Galleries

The Future of Latin America’s Subsea Cables: A Strategic Overview

The Future of Latin America's Subsea Cables: A Strategic Overview

March 18, 2024

The digital infrastructure of Latin America is on the brink of a major overhaul, with subsea cables playing a pivotal role in this transformation. A panel of industry experts, including CEOs, EVPs, and senior analysts, came together to discuss the future trajectory of these essential components of the global internet backbone. Here’s a closer look at the participants and the key takeaways from their discussion.

Participants:

Gil Santaliz, CEO at NJFX
Maurice Traverso, EVP at Sparkle
Alexander Salomon, RVP Brazil Sales at Infineria
Enrique Lozoya, Network Investments Manager – Americas at META
Carmine Sorrentino, VP Chief Commercial and Operating Officer at Liberty Networks
Peter Wood, Senior Research Analyst at TeleGeography

 Key Takeaways:

  1. There’s a consensus on the urgent need to replace subsea cables that were built in 2002 and earlier. The industry is moving towards adopting new cables with advanced technology to ensure seamless connectivity between Latin America and North America.
  1. Simply upgrading the equipment of existing cables is insufficient. The panelists pointed out that new cables with higher fiber counts and technological advancements offer far superior performance, which is necessary to meet the increasing demand for data and bandwidth.
  1. Over-The-Top (OTT) providers are at the forefront of developing new subsea systems. Their efforts are expanding the network’s reach beyond Brazil to Argentina, Chile, and potentially Peru, showcasing a significant shift in infrastructure development and investment.
  1. Highlighting specific initiatives, Liberty Media, in collaboration with Gold Data, is working on expanding the US-Mexico and Central America subsea network. Their focus on reducing latency is critical for real-time data applications, enhancing the region’s connectivity.
  1. The responsibility falls on both users and operators to ensure their network’s resilience. Having access to multiple cables and backhaul options is essential for maintaining network uptime, emphasizing the need for robust infrastructure.
  1. The panel discussed the unpredictable impact of AI on network infrastructure and the growth of hyperscale data centers in Latin America. These data centers, increasingly powered by renewable energy, are poised to drive further demand for subsea cable expansion.

The discussions by these industry leaders offer a roadmap for the future of Latin America’s digital infrastructure. As the region gears up for a major transition, the focus on technological advancements, strategic partnerships, and sustainability will be key to ensuring its connectivity with the global digital economy.

The Future of Latin America’s Subsea Cables: A Strategic Overview Read More »

Red Sea conflict

WSJ Covers Red Sea Conflict Threatening Key Subsea Cables

Red Sea Conflict Threatens Key Internet Cables

Maritime attacks complicate repairs on underwater cables that carry the world’s web traffic

Article by Drew Fitzgerald

Full Story here:  Wall Street Journal
March 3, 2024

Red Sea conflict

Conflict in the Middle East is drawing fresh attention to one of the internet’s deepest vulnerabilities: the Red Sea.

Most internet traffic between Europe and East Asia runs through undersea cables that funnel into the narrow strait at the southern end of the Red Sea. That chokepoint has long posed risks for telecom infrastructure because of its busy ship traffic, which raises the likelihood of an accidental anchor drop striking a cable. Attacks by Iran-backed Houthis in Yemen have made the area more dangerous.

The latest warning sign came Feb. 24, when three submarine internet cables running through the region suddenly dropped service in some of their markets. The cuts weren’t enough to disconnect any country but instantly worsened web service in India, Pakistan and parts of East Africa, said Doug Madory, director of internet analysis at network research firm Kentik.

It wasn’t immediately clear what caused the cutoffs. Some telecom experts pointed to the cargo ship Rubymar, which was abandoned by its crew after it came under Houthi attack on Feb. 18. The disabled ship had been drifting in the area for more than a week even after it dropped its anchor. It later sank.

Yemen’s Houthi-backed telecom ministry in San’a issued a statement denying responsibility for the submarine cable failures and repeating the government is “keen to keep all submarine telecom cables…away from any possible risks.” The ministry didn’t comment on the Rubymar attack.

Mauritius-based cable owner Seacom, which owns one of the damaged lines, said fixing it will demand “a fair amount of logistics coordination.” Its head of marketing, Claudia Ferro, said repairs should start early in the second quarter, though complications from permitting, regional unrest and weather conditions could move that timeline. 

“Our team thinks it is plausible that it could have been affected by anchor damage, but this has not been confirmed yet,” Ferro said. 

Cable ships’ lumbering speed makes draping new lines near contested waters a dangerous and expensive task. The cost to insure some cable ships near Yemen surged earlier this year to as much as $150,000 a day, according to people familiar with the matter.

Yemen’s nearly decadelong civil war further complicates matters. Houthi rebels control much of the western portion of the country along the Red Sea, while the country’s internationally recognized government holds the east. Companies building cables in the region have sought licenses from regulators on both sides of the conflict to avoid antagonizing either authority, other people familiar with the matter say.

The mounting cost of doing business also threatens tech giants’ efforts to expand the internet. The Google-backed Blue Raman system and Facebook’s 2Africa cable both pass through the region and remain under construction. Two more telecom company-backed projects also are scheduled to build lines through the Red Sea.

Most of the internet’s intercontinental data traffic moves by sea, according to network research firm TeleGeography. Submarine cables can be simpler and less expensive to build than overland routes, but going underwater comes with its own risks. Cable operators report about 150 service faults a year mostly caused by accidental damage from fishing and anchor dragging, according to the International Cable Protection Committee, a U.K.-based industry group.

“Having alternative paths around congested areas such as the Red Sea has always been important, though perhaps magnified in times of conflict,” ICPC general manager Ryan Wopschall said.

Several internet companies have considered ways to diversify their connections between Europe, Africa and Asia. Routes across Saudi Arabia, for instance, could skirt the waters around Yemen altogether. But many national regulators charge high fees or impose other hurdles that make sticking to tried-and-true routes more attractive. 

“The industry, as with any industry, reacts to the conditions set upon it, and routing in Yemen waters is a result of this,” Wopschall said.

Benoit Faucon contributed to this article.

Write to Drew FitzGerald at andrew.fitzgerald@wsj.com

 

WSJ Covers Red Sea Conflict Threatening Key Subsea Cables Read More »

Capacity LATAM 2024

Capacity LATAM 2024

The NJFX team is Flying to São Paulo for Capacity Media classic event focusing on Latin America connectivity

njfx capacity latam 2024

Schedule Time with the Team!

Events

PTC 2024

Our CEO Gil Santaliz, General Manager Felix Sera, and Emily Newman the PR and Marketing Manager are flying to Hawaii for the classic Pacific Telecom Committee (PTC) conference!

Meet Us »

Capacity LATAM 2024 Read More »

NJFX Bore Pipe Acquisition New Jersey

NJFX Completes Acquisition of Critical Transatlantic Connectivity Assets from SubCom

NJFX Completes Acquisition of Critical Transatlantic Connectivity Assets from SubCom

February 27, 2024

NJFX Bore Pipe Acquisition New Jersey

Wall Township, NJ – Today, NJFX Utility Service LLC, a wholly owned subsidiary of NJFX, announced the successful acquisition of key infrastructure assets from SubCom LLC, originally developed in 2001. This acquisition comprises bore pipes and conduits situated in Manasquan and Avon, NJ. This offers purpose built underground access to the NJFX Wall CLS Campus. These critical infrastructure assets required maintenance, which involves use of complicated and scarce marine expertise. 

Starting in September 2023, NJFX engaged with several marine contractors providing necessary maintenance to these assets, to prepare them for another 25 years, which is the useful life of a subsea cable. This included proofing bore pipes with divers that have underwater welding capabilities.  The number one priority is always life safety which makes this an expensive maintenance exercise in preserving US Critical Infrastructure.

Ryan Imkemeier, the CLS Manager at NJFX, highlighted the collaboration’s depth with HDD and MCC (Marine Contractors and Consultants) to ensure seamless operations, he stated, “We’ve worked closely with our contractor to ensure there are no hiccups. Delays can become costly, and it’s our priority to prepare thoroughly to avoid any potential issues.”

NJFX supports AquaComms who lands in one of the four acquired bore pipes with its Havfrue/AEC-2 cable, connecting the US to Denmark, Norway, and Ireland. Other significant customers of the NJFX Campus include Tata Communications who owns TGN 1 & 2 connecting to the United Kingdom and Seaborn Networks, which owns the Seabras-1 cable connecting Wall, NJ to Sao Paulo, Brazil.

Gil Santaliz, the CEO of NJFX, further emphasized the investment’s significance, “We have invested close to $2 million to ensure these critical assets are ready for the next 30 years of use. This not only demonstrates our commitment to maintaining robust infrastructure, but also to securing New Jersey’s position in the future of transatlantic connectivity.”

Currently there are over 574 active and planned submarine cables reported by TeleGeography in January of 2024.  This includes fourteen transatlantic subsea cables on the east coast of the United States with seven of these cables being considered modern (these include ACE-1, Havfrue/AEC-2, Grace Hopper, Amitie, Marea, Dunant, and EXA Express) with at least 15 years of useful life supporting voice, data, and cloud connectivity. There are 870,000 miles of subsea routes globally with projects like 2Africa, Bifrost and Echo being deployed in the next coming years. These subsea systems solve for topics ranging from geopolitical concerns to economic development for countries who need to be connected and participate in the digital economy.

This acquisition of these assets strengthens NJFX’s role in global communications by restoring transatlantic connectivity infrastructure.

About NJFX:

Located in Wall, NJ, NJFX is the innovative leader in carrier-neutral colocation and subsea infrastructure, setting a new standard for interconnecting carrier-grade networks outside any major U.S. city. Our campus hosts over 35 global and U.S. operators, including multinational banks that rely on us for their “never down” network strategies. The NJFX campus is also where the major cloud operators have their global backbones physically connecting to transatlantic cables to Europe and South America. NJFX customers requiring transparency and true diversity can interconnect at a layer one level with their preferred network connectivity partners.

Media Inquiries, please contact:

Emily Newman | PR & Marketing Manager | emily@njfx.net

NJFX Completes Acquisition of Critical Transatlantic Connectivity Assets from SubCom Read More »

NJFX Edge AI Inference New Jersey

Why operators and enterprises will need an AI data center strategy

Why operators and enterprises will need an AI data center strategy

Ivo Ivanov (CEO at DE-CIX), Data Center Dynamics
February 1, 2024

NJFX Edge AI Inference New Jersey

As Mobile World Congress (MWC) 2024 draws near, the integration and impact of artificial intelligence (AI) in our digital economy cannot be overstated.

AI has always been a hot topic in the mobile industry, but this year it’s more than just an emerging trend; it’s a central pillar in the evolving landscape of telecommunications.

The democratization of generative AI tools such as ChatGPT and PaLM, and the sheer availability of high-performance Large Language Models (LLMs) and machine learning algorithms, means that digital players are now queuing up to explore their value and potential use cases.

The race to uncover and extract this value means that many market participants are now getting directly involved in using or building digital infrastructure.

The likes of Apple and Netflix walked this path almost a decade ago, and now banks, automotive companies, logistics enterprises, fintech operators, retailers, and healthcare specialists are all embarking on the same journey. The benefits are simply too good to pass up.

Crucially, we’re not just talking about enterprises owning a bit of code or developing new AI use cases; we’re talking about these companies having a genuine stake in the infrastructure they’re using. That means their attention is turning to things like data sovereignty, network performance, latency, security, and connection speed. They need to make sure that the AI use cases they’re pursuing are going to be well accommodated long into the future.

The need for network controllability

Enterprises are no longer mere spectators in the AI arena; they are active stakeholders in the infrastructure that powers their AI applications.

For instance, a retail company employing AI for personalized customer experiences must command not only the algorithms but also the underlying data handling and processing frameworks to ensure real-time, effective customer engagement.

This shift toward controllability underscores the importance of data security, compliance adaptability, and operational customization.

It’s about having the capability to quickly adjust to evolving market demands and regulatory environments, as well as optimizing systems for peak performance.

In essence, controllability is becoming a fundamental requirement for enterprises, signifying a shift from passive participation to proactive management in the network landscape.

Low latency is no longer optional

In the high-stakes world of AI, where milliseconds can determine outcomes, latency becomes a make-or-break element.

For example, in the financial sector, where AI is used for high-frequency trading, even a slight delay in data processing can result in significant performance losses. Similarly, for healthcare providers using AI for real-time patient monitoring, latency directly impacts the quality of care and patient outcomes.

Enterprises are therefore prioritizing low-latency networks to ensure that their AI applications function at optimal efficiency and accuracy. This focus on reducing latency is about more than speed; it’s about creating a seamless, responsive experience for end-users and maintaining a competitive edge in an increasingly AI-driven market.

As AI technologies continue to advance, the ability of enterprises to manage and minimize latency will become a key factor in harnessing the full potential of these innovations.

Localization will become mission-critical

Previously only talked about in the context of content delivery networks (CDNs) and cloud models, localization now plays a crucial role in AI performance and compliance. A striking example of this is Dubai’s journey in localizing Internet routes.

From almost no local Internet routes a decade ago to achieving 90 percent today, Dubai has dramatically reduced latency from 200 milliseconds to a mere three milliseconds for accessing global content.

This shift highlights the performance benefits of localization, but there are legal imperatives too. With regions like Europe and India enforcing strict data sovereignty laws, managing data correctly within specific jurisdictions has become more important as data volumes have increased.

The deployment of AI models, and by proxy the networks accommodating them, must therefore align with local market needs, demanding a sophisticated level of localization that businesses are now paying attention to.

Multi-cloud interoperability

AI is also reshaping how enterprises approach cloud computing, especially in the context of multi-cloud environments. AI’s intensive training and processing often occur within a specific cloud infrastructure.

Yet, the ecosystem is more intricate, as numerous applications are either feeding data to, or utilizing data from, these AI models are likely distributed across different cloud platforms.

This scenario underscores the critical need for seamless interoperability and low-latency communication between these cloud environments.

A robust multi-cloud strategy, therefore, isn’t just about leveraging diverse cloud services; it’s about ensuring these services work in harmony as they facilitate AI operations.

All of these factors; controllability, latency, localization, and cloud interoperability will become increasingly important to enterprises as use cases develop. Take self-driving cars for instance. Latency and the real-time exchange of data are obviously critical here, but so are cloud interoperability and data sovereignty.

A business cannot serve an AI-powered driver assistance system from one region if the car is in another. These systems also learn and adapt to individual driving patterns, and handle sensitive personal information, making compliance with regulations like the General Data Protection Regulation (GDPR) in the EU not just a legal obligation but a trust-building imperative.

Networking and interconnections

If data center operators want to win business from these AI-hungry, data-driven enterprises, they need to move their focus beyond mere servers, power, and cooling space.

Forward-looking data centers are now evolving to support their enterprise customers more effectively by providing direct connectivity to cloud services.

This is ideally achieved through housing or providing direct access to interconnection platforms in the form of an Internet Exchange (IX) and/or Cloud Exchange.

This will allow different networks to interconnect and exchange traffic directly and efficiently, bypassing the public Internet, which reduces latency, improves bandwidth, and enhances overall network performance and security.

Enterprises are more invested than ever in the connectivity infrastructure powering their services, and to win customers, data centers are going to need to take a more collaborative and customizable approach to data handling and delivery.

This isn’t just a response to immediate challenges; it’s a proactive blueprint for a future where AI’s potential is fully realized.

Why operators and enterprises will need an AI data center strategy Read More »

Critical Infrastructure Forum Educating Enterprise and Financial Markets

NJFX Hosts Critical Infrastructure Forum

This event marked a revolutionary stride towards redefining cloud, IP, and global connectivity

February 14, 2024

On February 9th, NJFX’s Tier 3 carrier-neutral and subsea colocation facility hosted a Critical Infrastructure Forum supporting various applications for multinational banks. This event marked a revolutionary stride towards redefining cloud, IP, and global connectivity with 30+ executives presenting from Fortune 100 and 500 companies within NJFX’s advanced facility.

The forum facilitated sessions on enhancing network infrastructure and enabling private backbone access to the major cloud operators. Additional topics included insights from the world’s largest Internet exchange provider and a leading network operator providing last mile access throughout LATAM.

Key participants and highlights included:

  • Head of Solutions Architecture of Banking and Payments from AWS.
  • COO’s from Orchest, Colt, and Crown Castle, emphasizing the importance of scalable and resilient network infrastructure.
  • Executives from DE-CIX, sharing strategies on internet exchange capabilities and global business development.
  • Representatives from Altice, Verizon, EXA, and AT&T, discussing advancements in mobile networks and enterprise fiber solutions.

This forum underscored NJFX’s role in facilitating a future-proof, expansive internet infrastructure, highlighting the collective effort towards a more connected and efficient global network.

About NJFX

NJFX is setting a new standard for interconnecting carrier-grade networks outside any major U.S. city. Our campus hosts over 35 global and U.S. operators, including multinational banks that rely on us for their “never down” network strategies. The NJFX campus is also where the major cloud operators have their global backbones physically connecting to transatlantic cables to Europe and South America. NJFX customers requiring transparency and true diversity can interconnect at a layer one level with their preferred network connectivity partners.

Critical Infrastructure Forum Educating Enterprise and Financial Markets Read More »

Metro Connect 2024

Metro Connect 2024

Our Founder and Visionary of NJFX is Driving to Fort Lauderdale

Schedule Time with Gil Santaliz

Events

PTC 2024

Our CEO Gil Santaliz, General Manager Felix Sera, and Emily Newman the PR and Marketing Manager are flying to Hawaii for the classic Pacific Telecom Committee (PTC) conference!

Meet Us »

Metro Connect 2024 Read More »

John Hayduk Interviews with Emily Newman at njfx on the transformative digital landscape of telecommunications

Luminaries in Telecom – Redefining the New Generation of Global Network Connectivity – John Hayduk

Luminaries in Telecom | John Hayduk

Redefining the New Generation of Global Network Connectivity

Written + Edited by:

Kevin Ayerdis + Emily Newman

February 5, 2024

John Hayduk Interviews with Emily Newman at njfx on the transformative digital landscape of telecommunications

Welcome back to Luminaries Of Telecom!

In the ever-evolving landscape of telecommunications, a realm continually reshaped by breakneck technological advancements, stands a luminary who has not just witnessed but actively sculpted our hyper-connected world. John Hayduk is a visionary in the realm of global network connectivity and has built a remarkable career path paralleling the industry’s transformation. Hayduk’s journey reflects a shift from the simpler, quieter days of analog to the dynamic, intricate webs of the modern digital era.

Pioneering the Digital Communication Revolution

John Hayduk’s distinguished career in telecommunications took root in the suburbs of Pittsburgh, Pennsylvania. After graduating from Penn State in 1990, he embarked on his professional journey in New Jersey at the infamous Bellcore that eventually morphed into Telcordia. This transformation marked a significant phase in his career. With his master’s degree in computer science and specializing in software development, Hayduk took on a critical role at Telcordia.

Hayduk explains, “At Telcordia, after dedicating four to five years to software development, I was presented with a pivotal career decision: to continue the technical track or to transition into management. Choosing the latter, I embarked on the managerial track. This shift involved overseeing software development teams, with each role bringing larger teams under my guidance and expanding responsibilities.”

Following several years of successfully managing various development teams, Hayduk was offered a new role managing a P&L focusing on a suite of applications dedicated to Wireless Network Management at Telcordia.

Reflecting on this period, Hayduk notes, “By 2000, cell phones had become a common accessory for most people. The period from 1996 to 2000 was crucial in the wireless business. At Telcordia, we were developing and providing software solutions for major wireless providers to efficiently operate their networks. This era marked a time of rapid expansion in wireless networks, aligning with the widespread adoption of mobile phones. Notably, the end of ‘03 saw revenues reaching $100 million, and by 2004-2005, we witnessed a surge to approximately $140-150 million.”

Architecting Global Connectivity

After a decade of shaping the telecom landscape at Telcordia, Hayduk was poised for a new challenge. In 2005, he made a strategic move to Tata Communications marking a pivotal point in both his career and the company’s trajectory. This era signified the dawn of Tata’s expansion into international services. With Hayduk’s extensive background in software and a proven track record of seamlessly blending technical expertise with strategic insight, Hayduk assumed the role of Chief Technology Officer.

Upon joining Tata Communications, Hayduk found himself at the heart of the company’s pivotal growth phase. He played a significant role during key milestones, notably the acquisition of Tyco Global Network (TGN). This strategic move endowed Tata with substantial subsea capabilities, extending from the Atlantic to the Pacific, and significantly enhancing their network with various Points of Presence (PoPs). Just 8-9 months following this, Tata further expanded its reach by acquiring Teleglobe, adding an additional 45-50 international PoPs to Tata’s network, and a significant global IP backbone.

Hayduk reflected on the evolving challenges in the industry, stating, “The landscape of technology was undergoing a drastic transformation. Around 2002-2003, we saw a shift with internet usage, voice calls transitioning to video collaboration, and the start of cloud based computing and storage options. This change had a profound impact, not just in terms of the nature of communication, but also in the bandwidth requirements. The rising demand for network capacity, coupled with the trend of cloud computing and the shift towards cloud-based processing, posed unique challenges to our network’s ability to meet those needs.”

He continues, “We could no longer afford delays in reconfiguring or upgrading our infrastructure to meet these demands. My background in software, particularly in supply chain management with our capacity vendors, became crucial. It enabled us to rapidly scale up our services, ensuring that when a major customer placed an order, we could meet their needs with exceptional speed.”

During his tenure at Tata Communications, Hayduk played a pivotal role in orchestrating complex initiatives and deploying a new subsea cable in the South China Sea. His responsibilities extended beyond technology, involving intricate supply chain management and international vendor relations, highlighting his adeptness in navigating the complexities of global telecommunications expansion.

South China Sea and Beyond

Based in New Jersey, Hayduk’s leadership involved not just strategy but also the intricate management of remote supply chains, underlining the challenges within international operations.

Hayduk detailed the meticulous planning required, “Understanding every step of the planning and deployment phase is crucial. When building our Intra-Asia Cable, securing permits in the South China Sea was more challenging than anticipated, forcing us to reassess our construction strategy. The dilemma was whether to adjust our build direction or halt operations due to permit complications in contested waters.”

Elaborating further, Hayduk added, “Navigating governmental approvals was complex. Although technically in international waters, China’s territorial claims over the South China Sea meant we couldn’t assume unimpeded passage. We adopted a cautious approach, ensuring we obtained permits even in areas regarded as international waters.” 

The task of deploying this subsea cable was also done during the politically sensitive period of the Beijing Olympics which added layers of complexity, and impacting construction time. Finally, the long-awaited permit approval arrived, bringing a sense of relief and accomplishment that finally allowed the construction of the cable to complete.

For other cable builds, like from the west coast of India to Europe, “We designed subsea systems to land prior to existing congested cable systems in and around the Suez Canal, and then run terrestrially through Egypt out to the Mediterranean. This approach offered a diverse alternative – a contingency in case of disruptions. Our goal was to provide a unique option from a market standpoint.”, explains Hayduk.

This example required negotiating with entities like Telecom Egypt for terrestrial builds, which required balancing practical business needs with inventive solutions. Projects around the Suez Canal demanded collaboration with local stakeholders, illustrating the intricate, often delicate geopolitical nature inherent in global telecom projects.

Hayduk explains, “This strategic decision not only highlighted the need for innovative routing solutions but also underscored the importance of robust partnerships.”

Hayduk’s insights into the pivotal Egypt project highlight the collaborative essence and strategic reliance on local partnerships that have been instrumental in Tata Communications’ growth. He notes, “For the terrestrial build, we needed to work closely with Telecom Egypt, relying on them for the cable landing station construction. This partnership underscored our dependence on local expertise and the crucial role of subcontractors in the subsea cable build process.”

By 2014, this evolution had propelled Tata Communications to a unique position as the only company with a fully-owned subsea fiber network that encircles the globe. This vast network, serving as the backbone of global connectivity, extends its reach to over 200 countries and territories. A testament to its impact, about 30% of the world’s Internet routes flow through Tata’s network.

Hayduk explains, “In this instance, we developed a consolidated subsea platform that offered significant scalability – specifically, the ability to exponentially increase bandwidth in multiples of 100Gbps units to 1Tbps and beyond, advancing towards spectrum-type fiber pair deals.”

Networks and the Future

Hayduk foresees the crucial role of advancing fiber optics and software augmentation in meeting the growing demands of technology. He emphasizes that the strategic expansion of fiber optics is key not just for increased capacity, but also for ensuring the reliability and low latency essential to support various applications. This is particularly important for applications requiring stringent response times, such as high-frequency trading and business collaboration tools, which after the pandemic, have become a critical utility.

“Immersive video, the metaverse, and augmented realities are poised to surge, demanding bandwidth to reach unprecedented heights. In this landscape, wireless technologies find their niche in providing access. However, the inherent limitations of spectrum availability underscore the perpetual need for extensive fiber optic infrastructure. As the digital realm expands with innovations like the metaverse, the hunger for increased bandwidth intensifies, necessitating further investments in fiber optics. The advent of 3D virtual experiences and the metaverse introduces a paradigm shift, demanding exponential increases in bandwidth,” Hayduk explains.

The telecom industry is on the brink of a transformation, and according to Hayduk, the future will see an unyielding demand for networks. While wireless technologies are essential, especially for access, the heart of capacity-intensive applications lies in fiber and wired solutions.

Legacy in the Telecom Space

Hayduk’s journey stands as a striking testament to his adaptability, foresight, and unwavering commitment to progress. His career, marked by significant contributions and visionary leadership, sheds light on the industry’s transformative evolution, offering valuable lessons for both seasoned leaders and aspiring newcomers navigating the rapidly changing landscape of telecommunications.

As the industry continues to evolve at a breakneck pace, Hayduk’s legacy resonates powerfully. His ability to steer the field into new frontiers, where technological innovation intersects with practical business acumen, remains exemplary.

Hayduk emphasizes, “Staying open-minded, being ready to learn, and embracing change are crucial. Adaptability and quick strategizing in the face of unforeseen challenges are key to not only good leadership but also being a great teammate. Together, we can figure anything out.”

Looking ahead, Hayduk turns our attention to emerging domains like the metaverse and the reshaping of operational landscapes by artificial intelligence. “The dynamic and challenging waters of telecommunications await the next generation of visionaries to navigate new paths and discover innovative solutions, propelling the industry into uncharted territories,” he reflects.

In the symphony of connectivity, where tomorrow’s digital possibilities resonate, John Hayduk’s influence and insights continue to serve as a guiding compass, inspiring excellence in the relentless quest to advance the world of telecommunications.

_____________

A sincere thank you to our latest Luminary, John Hayduk, for sharing his wisdom and adding his unique story that has shaped telecom today. We’ve only scratched the surface of his triumphant journey, and there’s undoubtedly more to explore. Readers, we encourage you to share your thoughts and reflections on John’s story in the comments. For suggestions on other telecom leaders to spotlight, reach out to Emily@njfx.net

 

More In the News

Beyond the Unexpected: How NJFX Secures Your Connectivity

The abrupt collapse of the Baltimore bridge serves as a poignant reminder of our physical infrastructure’s vulnerabilities and the cascading effects such failures can have on connectivity. In response, NJFX’s strategic foresight in crafting a resilient connectivity ecosystem emerges not just as a measure of preparedness but as a necessity.

Read More »

The Future of Latin America’s Subsea Cables: A Strategic Overview

The digital infrastructure of Latin America is on the brink of a major overhaul, with subsea cables playing a pivotal role in this transformation. A panel of industry experts, including CEOs, EVPs, and senior analysts, came together to discuss the future trajectory of these essential components of the global internet backbone. Here’s a closer look at the participants and the key takeaways from their discussion.

Read More »
NJFX Edge AI Inference New Jersey

Why operators and enterprises will need an AI data center strategy

Enterprises are prioritizing low-latency networks to ensure that their AI applications function at optimal efficiency and accuracy. This focus on reducing latency is about more than speed; it’s about creating a seamless, responsive experience for end-users and maintaining a competitive edge in an increasingly AI-driven market.

Read More »

Luminaries in Telecom – Redefining the New Generation of Global Network Connectivity – John Hayduk Read More »

The New Wave of SMART Cables

New Wave of SMART Cables

By Srikapardhi, TelecomTalk
January 31, 2024

Once operational, the system will provide not only a supplementary telecom cable to New Caledonia, extending to Australia and Fiji, but also a vital component in environmental monitoring.

Prima, in collaboration with Alcatel Submarine Networks (ASN), announces the signing of a contract for the establishment of the first SMART subsea cable system. OMS will be responsible for the marine installation of this system, which is set to be deployed and operational in 2026. The system will enhance digital connectivity and seismic monitoring in the Pacific region, the joint statement said.

Collaborative Innovation

Once operational, the system will provide not only a supplementary telecom cable to New Caledonia, extending to Australia and Fiji, but also a vital component in environmental monitoring.

The integration of four advanced Climate Change Nodes (CC Nodes) into the subsea cable system will facilitate real-time monitoring of seismic activities and efficient tsunami detection, particularly in the seismically volatile New Hebrides Trench. Additionally, this technology is expected to transform warning systems across the Pacific, enhancing security and preparedness against natural disasters.

Environmental Monitoring Advancements

Prima emphasised the key supporters of this project, including the French Government for its “unwavering commitment and encouragement”, the Government of Vanuatu that entrusted Prima with the implementation of this hybrid cable, and OPT NC that supported the project, especially in the Lifou landing.

For its part, ASN also collaborated with the SMART Joint Task Force (JTF) for their consistent support and expertise in developing SMART cable projects. “By merging telecommunications with environmental monitoring technologies, this endeavour will substantially enhance the safety, connectivity, and scientific insight of the Pacific region,” the joint statement said.

Prima is a telecommunications and data infrastructure company based in Port Vila, Vanuatu. Alcatel Submarine Networks (ASN) offers an extensive service portfolio including project management, installation, and commissioning, along with marine and maintenance operations performed by ASN’s wholly-owned fleet of cable ships.

What are SMART Cables?

nstrumenting the deep ocean has been a challenge for ocean scientists for decades.

The Science Monitoring And Reliable Telecommunications (SMART) Subsea Cables initiative seeks to revolutionize deep ocean observing by equipping transoceanic telecommunications cables with sensors to provide novel and persistent insights into the state of the ocean, at a modest incremental cost.

 Smart Cables

The Science Monitoring And Reliable Telecommunications (SMART) Subsea Cables initiative seeks to revolutionize deep ocean observing by equipping transoceanic telecommunications cables with sensors to provide novel and persistent insights into the state of the ocean to monitor climate change including ocean heat content, circulation, and sea level rise, provide early warning for earthquakes and tsunamis, and monitor seismic activity for earth structure and related hazards. 

The Joint Task Force

The SMART Subsea Cables initiative is led by a Joint Task Force (JTF) made up of three United Nations organizations: the International Telecommunications Union (ITU), the World Meteorological Organization (WMO), and the Intergovernmental Oceanographic Commission (IOC) of the United Nations Educational, Scientific and Cultural Organization (UNESCO). The JTF is responsible for charting a path for the implementation of SMART monitoring capabilities into new cable installations worldwide.

International Program Office

The SMART International Program Office (IPO) is the executive branch of the JTF and is responsible for carrying out its recommendations in pursuit of broad SMART adoption. In this role the IPO acts in oversight and managerial capacities as the unifying executive agency bridging the many relevant stakeholder communities pertinent to SMART implementation. 

The New Wave of SMART Cables Read More »

NJFX AND EXA INFRASTRUCTURE FORGE STRATEGIC PARTNERSHIP TO BOLSTER TRANSATLANTIC CONNECTIVITY

NJFX and EXA Infrastructure Forge Strategic Partnership To Bolster Transatlantic Connectivity

WALL TOWNSHIP, NJ & LONDON, UK, 21 JANUARY 2024 – EXA Infrastructure, the largest dedicated digital infrastructure platform connecting Europe and North America, today has announced a strategic partnership with NJFX, a leader in carrier-neutral colocation and subsea infrastructure. This collaboration marks a significant step in bolstering global network connectivity with EXA establishing a new Point of Presence (PoP) at NJFX’s facility.

EXA Infrastructure, a London-based I Squared Capital portfolio company, operates a vast 142,000-kilometer fiber network spanning 34 countries and connecting 300 cities. With 13 Tier 3-equivalent data centers and several strategic sub-sea routes, including a low-latency transatlantic link, EXA’s network is a cornerstone of this partnership.

As part of this strategic presence at NJFX, EXA announced a partnership with Bulk for the Havfrue cable system. EXA will integrate Havfrue with their pan-European backbone network to provide direct connectivity to the Nordics avoiding major conventional transatlantic traffic passages.

EXA Infrastructure, VP Network Investments, Steve Roberts said: “As we embark on this strategic partnership with NJFX, we’re not just connecting infrastructure; we’re forging a pathway for our customers to traverse the digital landscape faster and more efficiently than ever before. We are excited to be partnering with NJFX and this collaboration amplifies opportunities for our customers to access Europe with unprecedented speed on the EXA network. We are committed to providing cutting-edge solutions in today’s digital era that is defined by connectivity.”

NJFX is distinguished for its unique strategy in linking carrier-grade networks beyond major U.S. cities, accommodating 35 international and domestic operators and growing. The NJFX campus is also where the major cloud and network operators have their global backbones physically connecting to transatlantic cables to Europe and South America. The alliance with EXA amplifies NJFX’s dedication to offering customers unmatched options in network connectivity.

Felix Seda, General Manager at NJFX, said: “We are proud to have EXA Infrastructure as part of our growing ecosystem integrating their expansive network with our robust connectivity infrastructure. By establishing a presence at the NJFX colocation campus, EXA customers are now able to leverage low latency routes to major connectivity hubs avoiding legacy chokepoints.”

This alliance represents a significant milestone in the telecommunications industry, offering existing and prospective customers enhanced network options. With an emphasis on diversity, capacity, and growth scalability, NJFX and EXA Infrastructure are committed to driving forward the future of global connectivity.

###

About NJFX

Located in Wall, New Jersey, NJFX is the innovative leader in carrier-neutral colocation and subsea infrastructure, setting a new standard for interconnecting carrier-grade networks outside any major U.S. city. Our campus hosts over 35 global and U.S. operators, including multinational banks that rely on us for their “never down” network strategies. The NJFX campus is also where the major cloud operators have their global backbones physically connecting to transatlantic cables to Europe and South America. NJFX customers requiring transparency and true diversity can interconnect at a layer one level with their preferred network connectivity partners. For more information, visit

NJFX.net

Media contacts:
Emily Newman
emily@njfx.net

About EXA Infrastructure

Headquartered in London, EXA Infrastructure is a portfolio company of I Squared Capital and the largest dedicated digital infrastructure platform connecting Europe and North America and owns 142,000 kilometres of fibre network across 34 countries. EXA’s network connects 300 cities and offers 13 Tier 3-equivalent data centres, with sub-sea routes that include five transatlantic cables, one the lowest latency link between Europe and North America. For more information, see exainfra.net

Media contacts:

Alana Foster
EXA Infrastructure
alana.foster@exainfra.net

NJFX AND EXA INFRASTRUCTURE FORGE STRATEGIC PARTNERSHIP TO BOLSTER TRANSATLANTIC CONNECTIVITY Read More »

Let's have a chat

Learn how we helped 100 top brands gain success.