How Pulsar Money streamlined on-chain verification using Teneo Protocol

A practical use case from the field

‍

Project snapshot

Company: Pulsar Money

What they build: Smart payment infrastructure for Web3

Use case: Automated verification of user-submitted X posts

Result: 50× faster processing for a core workflow

‍

About Pulsar Money

Pulsar Money is a modular payments platform designed for Web3-native businesses. It combines a consumer-friendly on-chain wallet with programmable payments, stablecoin-first flows, real-time rewards, and modern gamification layers.

Their focus is simple: make money movement on-chain feel reliable, flexible, and usable in real-world applications.

‍

The challenge

Before integrating Teneo Protocol, Pulsar Money relied on the native social network APIs for verifying user-submitted content.

That setup came with friction.

Their usage patterns didn’t match standard API assumptions. Instead of spreading requests evenly across a month, they often needed to consume their entire quota in short, compressed bursts, sometimes within a single day.

On top of that, API reliability under high throughput became a recurring issue. When verification slowed down or failed, manual review crept in, creating operational bottlenecks and slowing the overall user experience.


‍

Why Teneo Protocol

“Teneo stood out for three key reasons: reliability under high-demand conditions, seamless scalability to match our variable workloads, and straightforward integration that got us up and running quickly. The decentralized approach provides redundancy that centralized APIs simply couldn’t offer for our needs.” - Adrian Larionescu, Lead Developer at Pulsar Money

‍

How Pulsar uses Teneo Protocol in production

This capability is embedded directly into their application flow and plays a key role in content verification. When users submit posts, Pulsar’s system automatically verifies them using Teneo Protocol, without manual checks or review queues. Verification that previously required manual checks now runs automatically at scale.

This turned what was previously a slow, hands-on process into a fully automated step inside their product.

‍

The impact

Pulsar Money achieved a 50× improvement in processing time for their core verification workflow.

What used to be constrained by rate limits, reliability issues, and manual intervention is now fast, consistent, and automated, even during peak usage periods.

‍

A practical takeaway

For teams building products that depend on real-time public signals, reliability under pressure matters more than theoretical limits.

Pulsar Money’s experience shows how a decentralized, agent-based approach can support real production workloads, not just experiments, while keeping systems responsive and scalable.

‍

This use case is part of an ongoing series highlighting how businesses and builders are using Teneo Protocol in real-world workflows.

‍