how today’s encryption (which protects everything from banking to power grids) could be vulnerable to future quantum computers, and why the threat of “steal now, decrypt later” makes this an urgent issue. You’ll also understand how post-quantum encryption works and why companies need to stay flexible as security keeps evolving.


The conversation dives into practical steps organizations can take today, from building crypto inventories to adopting post-quantum cryptography and developing enterprise-wide strategies. You’ll also hear a simple, clear explanation of what makes post-quantum cryptography different and why “crypto agility” will be essential in the years ahead.


Key points:



  • Adversaries are already stealing encrypted data now, which means organizations need to act immediately, not in 10–15 years. 
  • Common systems like RSA and ECC that protect banking, energy, government, and data centers will be vulnerable once powerful quantum computers arrive.
  • Companies can start with a simple “quantum risk test,” an inventory of where encryption lives, and prioritize what’s most critical, and most systems can be upgraded over time.
  • Instead of one standard type of encryption, organizations will need multiple post-quantum algorithms managed automatically. This is where AI and new tools become essential.


Guests & Resources:


Tom Patterson: www.linkedin.com/in/tomtalks

Global Lead for Emerging Technology Security, Accenture


Meet the Hosts:


Glenn Dekhayser / https://www.linkedin.com/in/gdekhayser

Global Principal Technologist at Equinix 


Petrina Steele / https://www.linkedin.com/in/petrinasteele

Global Lead, Emerging Technologies & Ecosystems at Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> Quantum computing isn’t just a futuristic idea; it’s rapidly becoming a present-day reality, and with it comes a new kind of security challenge. In this episode of Interconnected, Equinix’s Glenn Dekhayser and Petrina Steele talk to Tom Patteson, the Global Lead for Emerging Technology Security at Accenture, a global tech and management consultancy that delivers strategy, design, and execution for business transformation. Together, they unpack what a “post-quantum world” really means for digital security, encryption, and critical infrastructure. They break down how today’s encryption (which protects everything from banking to power grids) could be vulnerable to future quantum computers, and why the threat of “steal now, decrypt later” makes this an urgent issue. You’ll also understand how post-quantum encryption works and why companies need to stay flexible as security keeps evolving.


The conversation dives into practical steps organizations can take today, from building crypto inventories to adopting post-quantum cryptography and developing enterprise-wide strategies. You’ll also hear a simple, clear explanation of what makes post-quantum cryptography different and why “crypto agility” will be essential in the years ahead.


Key points:



  • Adversaries are already stealing encrypted data now, which means organizations need to act immediately, not in 10–15 years. 
  • Common systems like RSA and ECC that protect banking, energy, government, and data centers will be vulnerable once powerful quantum computers arrive.
  • Companies can start with a simple “quantum risk test,” an inventory of where encryption lives, and prioritize what’s most critical, and most systems can be upgraded over time.
  • Instead of one standard type of encryption, organizations will need multiple post-quantum algorithms managed automatically. This is where AI and new tools become essential.


Guests & Resources:


Tom Patterson: www.linkedin.com/in/tomtalks

Global Lead for Emerging Technology Security, Accenture


Meet the Hosts:


Glenn Dekhayser / https://www.linkedin.com/in/gdekhayser

Global Principal Technologist at Equinix 


Petrina Steele / https://www.linkedin.com/in/petrinasteele

Global Lead, Emerging Technologies & Ecosystems at Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> false full 8 <![CDATA[Why Quantum Computing Is Becoming Enterprise-Ready at Scale]]> Quantum computing has moved past theory and into engineering, infrastructure, and enterprise strategy. In this episode, Equinix’s Glenn Dekhayser and Petrina Steele sit down with the leaders shaping quantum’s next chapter to examine how the technology is transitioning from lab experiments to scalable, commercial systems, and what that shift really requires.



First, John Martinis, 2025 Nobel Prize winner in Physics and co-founder of Qolab, explains why quantum is an evolution of classical computing, not a replacement. Plus, why the real milestone ahead isn’t speed, but quantum utility: solving problems that create real-world value. Then, Théau Peronnin, CEO of Alice & Bob, and Mark Jackson, Senior Quantum Evangelist at Quantinuum, break down the hard realities of scaling quantum beyond the lab. From manufacturing and supply chains to cost, integration, and hybrid quantum–classical systems, they reveal what it will take to unlock the first wave of enterprise impact. This episode is a clear-eyed look at how quantum is actually being built, and how it’s poised to reshape industries from chemistry and materials science to security, energy, and beyond.


Key points:


  • Why quantum computing is now an engineering and infrastructure challenge
  • How qubits enable exponential computational power — and why algorithms still matter
  • The shift from “quantum supremacy” to practical quantum utility
  • Why most enterprises will access quantum through the cloud, not on-prem systems
  • How quantum and classical computing will work together in hybrid workflows
  • What it really means for organizations to become quantum ready today


Guests & Resources:


John Martinis

CTO of Qolab / https://qolab.ai


Théau Peronnin/ https://www.linkedin.com/in/theau-peronnin

CEO, Alice & Bob / https://alice-bob.com


Mark Jackson / https://www.linkedin.com/in/drmarkgjackson

Senior Quantum Evangelist, Quantinuum / https://www.quantinuum.com


Meet the Hosts:


Glenn Dekhayser / https://www.linkedin.com/in/gdekhayser

Global Principal Technologist at Equinix 


Petrina Steele / https://www.linkedin.com/in/petrinasteele

Global Lead, Emerging Technologies & Ecosystems at Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> Tue, 20 Jan 2026 02:00:00 -0800 https://www.equinix.com/insights 35:02 Quantum computing has moved past theory and into engineering, infrastructure, and enterprise strategy. In this episode, Equinix’s Glenn Dekhayser and Petrina Steele sit down with the leaders shaping quantum’s next chapter to examine how the technology is transitioning from lab experiments to scalable, commercial systems, and what that shift really requires.



First, John Martinis, 2025 Nobel Prize winner in Physics and co-founder of Qolab, explains why quantum is an evolution of classical computing, not a replacement. Plus, why the real milestone ahead isn’t speed, but quantum utility: solving problems that create real-world value. Then, Théau Peronnin, CEO of Alice & Bob, and Mark Jackson, Senior Quantum Evangelist at Quantinuum, break down the hard realities of scaling quantum beyond the lab. From manufacturing and supply chains to cost, integration, and hybrid quantum–classical systems, they reveal what it will take to unlock the first wave of enterprise impact. This episode is a clear-eyed look at how quantum is actually being built, and how it’s poised to reshape industries from chemistry and materials science to security, energy, and beyond.


Key points:


  • Why quantum computing is now an engineering and infrastructure challenge
  • How qubits enable exponential computational power — and why algorithms still matter
  • The shift from “quantum supremacy” to practical quantum utility
  • Why most enterprises will access quantum through the cloud, not on-prem systems
  • How quantum and classical computing will work together in hybrid workflows
  • What it really means for organizations to become quantum ready today


Guests & Resources:


John Martinis

CTO of Qolab / https://qolab.ai


Théau Peronnin/ https://www.linkedin.com/in/theau-peronnin

CEO, Alice & Bob / https://alice-bob.com


Mark Jackson / https://www.linkedin.com/in/drmarkgjackson

Senior Quantum Evangelist, Quantinuum / https://www.quantinuum.com


Meet the Hosts:


Glenn Dekhayser / https://www.linkedin.com/in/gdekhayser

Global Principal Technologist at Equinix 


Petrina Steele / https://www.linkedin.com/in/petrinasteele

Global Lead, Emerging Technologies & Ecosystems at Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> Quantum computing has moved past theory and into engineering, infrastructure, and enterprise strategy. In this episode, Equinix’s Glenn Dekhayser and Petrina Steele sit down with the leaders shaping quantum’s next chapter to examine how the technology is transitioning from lab experiments to scalable, commercial systems, and what that shift really requires.



First, John Martinis, 2025 Nobel Prize winner in Physics and co-founder of Qolab, explains why quantum is an evolution of classical computing, not a replacement. Plus, why the real milestone ahead isn’t speed, but quantum utility: solving problems that create real-world value. Then, Théau Peronnin, CEO of Alice & Bob, and Mark Jackson, Senior Quantum Evangelist at Quantinuum, break down the hard realities of scaling quantum beyond the lab. From manufacturing and supply chains to cost, integration, and hybrid quantum–classical systems, they reveal what it will take to unlock the first wave of enterprise impact. This episode is a clear-eyed look at how quantum is actually being built, and how it’s poised to reshape industries from chemistry and materials science to security, energy, and beyond.


Key points:


  • Why quantum computing is now an engineering and infrastructure challenge
  • How qubits enable exponential computational power — and why algorithms still matter
  • The shift from “quantum supremacy” to practical quantum utility
  • Why most enterprises will access quantum through the cloud, not on-prem systems
  • How quantum and classical computing will work together in hybrid workflows
  • What it really means for organizations to become quantum ready today


Guests & Resources:


John Martinis

CTO of Qolab / https://qolab.ai


Théau Peronnin/ https://www.linkedin.com/in/theau-peronnin

CEO, Alice & Bob / https://alice-bob.com


Mark Jackson / https://www.linkedin.com/in/drmarkgjackson

Senior Quantum Evangelist, Quantinuum / https://www.quantinuum.com


Meet the Hosts:


Glenn Dekhayser / https://www.linkedin.com/in/gdekhayser

Global Principal Technologist at Equinix 


Petrina Steele / https://www.linkedin.com/in/petrinasteele

Global Lead, Emerging Technologies & Ecosystems at Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> false full 7 <![CDATA[The innovation and infrastructure of online gaming]]> Gaming has been the R&D engine of every major technology shift for the past 25–30 years. In this episode of Interconnected, hosts Shaneil Lafayette (Senior Product Marketing Manager, Equinix) and Thomas Gould (Senior Manager, Equinix) sit down with Royal O’Brien, CEO of Expanxia, and Wesley Kuo, CEO of Ubitus, to unpack how gaming evolved far beyond entertainment to become the proving ground for scalable compute, intelligent networks, and real-time digital experiences.


From cloud and edge rendering to latency optimization and AI-driven pipelines, discover how the systems perfected in multiplayer worlds now underpin the next generation of connected applications.


Key points:

  • Gaming has been the testing ground for graphics rendering, distributed systems, and real-time internet performance.
  • Cloud and edge rendering reduce hardware limits and expand access.
  • Logical routing can outperform geographic proximity for latency.
  • Distributed compute zones support fairness and synchronization at scale.
  • Player token identity enables rapid reconnection and continuity.
  • AI is becoming the next game engine across creation, QA, and world simulation.


Guests:


Royal O’Brien / CEO, Expanxia

Wesley Kuo / CEO, Ubitus


Meet the Hosts:


Shaneil Lafayette / Senior Product Marketing Manager, Equinix

Thomas Gould / Senior Manager, Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> Tue, 02 Dec 2025 02:00:00 -0800 https://www.equinix.com/insights 20:04 Gaming has been the R&D engine of every major technology shift for the past 25–30 years. In this episode of Interconnected, hosts Shaneil Lafayette (Senior Product Marketing Manager, Equinix) and Thomas Gould (Senior Manager, Equinix) sit down with Royal O’Brien, CEO of Expanxia, and Wesley Kuo, CEO of Ubitus, to unpack how gaming evolved far beyond entertainment to become the proving ground for scalable compute, intelligent networks, and real-time digital experiences.


From cloud and edge rendering to latency optimization and AI-driven pipelines, discover how the systems perfected in multiplayer worlds now underpin the next generation of connected applications.


Key points:

  • Gaming has been the testing ground for graphics rendering, distributed systems, and real-time internet performance.
  • Cloud and edge rendering reduce hardware limits and expand access.
  • Logical routing can outperform geographic proximity for latency.
  • Distributed compute zones support fairness and synchronization at scale.
  • Player token identity enables rapid reconnection and continuity.
  • AI is becoming the next game engine across creation, QA, and world simulation.


Guests:


Royal O’Brien / CEO, Expanxia

Wesley Kuo / CEO, Ubitus


Meet the Hosts:


Shaneil Lafayette / Senior Product Marketing Manager, Equinix

Thomas Gould / Senior Manager, Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> Gaming has been the R&D engine of every major technology shift for the past 25–30 years. In this episode of Interconnected, hosts Shaneil Lafayette (Senior Product Marketing Manager, Equinix) and Thomas Gould (Senior Manager, Equinix) sit down with Royal O’Brien, CEO of Expanxia, and Wesley Kuo, CEO of Ubitus, to unpack how gaming evolved far beyond entertainment to become the proving ground for scalable compute, intelligent networks, and real-time digital experiences.


From cloud and edge rendering to latency optimization and AI-driven pipelines, discover how the systems perfected in multiplayer worlds now underpin the next generation of connected applications.


Key points:

  • Gaming has been the testing ground for graphics rendering, distributed systems, and real-time internet performance.
  • Cloud and edge rendering reduce hardware limits and expand access.
  • Logical routing can outperform geographic proximity for latency.
  • Distributed compute zones support fairness and synchronization at scale.
  • Player token identity enables rapid reconnection and continuity.
  • AI is becoming the next game engine across creation, QA, and world simulation.


Guests:


Royal O’Brien / CEO, Expanxia

Wesley Kuo / CEO, Ubitus


Meet the Hosts:


Shaneil Lafayette / Senior Product Marketing Manager, Equinix

Thomas Gould / Senior Manager, Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> false full 6 <![CDATA[Autonomous vehicles and the future of mobility]]> Autonomous technology is shifting from pilot projects to practical infrastructure. From robotaxis in Phoenix to delivery drones in Shenzhen and automated yard trucks at ports, machines are starting to move people and goods with minimal human input. Every safe, reliable autonomous mile depends on invisible digital systems; edge compute for real-time decision-making, low-latency connectivity, and data networks that never sleep.


In this episode of Interconnected, hosts Glenn Dekhayser and Simon Lockington are joined by MIT Research Scientist Bryan Reimer and Equinix VP of Market Development Petrina Steele to explore how global infrastructure is evolving to support the next generation of autonomy.


In this episode:


  • Edge computing enables vehicles to process and share data locally for faster, safer decisions.
  • Low-latency connectivity determines how efficiently mission-critical computation moves between the car and the cloud.
  • Multi-layer sensing and redundancy improve safety both inside and outside autonomous systems.
  • Mining leads current automation efforts due to its regulated, closed environments and strong ROI.
  • AI continues to enhance decision-making, learning, and coordination across connected systems.
  • Future autonomy will rely on open data marketplaces, adaptive energy grids, and edge zones that blanket cities.


Guests:


Bryan Reimer / MIT Research Scientist

Petrina Steele / Vice President, Market Development, Equinix


Meet the Hosts:


Glenn Dekhayser / Global Principal Technologist, Equinix

Simon Lockington / Director, Business Development, Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> Tue, 11 Nov 2025 09:26:43 -0800 https://www.equinix.com/insights 21:46 Autonomous technology is shifting from pilot projects to practical infrastructure. From robotaxis in Phoenix to delivery drones in Shenzhen and automated yard trucks at ports, machines are starting to move people and goods with minimal human input. Every safe, reliable autonomous mile depends on invisible digital systems; edge compute for real-time decision-making, low-latency connectivity, and data networks that never sleep.


In this episode of Interconnected, hosts Glenn Dekhayser and Simon Lockington are joined by MIT Research Scientist Bryan Reimer and Equinix VP of Market Development Petrina Steele to explore how global infrastructure is evolving to support the next generation of autonomy.


In this episode:


  • Edge computing enables vehicles to process and share data locally for faster, safer decisions.
  • Low-latency connectivity determines how efficiently mission-critical computation moves between the car and the cloud.
  • Multi-layer sensing and redundancy improve safety both inside and outside autonomous systems.
  • Mining leads current automation efforts due to its regulated, closed environments and strong ROI.
  • AI continues to enhance decision-making, learning, and coordination across connected systems.
  • Future autonomy will rely on open data marketplaces, adaptive energy grids, and edge zones that blanket cities.


Guests:


Bryan Reimer / MIT Research Scientist

Petrina Steele / Vice President, Market Development, Equinix


Meet the Hosts:


Glenn Dekhayser / Global Principal Technologist, Equinix

Simon Lockington / Director, Business Development, Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> Autonomous technology is shifting from pilot projects to practical infrastructure. From robotaxis in Phoenix to delivery drones in Shenzhen and automated yard trucks at ports, machines are starting to move people and goods with minimal human input. Every safe, reliable autonomous mile depends on invisible digital systems; edge compute for real-time decision-making, low-latency connectivity, and data networks that never sleep.


In this episode of Interconnected, hosts Glenn Dekhayser and Simon Lockington are joined by MIT Research Scientist Bryan Reimer and Equinix VP of Market Development Petrina Steele to explore how global infrastructure is evolving to support the next generation of autonomy.


In this episode:


  • Edge computing enables vehicles to process and share data locally for faster, safer decisions.
  • Low-latency connectivity determines how efficiently mission-critical computation moves between the car and the cloud.
  • Multi-layer sensing and redundancy improve safety both inside and outside autonomous systems.
  • Mining leads current automation efforts due to its regulated, closed environments and strong ROI.
  • AI continues to enhance decision-making, learning, and coordination across connected systems.
  • Future autonomy will rely on open data marketplaces, adaptive energy grids, and edge zones that blanket cities.


Guests:


Bryan Reimer / MIT Research Scientist

Petrina Steele / Vice President, Market Development, Equinix


Meet the Hosts:


Glenn Dekhayser / Global Principal Technologist, Equinix

Simon Lockington / Director, Business Development, Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> false full 5 <![CDATA[Stablecoins, blockchain and the future of finance]]> Finance is evolving from an institution-led system to one defined by code, connectivity and cryptographic trust. As Sheila Warren explains, blockchain replaces centralized recordkeepers with transparent, peer-to-peer networks that enable programmable money. Stablecoins, digital tokens pegged to fiat value, are already transforming cross-border payments, making them faster, cheaper and globally accessible. But decentralization only works when the physical systems behind it, including low-latency networks, custody solutions and compute infrastructure, keep pace. This episode examines how infrastructure, policy and design are converging to make decentralized finance viable at scale.


Key Infrastructure Tie-Ins


  • Centralized vs. Decentralized Exchanges: Guests compare security, custody and latency across both models and highlight emerging hybrids that blend institutional oversight with decentralized rails.
  • Stablecoin Infrastructure: Discussion centers on the U.S. GENIUS Act and its framework for reserves, transparency and compliance, setting the stage for stablecoins as regulated digital dollars.
  • Bridges and Interoperability: Cross-chain networks like Wormhole enable digital assets to move safely between ecosystems, demanding high-throughput interconnects and resilient validator networks.
  • On-Chain Privacy and Verification: Technologies such as zero-knowledge proofs and smart-contract hooks offer privacy-preserving ways to verify identity and compliance at machine speed.


Future Outlook


In the next five years, guests expect stablecoin circulation to increase tenfold, with both consumers and institutions using blockchain rails. Traditional financial players are building their own blockchains, blending 24/7 digital markets with regulatory stability. As crypto and TradFi converge, decentralized finance will hinge on scalable, compliant infrastructure capable of handling global throughput and post-quantum security demands.


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> Tue, 28 Oct 2025 02:00:00 -0700 https://www.equinix.com/insights 22:51 Finance is evolving from an institution-led system to one defined by code, connectivity and cryptographic trust. As Sheila Warren explains, blockchain replaces centralized recordkeepers with transparent, peer-to-peer networks that enable programmable money. Stablecoins, digital tokens pegged to fiat value, are already transforming cross-border payments, making them faster, cheaper and globally accessible. But decentralization only works when the physical systems behind it, including low-latency networks, custody solutions and compute infrastructure, keep pace. This episode examines how infrastructure, policy and design are converging to make decentralized finance viable at scale.


Key Infrastructure Tie-Ins


  • Centralized vs. Decentralized Exchanges: Guests compare security, custody and latency across both models and highlight emerging hybrids that blend institutional oversight with decentralized rails.
  • Stablecoin Infrastructure: Discussion centers on the U.S. GENIUS Act and its framework for reserves, transparency and compliance, setting the stage for stablecoins as regulated digital dollars.
  • Bridges and Interoperability: Cross-chain networks like Wormhole enable digital assets to move safely between ecosystems, demanding high-throughput interconnects and resilient validator networks.
  • On-Chain Privacy and Verification: Technologies such as zero-knowledge proofs and smart-contract hooks offer privacy-preserving ways to verify identity and compliance at machine speed.


Future Outlook


In the next five years, guests expect stablecoin circulation to increase tenfold, with both consumers and institutions using blockchain rails. Traditional financial players are building their own blockchains, blending 24/7 digital markets with regulatory stability. As crypto and TradFi converge, decentralized finance will hinge on scalable, compliant infrastructure capable of handling global throughput and post-quantum security demands.


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> Finance is evolving from an institution-led system to one defined by code, connectivity and cryptographic trust. As Sheila Warren explains, blockchain replaces centralized recordkeepers with transparent, peer-to-peer networks that enable programmable money. Stablecoins, digital tokens pegged to fiat value, are already transforming cross-border payments, making them faster, cheaper and globally accessible. But decentralization only works when the physical systems behind it, including low-latency networks, custody solutions and compute infrastructure, keep pace. This episode examines how infrastructure, policy and design are converging to make decentralized finance viable at scale.


Key Infrastructure Tie-Ins


  • Centralized vs. Decentralized Exchanges: Guests compare security, custody and latency across both models and highlight emerging hybrids that blend institutional oversight with decentralized rails.
  • Stablecoin Infrastructure: Discussion centers on the U.S. GENIUS Act and its framework for reserves, transparency and compliance, setting the stage for stablecoins as regulated digital dollars.
  • Bridges and Interoperability: Cross-chain networks like Wormhole enable digital assets to move safely between ecosystems, demanding high-throughput interconnects and resilient validator networks.
  • On-Chain Privacy and Verification: Technologies such as zero-knowledge proofs and smart-contract hooks offer privacy-preserving ways to verify identity and compliance at machine speed.


Future Outlook


In the next five years, guests expect stablecoin circulation to increase tenfold, with both consumers and institutions using blockchain rails. Traditional financial players are building their own blockchains, blending 24/7 digital markets with regulatory stability. As crypto and TradFi converge, decentralized finance will hinge on scalable, compliant infrastructure capable of handling global throughput and post-quantum security demands.


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> false full 4 <![CDATA[Cultivating the Future: Feeding the World with Digital Infrastructure]]> Food security in the 21st century goes beyond farmland or stronger crops, it now will also rely on real-time data, AI-enabled insights, and smarter distribution networks. In this episode of Interconnected, hosts Kyle Hilgendorf and Christina Spinney are joined by global agrifood CEO and founder Christine Gould to explore how the world’s most essential industry is being transformed by digital infrastructure.


From edge computing in remote fields to AI systems that predict crop yields and reduce food waste, discover what it will take to build the systems that can sustainably feed the world's growing population.


In this episode:


  • Food security is a growing data and infrastructure challenge. 
  • Edge computing and AI are enabling smart agriculture which could feed more people with more efficiency.
  • The role of decentralized and digitally connected small farms is expanding as infrastructure races to reach them.
  • Culture, connectivity, and capital are shaping global innovation in AgTech for small and big players alike.


Guest:


Christine Gould, CEO & Founder of GIGA, Founder of Thought For Food


Meet the Hosts:


Christina Spinney, Vice President of Global Technical Solutions Engineering at Equinix

Kyle Hilgendorf, Senior Director of Corporate Strategy at Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> Tue, 16 Sep 2025 02:00:00 -0700 https://www.equinix.com/insights 36:41 Food security in the 21st century goes beyond farmland or stronger crops, it now will also rely on real-time data, AI-enabled insights, and smarter distribution networks. In this episode of Interconnected, hosts Kyle Hilgendorf and Christina Spinney are joined by global agrifood CEO and founder Christine Gould to explore how the world’s most essential industry is being transformed by digital infrastructure.


From edge computing in remote fields to AI systems that predict crop yields and reduce food waste, discover what it will take to build the systems that can sustainably feed the world's growing population.


In this episode:


  • Food security is a growing data and infrastructure challenge. 
  • Edge computing and AI are enabling smart agriculture which could feed more people with more efficiency.
  • The role of decentralized and digitally connected small farms is expanding as infrastructure races to reach them.
  • Culture, connectivity, and capital are shaping global innovation in AgTech for small and big players alike.


Guest:


Christine Gould, CEO & Founder of GIGA, Founder of Thought For Food


Meet the Hosts:


Christina Spinney, Vice President of Global Technical Solutions Engineering at Equinix

Kyle Hilgendorf, Senior Director of Corporate Strategy at Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> Food security in the 21st century goes beyond farmland or stronger crops, it now will also rely on real-time data, AI-enabled insights, and smarter distribution networks. In this episode of Interconnected, hosts Kyle Hilgendorf and Christina Spinney are joined by global agrifood CEO and founder Christine Gould to explore how the world’s most essential industry is being transformed by digital infrastructure.


From edge computing in remote fields to AI systems that predict crop yields and reduce food waste, discover what it will take to build the systems that can sustainably feed the world's growing population.


In this episode:


  • Food security is a growing data and infrastructure challenge. 
  • Edge computing and AI are enabling smart agriculture which could feed more people with more efficiency.
  • The role of decentralized and digitally connected small farms is expanding as infrastructure races to reach them.
  • Culture, connectivity, and capital are shaping global innovation in AgTech for small and big players alike.


Guest:


Christine Gould, CEO & Founder of GIGA, Founder of Thought For Food


Meet the Hosts:


Christina Spinney, Vice President of Global Technical Solutions Engineering at Equinix

Kyle Hilgendorf, Senior Director of Corporate Strategy at Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> false full 3 <![CDATA[AI Renaissance: Reimagining Healthcare]]> What if AI could help us live longer, healthier lives—starting now? In this episode of Interconnected, hosts Shaniel Lafayette and Kyle Hilgendorf are joined by world-renowned cardiologist, scientist and author Dr. Eric Topol, as well as decentralized tech pioneer Jim Nasr to unpack how AI might catch diseases before they start, put patients back in control of their data, and unlock new possibilities in personalized care. 


This is the launch of a special new Interconnected series called AI Renaissance, which examines how AI will shape everything from drug discovery to quantum computing. With an optimistic eye on the world to come, we will detail how these revolutionary innovations are likely to evolve and shape the way that we live, work, and play.


In this episode:


  • How AI could detect age-related diseases decades before symptoms appear
  • Why mapping the immune system is key to unlocking longevity
  • How decentralized data systems could make healthcare more equitable and secure
  • What it will take to shift medicine from reactive to preventative care


Guests:


Dr. Eric Topol, Founder and Director at Scripps Research Institute and author of multiple books, including Super Agers


Jim Nasr, CEO of Acoer, former Chief Software Architect at the CDC


Meet the Hosts:


Shaniel Lafayette, Solution Strategy Lead at Equinix

Kyle Hilgendorf, Senior Director of Corporate Strategy at Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> Wed, 27 Aug 2025 02:00:00 -0700 https://www.equinix.com/insights 51:32 What if AI could help us live longer, healthier lives—starting now? In this episode of Interconnected, hosts Shaniel Lafayette and Kyle Hilgendorf are joined by world-renowned cardiologist, scientist and author Dr. Eric Topol, as well as decentralized tech pioneer Jim Nasr to unpack how AI might catch diseases before they start, put patients back in control of their data, and unlock new possibilities in personalized care. 


This is the launch of a special new Interconnected series called AI Renaissance, which examines how AI will shape everything from drug discovery to quantum computing. With an optimistic eye on the world to come, we will detail how these revolutionary innovations are likely to evolve and shape the way that we live, work, and play.


In this episode:


  • How AI could detect age-related diseases decades before symptoms appear
  • Why mapping the immune system is key to unlocking longevity
  • How decentralized data systems could make healthcare more equitable and secure
  • What it will take to shift medicine from reactive to preventative care


Guests:


Dr. Eric Topol, Founder and Director at Scripps Research Institute and author of multiple books, including Super Agers


Jim Nasr, CEO of Acoer, former Chief Software Architect at the CDC


Meet the Hosts:


Shaniel Lafayette, Solution Strategy Lead at Equinix

Kyle Hilgendorf, Senior Director of Corporate Strategy at Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> What if AI could help us live longer, healthier lives—starting now? In this episode of Interconnected, hosts Shaniel Lafayette and Kyle Hilgendorf are joined by world-renowned cardiologist, scientist and author Dr. Eric Topol, as well as decentralized tech pioneer Jim Nasr to unpack how AI might catch diseases before they start, put patients back in control of their data, and unlock new possibilities in personalized care. 


This is the launch of a special new Interconnected series called AI Renaissance, which examines how AI will shape everything from drug discovery to quantum computing. With an optimistic eye on the world to come, we will detail how these revolutionary innovations are likely to evolve and shape the way that we live, work, and play.


In this episode:


  • How AI could detect age-related diseases decades before symptoms appear
  • Why mapping the immune system is key to unlocking longevity
  • How decentralized data systems could make healthcare more equitable and secure
  • What it will take to shift medicine from reactive to preventative care


Guests:


Dr. Eric Topol, Founder and Director at Scripps Research Institute and author of multiple books, including Super Agers


Jim Nasr, CEO of Acoer, former Chief Software Architect at the CDC


Meet the Hosts:


Shaniel Lafayette, Solution Strategy Lead at Equinix

Kyle Hilgendorf, Senior Director of Corporate Strategy at Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> false full 2 <![CDATA[Meet the Hosts: Exploring Tomorrow’s Megatrends]]> Welcome to the first episode of Interconnected, a podcast about the hidden systems powering innovation. Hosts Shaniel Lafayette, Glenn Dekhayser, and Kyle Hilgendorf introduce themselves and explore the megatrends shaping the digital future. From the rise of agentic AI to the infrastructure challenges behind today’s creator economy, the conversation offers expert perspective on what is changing, and what it will take to keep up.


In this episode:


  • What agentic AI is and how it builds on generative models
  • Why data sovereignty is becoming a global priority
  • How creators are driving new infrastructure demands
  • What it takes to scale for real-time, global innovation


Meet the Hosts:


Shaneil Lafayette, Solution Strategy Lead at Equinix

Glenn Dekhayser, Global Principal Technologist at Equinix

Kyle Hilgendorf, Senior Director of Corporate Strategy at Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> Wed, 23 Jul 2025 02:00:00 -0700 https://www.equinix.com/insights 27:43 Welcome to the first episode of Interconnected, a podcast about the hidden systems powering innovation. Hosts Shaniel Lafayette, Glenn Dekhayser, and Kyle Hilgendorf introduce themselves and explore the megatrends shaping the digital future. From the rise of agentic AI to the infrastructure challenges behind today’s creator economy, the conversation offers expert perspective on what is changing, and what it will take to keep up.


In this episode:


  • What agentic AI is and how it builds on generative models
  • Why data sovereignty is becoming a global priority
  • How creators are driving new infrastructure demands
  • What it takes to scale for real-time, global innovation


Meet the Hosts:


Shaneil Lafayette, Solution Strategy Lead at Equinix

Glenn Dekhayser, Global Principal Technologist at Equinix

Kyle Hilgendorf, Senior Director of Corporate Strategy at Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> Welcome to the first episode of Interconnected, a podcast about the hidden systems powering innovation. Hosts Shaniel Lafayette, Glenn Dekhayser, and Kyle Hilgendorf introduce themselves and explore the megatrends shaping the digital future. From the rise of agentic AI to the infrastructure challenges behind today’s creator economy, the conversation offers expert perspective on what is changing, and what it will take to keep up.


In this episode:


  • What agentic AI is and how it builds on generative models
  • Why data sovereignty is becoming a global priority
  • How creators are driving new infrastructure demands
  • What it takes to scale for real-time, global innovation


Meet the Hosts:


Shaneil Lafayette, Solution Strategy Lead at Equinix

Glenn Dekhayser, Global Principal Technologist at Equinix

Kyle Hilgendorf, Senior Director of Corporate Strategy at Equinix


Watch the full video series on YouTube


Subscribe to the channel and follow Interconnected for more episodes on AI, infrastructure, and our connected future.

]]> false full 1 <![CDATA[Trailer]]> Modern life runs on technology. From groundbreaking medical breakthroughs to AI-powered productivity, innovation is reshaping how we live and work. But what powers that technology? Behind every screen, app, and digital interaction is an unseen force—a massive, intelligent infrastructure that delivers mind-bending volumes of data and compute power. It’s what enables chatbots to answer your questions, driverless taxis to find you in seconds, and your next show to auto-play without a hitch.


Welcome to Interconnected—a new video and podcast series from Equinix.


We’re pulling back the curtain on the tech behind the tech—the networks, systems, and innovations that make our connected world possible. With insight from industry experts and bold thinkers, our hosts will unpack the megatrends dominating the headlines—from AI to edge computing to the future of quantum—and explore the digital infrastructure that powers them. Because this is more than just tech. It's about shaping a smarter, faster, more resilient future for everyone.


This is our rapidly evolving world. This is Interconnected.


Watch the full video series on YouTube

]]> Tue, 08 Jul 2025 13:25:00 -0700 https://www.equinix.com/insights 1:09 Modern life runs on technology. From groundbreaking medical breakthroughs to AI-powered productivity, innovation is reshaping how we live and work. But what powers that technology? Behind every screen, app, and digital interaction is an unseen force—a massive, intelligent infrastructure that delivers mind-bending volumes of data and compute power. It’s what enables chatbots to answer your questions, driverless taxis to find you in seconds, and your next show to auto-play without a hitch.


Welcome to Interconnected—a new video and podcast series from Equinix.


We’re pulling back the curtain on the tech behind the tech—the networks, systems, and innovations that make our connected world possible. With insight from industry experts and bold thinkers, our hosts will unpack the megatrends dominating the headlines—from AI to edge computing to the future of quantum—and explore the digital infrastructure that powers them. Because this is more than just tech. It's about shaping a smarter, faster, more resilient future for everyone.


This is our rapidly evolving world. This is Interconnected.


Watch the full video series on YouTube

]]> Modern life runs on technology. From groundbreaking medical breakthroughs to AI-powered productivity, innovation is reshaping how we live and work. But what powers that technology? Behind every screen, app, and digital interaction is an unseen force—a massive, intelligent infrastructure that delivers mind-bending volumes of data and compute power. It’s what enables chatbots to answer your questions, driverless taxis to find you in seconds, and your next show to auto-play without a hitch.


Welcome to Interconnected—a new video and podcast series from Equinix.


We’re pulling back the curtain on the tech behind the tech—the networks, systems, and innovations that make our connected world possible. With insight from industry experts and bold thinkers, our hosts will unpack the megatrends dominating the headlines—from AI to edge computing to the future of quantum—and explore the digital infrastructure that powers them. Because this is more than just tech. It's about shaping a smarter, faster, more resilient future for everyone.


This is our rapidly evolving world. This is Interconnected.


Watch the full video series on YouTube

]]> false trailer