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Building GhostPay Mesh: Why We Believe Financial Infrastr...
Wesley Favarin · 2026-06-15 · via DEV Community

As software engineers, we often build systems assuming one thing:

The internet will always be available.

Cloud providers, APIs, payment gateways, databases, authentication services — modern software is designed around constant connectivity.

But what happens when that assumption breaks?

That question became the foundation of what would eventually become GhostPay Mesh.

Recently, our team had the opportunity to present GhostPay Mesh at Web Summit Rio 2026, one of the largest technology events in the world. Being selected as a startup for the event was an important milestone, but the journey that brought us there started years earlier with a much simpler problem.

The Connectivity Assumption

Many financial systems assume that connectivity is always available.

In practice, that isn't always true.

Around the world there are still situations where connectivity can be:

Limited
Unstable
Congested
Expensive
Temporarily unavailable

This isn't only a challenge in remote regions.

It can happen during:

Large events
Infrastructure failures
Natural disasters
Rural operations
Temporary network outages

Yet our digital financial infrastructure still largely depends on being online at the exact moment a transaction is initiated.

That led us to ask:

Could there be a different approach?

Building GhostPay Mesh

GhostPay Mesh was created around the idea of enabling the orchestration of cryptographic transfer promises in disconnected environments.

Our goal was not to create:

A bank
A wallet
A custodial platform

Instead, we focused on building infrastructure.

Infrastructure that could help coordinate, synchronize and later settle cryptographic transfer promises through regulated partners when connectivity becomes available again.

In many ways, we approached the problem as a distributed systems challenge rather than a traditional fintech problem.

Questions we explored included:

How do devices exchange information when connectivity is unavailable?
How can synchronization occur later?
How can systems remain resilient when operating offline?
How do we design for temporary disconnection rather than assuming permanent connectivity?

These questions pushed us into areas involving:

Offline-first architectures
Cryptographic signatures
Distributed synchronization
Resilient infrastructure design
Interoperable financial systems
Web Summit Rio 2026

Being selected for Web Summit Rio 2026 gave us an opportunity to discuss these ideas with founders, developers, investors and technology leaders from around the world.

One thing became immediately clear:

The conversation around resilience is becoming increasingly important.

Whether discussing payments, digital assets, financial inclusion, stablecoins or infrastructure, many people are beginning to ask similar questions:

What happens when connectivity fails?

The answer isn't simple.

But it is a problem worth solving.

Why Offline-First Matters

Offline-first design is not about replacing online systems.

It's about building systems that remain useful when connectivity becomes unreliable.

The future of financial infrastructure will likely require:

Interoperability
Resilience
Accessibility
Scalability
Inclusion

We believe infrastructure should be designed for real-world conditions, not ideal conditions.

Because the world is becoming increasingly digital.

But it is not becoming equally connected.

What We Learned

Web Summit Rio 2026 reinforced something important for our team:

Innovation often starts by questioning assumptions that everyone else takes for granted.

For us, one of those assumptions is constant connectivity.

GhostPay Mesh is still early in its journey.

There is a tremendous amount of work ahead.

But presenting our vision on a global stage reminded us why we started building in the first place.

Not simply to create another product.

But to explore how financial infrastructure can become more resilient, accessible and adaptable for the future.

The Team Behind GhostPay Mesh

Wesley S. Favarin
Founder

Diego Rondon
Investor & Co-Founder

Gustavo Mansberger
Co-Founder — Head of Product & Communications

Together, we represented GhostPay Mesh at Web Summit Rio 2026 and shared our vision with founders, investors, developers, partners and innovators from around the world.

Learn More

Website
https://ghostpaymesh.com

Press Center
https://ghostpaymesh.com/press.html

Media Kit
https://ghostpaymesh.com/media-kit.html

Web Summit Rio 2026
https://ghostpaymesh.com/websummit-rio-2026.html

Contact
contact@ghostpaymesh.com

Wesley S. Favarin
Founder — GhostPay Mesh

Building resilient financial infrastructure for a world that cannot depend on constant connectivity.