Hun-Jun-Suk

Chill mode ON

Member @RialoHQ
Part of @get_optimum
User of @SurfAI

[Hun-Jun-Suk @Hunjunsuk]

Only and only focus on @RialoHQ

gRialo

[Hun-Jun-Suk @Hunjunsuk]

Everyone is focused on proving who an AI agent is.

But identity alone doesn’t create trust.

The World Economic Forum recently discussed the idea of “Know Your Agent” (KYA), a framework designed to answer questions such as:

• Who is this agent?
• What is it authorized to do?
• Who is accountable for its actions?
• Is anyone monitoring it?
These are important questions.
But they only address one side of the problem.
The bigger challenge begins after an agent has been verified.

Once an AI agent starts interacting with financial systems, APIs, enterprise infrastructure, or onchain applications, identity is no longer enough.

The real question becomes:

What can this agent actually do?

Today, many agents still operate using broad credentials, API keys, and permissions that were never designed for autonomous actors.

Even if an agent is fully verified, a compromised credential can grant access far beyond what was originally intended.

This is where the conversation needs to evolve.

The future of AI agents isn’t just about identity.

It’s about enforcement.

Can permissions be narrowly scoped?

Can actions be constrained by predefined rules?

Can every operation be audited and verified?

Can access be revoked instantly if something goes wrong?

These are the questions that will determine whether AI agents can safely operate at scale.

Trust should not depend on assumptions.

Trust should be enforced through infrastructure.

Identity creates trust.

Execution guarantees preserve it.

As AI agents become economic participants, programmable compliance, verifiable execution, and cryptographic enforcement may become just as important as identity itself.

The future agent economy won’t be secured by knowing who an agent is.

It will be secured by proving what an agent can and cannot do. @RialoHQ

[Hun-Jun-Suk @Hunjunsuk]

@Sorrowsofarebel KYA answers who. The harder question is what can it actually do? Secure agent economies will need execution-level guarantees, not just identity checks.

[Hun-Jun-Suk @Hunjunsuk]

Ne söyleyeceğimi bilmiyorum ancak bu kadar iyi futbolculara sahip bir milli takımın bu kadar kolay bir şekilde elenmesini üzüyor.

[Boşuna Tıklama @bosunatiklama]

Türkiye, 24 yıl sonra katıldığı Dünya Kupası'na veda etti.

[Hun-Jun-Suk @Hunjunsuk]

Connected with @RialoHQ

Are you?

[DARK QUEEN @DarkQueenIP]

𝐂𝐨𝐧𝐧𝐞𝐜𝐭𝐞𝐝 𝐰𝐢𝐭𝐡 @RialoHQ

𝐀𝐫𝐞 𝐘𝐨𝐮 ??

[Hun-Jun-Suk @Hunjunsuk]

Some things don’t have to be complicated.

@RialoHQ

[Hun-Jun-Suk @Hunjunsuk]

@ekinoks_26 @get_optimum Well said.

That’s why infrastructure at the networking layer is so interesting.

Improving how information propagates across the network can have effects far beyond a higher TPS figure.

[Hun-Jun-Suk @Hunjunsuk]

Everyone wants higher TPS.

Few ask why TPS is limited in the first place.

If data can’t reach the network efficiently, scalability hits a wall.

@get_optimum is solving that problem at the infrastructure level.

That’s what makes it interesting.

[Hun-Jun-Suk @Hunjunsuk]

The real world runs on events, not transactions.

That’s why the idea of reactive infrastructure is so interesting.

@RialoHQ @ericargent31113

[Hun-Jun-Suk @Hunjunsuk]

@0truealpha @RialoHQ @ericargent31113 Rialo on everywhere bro

[Hun-Jun-Suk @Hunjunsuk]

@fayfilmkm @RialoHQ @ericargent31113 @RollinsR79 @RialoTR Happy monday 🧡

[Hun-Jun-Suk @Hunjunsuk]

One idea that keeps standing out to me:
Most blockchains are great at executing instructions.
But what if they could respond to events?
The world doesn’t run on transactions.

It runs on triggers.

A price reaches a threshold.
A payment arrives.
A condition is met.
Something happens, and a system reacts.
That’s why I’m interested in what @RialoHQ is building.

The goal isn’t just to process transactions more efficiently.

It’s to create infrastructure that can interact with the world beyond the chain itself.

Because the next wave of Web3 may not be about doing things faster.

It may be about building systems that can act when it matters.

[Hun-Jun-Suk @Hunjunsuk]

@ada_pegasus @get_optimum Speed is money 🔥

[Hun-Jun-Suk @Hunjunsuk]

@ecelannister @SurfAI Ordayızzzz

[Hun-Jun-Suk @Hunjunsuk]

@testnetnodes @RialoHQ 🔥

[Hun-Jun-Suk @Hunjunsuk]

@testnetnodes @get_optimum Everyone talks about the next killer app.

Few talk about the infrastructure that makes those apps possible.

That’s where Optimum comes in.

[Hun-Jun-Suk @Hunjunsuk]

@testnetnodes @SurfAI Exactly. When people can see a clear path forward, they’re more motivated to stay active and contribute consistently.

[Hun-Jun-Suk @Hunjunsuk]

. @SurfAI Discord role system has finally been revealed!

The roles are divided into two main categories:

1. Subscriber Roles
Roles awarded to users with an active Surf subscription. In short, there are different tiers for Surf Pro and Surf Max subscribers.

2. Contributor Roles
Roles designed for members who actively contribute to the community.

2-a Wave Rider
Members who are getting involved and actively participating in the community.

2-b Tide Surfer
Members who consistently contribute and have become an important part of the community.

2-c Ocean Legend
The most prestigious community role, reserved for members who make outstanding contributions.

2-d Ambassador
Members who represent Surf across different communities and work closely with the team.

In addition, the Early Waver Badge remains exclusive to the first 500 founding members and can be stacked with any of the roles above.

Personally, I like the role structure. I especially appreciate that there is now a clear progression path for community contributors. 🌊

gSurf

[Hun-Jun-Suk @Hunjunsuk]

@rftd095 @SurfAI Agree brother

[Hun-Jun-Suk @Hunjunsuk]

Yesterday I talked about how Ethereum validators earn revenue. Today, let’s look at Solana, one of the ecosystems where speed and low latency matter the most.

When people think about Solana, they usually think about high throughput and fast block times. But behind the scenes, things are a lot more delicate than they seem. A Solana slot lasts around 400ms, less than half a second.

With such a small time window, data needs to reach validators across the network as quickly as possible. Every millisecond matters. In fact, on high-performance networks like Solana, even 100ms of additional latency can put noticeable pressure on performance and reliability.

Today, Solana relies on powerful data propagation mechanisms like Turbine and JetStreamer. But as the network grows and validators become more geographically distributed, data transmission starts running into real-world physical limits.

This is where @get_optimum comes in.

Using RLNC (Random Linear Network Coding), Optimum aims to reduce packet loss and minimize the “tail latency” issues that can slow down network-wide data propagation.

Why does that matter?

Because it’s not enough for a leader validator to produce a block quickly. That block also needs to reach validators on the other side of the world just as fast and without missing data.

By addressing these data transmission bottlenecks, Optimum is helping create a stronger foundation for real-time networks like Solana, making them more efficient, reliable, and scalable as they continue to grow.

Over the last few posts, I’ve tried to explain some of the core problems Optimum is tackling and why they matter. Hope it was useful 🙏

gmum🤍

[Hun-Jun-Suk @Hunjunsuk]

What interests me most about @RialoHQ is its vision of turning blockchains from isolated systems into something that can actually interact with the real world.

Today, most blockchains only “wake up” when someone submits a transaction. Rialo is building an infrastructure that can react to events on its own.

• By integrating services like oracles, automation, and connectivity directly into the network, it reduces both complexity and security risks for developers.

• Reactive Transactions allow actions to be executed automatically when predefined conditions are met, without relying on external bots.

• With the Stake-for-Service model, staking rewards can help cover transaction costs, reducing the need to constantly manage gas balances.

• The REX layer enables applications to use real-world data while keeping sensitive information private.

To me, Rialo isn’t just another blockchain. It’s an attempt to build infrastructure that can bridge Web2 and Web3, creating systems that are more connected, responsive, and useful in the real world.