The World's First

Decentralized Compute Network Built for the Future

Transforming real-world infrastructure into the most powerful, energy-efficient, and scalable compute network on the planet.

NaiborLinks edge compute node
NaiborLinks distributed network

Company's Mission

Our goal is simple:
To Make AI accessible to everyone.

Today, the most powerful AI infrastructure is owned and controlled by a privileged few. The ability to build, train, and operate advanced AI systems requires enormous amounts of compute, power, capital, and specialized infrastructure.

At the highest level of the market, access to this infrastructure is increasingly concentrated among hyperscalers and technology companies with tens of billions of dollars in infrastructure budgets. That means the future of intelligence is being shaped by whoever can afford to build the infrastructure to run it. No exceptions.

We believe that needs to change.

  • AI should not be a resource reserved only for the largest companies in the world.
  • A startup should be able to access the same class of computational infrastructure needed to build its next breakthrough.
  • A university should be able to conduct advanced research without the need to build a massive AI campus.
  • A business should be able to develop and operate its own proprietary intelligence.
  • And ultimately, individuals should be able to access intelligence that is personalized to them.

That is why we are building the world's largest decentralized distributed intelligence infrastructure. Instead of concentrating compute in a handful of massive facilities, we create a network of geographically distributed compute nodes that can work together as one intelligent infrastructure layer. Compute becomes available where it is needed, closer to businesses, people, data, machines, and the physical world. And as the network grows, access grows with it.

We are not trying to build another data center.
We are building a new way to access intelligence.

Because the future of AI shouldn't belong only to those who can afford to own the infrastructure.
It should belong to everyone.

AI is electricity before it powered every home and became available in every business.

AI is Wi-Fi before it connected to every device and became accessible in every public setting.

A company can own their intelligence, developing, training, customizing, and operating proprietary AI around their own data, processes, and competitive advantages rather than relying entirely on intelligence controlled by centralized providers.

At the same time, the cost and barrier to entry fall dramatically. Companies no longer need to spend billions building massive AI campuses or maintain infrastructure for peak demand; they can access distributed compute when and where they need it, making advanced AI attainable for startups, enterprises, universities, and ultimately individuals.

The result is a fundamental shift in the AI economy: intelligence moves from something only the largest companies can afford to build into infrastructure that organizations can access, customize, and own.

That unlocks a massive expansion of innovation, allowing startups, businesses, researchers, and individuals to create, train, own, and deploy intelligence without having to build the infrastructure themselves.

Join the movement. Welcome to NaiborLinks

Unlocking Exascale Compute

Billboards. Buildings. Cities. Reimagined as the world's largest compute network.

Lowest Energy, Highest Impact

Proprietary cooling, hardware, and protocols minimize energy. Maximize output.

Secure. Sovereign. Decentralized

Built on cryptographic verification, dew computing protocols, and verifiable execution.

A New Economy of Compute

Compute as a service. Tokenized. Transparent. Sustainable.

The Problems We Face Today

AI and Data Centers Are Broken.

Extreme Energy Demand

AI workloads are driving unprecedented energy consumption, straining grids and accelerating environmental damage.

High Costs, Low Efficiency

Traditional data centers are expensive to build and operate, with massive energy waste and cooling inefficiencies.

Centralized & Vulnerable

Centralized infrastructure creates single points of failure, security risks, and geopolitical vulnerabilities.

Slow to Scale

Building new data centers takes years. The world can't wait that long to unlock AI's full potential.

Wasteful & Unsustainable

Outdated hardware lifecycles and e-waste are creating a massive and growing environmental burden.

Our Solution

NaiborLinks Turns Problems Into Possibilities.

We built NaiborLinks to solve the root problems of today's infrastructure: by decentralizing compute, optimizing every watt, and putting control back where it belongs.

Our Technology →

Decentralized by Design

Distributes compute across thousands of real-world locations, eliminating single points of failure.

Energy Efficient at the Core

Hardware and thermal innovations reduce energy usage and cooling needs at every level.

Built for Sovereignty

Data stays local. Compute is sovereign, secure, and compliant by design.

Instant Scale

Leverages existing infrastructure to scale compute instantly, without years of construction.

Sustainable by Default

Less energy, less waste, less impact. A compute network aligned with our planet's future.

NaiborLinks deployment team

The NaiborLinks Advantage

Real Infrastructure.
Real Compute.
Real Impact.

NaiborLinks turns everyday infrastructure into high-performance compute nodes, creating unmatched scale, efficiency, and economic opportunity.

400K+
Digital Billboards
750+
Headend Facilities
60K+
Edge Node Locations
100+
ExaFLOPs of Distributed Compute

Built Anywhere. Deploys Everywhere.

Powering the World's Most Important Environments.

From private estates to industrial facilities, NaiborLinks brings sovereign compute to where it matters most.

See Deployment Options →

Private Estates

Silent. Secure. Sovereign. Discreet compute infrastructure that delivers massive power without compromise.

Industrial & Warehouse

Power at scale. Turn underutilized real estate into high-performance compute infrastructure.

Our Technology Stack

Purpose-Built, From the Ground Up.

Proprietary Compute Architecture

Purpose-built hardware optimized for real-world workloads with unmatched efficiency and performance.

Advanced Thermal Management

Breakthrough cooling technology reduces energy usage and extends hardware lifespan.

Decentralized Network Design

Compute is distributed across thousands of real-world locations for resilience, sovereignty, and scale.

Sovereign & Secure by Design

Data stays local. Compute is verifiable, secure, and compliant by architecture, not afterthought.

Energy Efficient by Default

Every watt matters. NaiborLinks is designed to deliver maximum compute per unit of energy.

Modular & Future-Ready

Modular hardware and software layers allow continuous innovation without disruption.

Our Products

Engineered for Scale.
Designed for the Future.

NaiborLinks Edge Node

Compact. Powerful. Efficient. The edge node brings exascale compute to any location.

Learn More →

NaiborLinks Core Unit

High-performance compute in a sleek, silent, and rugged design for demanding environments.

Learn More →

NaiborLinks Infrastructure

A decentralized network of billboards, buildings, and beyond. The compute layer of the real world.

Learn More →

Product Development & Release Timeline

From Vision to Global Impact.

Phase 1
Foundation
Q3 2026 — Q4 2026
  • Core architecture design
  • Prototype development
  • Thermal system validation
  • Initial node testing
Phase 2
Alpha Release
Q1 2027 — Q2 2027
  • Alpha units deployed
  • Network software v1
  • Edge node integration
  • Private partner pilots
Phase 3
Beta Network
Q3 2027 — Q4 2027
  • Beta network launch
  • Expanded deployments
  • Performance optimization
  • Developer SDK release
Phase 4
Edge Scale
Q1 2028 — Q4 2028
  • Mass production begins
  • Cities & enterprise rollout
  • Network software v2
  • Ecosystem expansion
Phase 5
Global Scale
2029 — 2030
  • Global network coverage
  • Headend facility integration
  • Compute marketplace
  • Cross-industry adoption
Phase 6
AI Everywhere
2031+
  • Ubiquitous compute layer
  • Autonomous network
  • Self-optimizing infrastructure
  • Limitless human potential

Our Goals

Building the Most Important Technology Company in History.

Short-Term Goals
(1 — 3 Years)
  • Deploy thousands of nodes across high-impact real-world locations.
  • Establish our network as the most energy-efficient compute layer.
  • Drive adoption with enterprise, government, and developer partners.
  • Deliver industry-leading compute performance at the lowest cost.
Long-Term Goals
(3 — 10 Years+)
  • Build the global compute layer that powers every industry.
  • Enable true digital sovereignty for every nation and enterprise.
  • Create the most trusted, open, and decentralized compute ecosystem.
  • Fuel breakthroughs in AI, science, healthcare, and human potential.
Our Ultimate Goal

To Be the Most Important Technology Company in History.

We're not just building a product. We're building the foundation for the next era of human potential.

Our Team

Engineers and Operators Who've Built This Before.

JHJohnhaynes Honeycutt

Johnhaynes Honeycutt

Head of Business Development / Chief Strategy & Innovations Officer

  • 15+ years in business development, strategic partnerships, and ecosystem growth.
  • Identifies market opportunities and builds go-to-market strategies that drive revenue and adoption.
  • Leads partnerships, investor relations, and long-term growth planning.
DTDevin Thayer

Devin Thayer

SVP of Engineering, Deputy CTO

  • 15+ years of full-stack engineering leadership across cloud, edge, and distributed systems.
  • Oversees architecture, systems design, and engineering teams.
  • Ensures scalable, secure, and high-performance solutions from prototype to production.
CWCedric Wallerson

Cedric Wallerson

Infrastructure & Security IT Management Lead

  • 15+ years managing enterprise infrastructure, networks, and cybersecurity.
  • Leads deployment, monitoring, and optimization of secure, high-availability systems.
  • Ensures robust infrastructure operations, risk mitigation, and compliance.
DSDavid Sellers

David Sellers

Senior Systems Analyst

  • 15+ years analyzing complex systems and translating business needs into technology solutions.
  • Specializes in requirements gathering, process optimization, and system integration.
  • Provides data-driven insights that improve performance and drive smart decision-making.
KHKatarina Honeycutt

Katarina Honeycutt

Head of Business Advisement

  • Serves as a senior strategic advisor to the company's leadership team.
  • Advises leadership on the most effective paths to scale the company.
  • Works across strategy, finance, partnerships, customers, investors, and operations.
  • Helps guide major business decisions and long-term growth strategy.
  • Evaluates new business opportunities, markets, and potential partnerships.
  • Translates complex business challenges into clear, actionable recommendations.
  • Focuses on maximizing value for the company, customers, strategic partners, and investors.
SMSmaran Mudbidri

Smaran Mudbidri

VP / Head of Global Delivery

  • 15+ years leading global delivery teams and managing large-scale, multi-region projects.
  • Expert in operational excellence, agile delivery, and building high-performing teams.
  • Ensures consistent execution, quality, and client satisfaction across all engagements.
NM

Nagaveni Mallappa

Head of Program Management

  • 15+ years managing complex programs from initiation to successful delivery.
  • Expert in resource planning, risk management, and cross-functional coordination.
  • Ensures projects are delivered on time, within scope, and aligned with business goals.

Who We're Looking For

Builders. Thinkers. Visionaries.

We're looking for bold, curious, and driven individuals who want to solve hard problems and make a real impact.

Problem Solvers

You love complex challenges and building innovative solutions.

Innovators

You push boundaries and embrace new ideas and technologies.

Collaborators

You thrive in teams and believe great things are built together.

Impact Driven

You're passionate about creating technologies that change the world.

Adaptive

You're agile, resilient, and ready to grow in a fast-moving environment.

Open Positions

Join Our Mission

Senior AI/ML Engineer Engineering Remote / GlobalApply Now →
Backend Software Engineer Engineering Remote / GlobalApply Now →
DevOps Engineer Infrastructure Remote / GlobalApply Now →
Hardware Systems Engineer Hardware Northeast USApply Now →
Product Manager Product Remote / GlobalApply Now →
Growth Marketing Manager Marketing Remote / GlobalApply Now →

Life at NaiborLinks

More Than a Job. A Movement.

Health & Wellness

Comprehensive medical, dental, and vision coverage.

Flexible Work

Work from anywhere with flexibility that fits your life.

Growth & Learning

Continuous learning stipends and career development.

Equity & Ownership

Be an owner in the future you're helping to build.

Unlimited PTO

Recharge and take time when you need it most.

Strong Culture

Collaborative, inclusive, and mission-driven team.

Ready to Build the Future?

Let's Build What's Next. Together.

If you're ready to make an impact, we'd love to hear from you.

Apply to Open Positions →
The Dew Computing Protocol

Ground-Level. Ubiquitous. Verified.

The proprietary protocol that turns ground-level compute fabric into unified supercomputers at global scale, exceeding the capabilities of any centralized AI data center at a fraction of the cost.

Learn More →
Latest Updates

NaiborLinks Whitepaper Published


Download Whitepaper →

NaiborLinks Website Launched

Join the Revolution

Partner. Deploy. Scale.

Let's build the future of compute, together.

Partner With Us →

Partner With Us

Build the Future of Compute, Together.

Whether you're a property owner, infrastructure operator, or enterprise looking for sovereign compute, we want to hear from you.