Five days 'til Proof-of-Builders V.
April 30. University Cesar Vallejo, Lima.
800 expected. 1,000 USDT on-chain.
@horizonteblock has been building toward this. Syscoin's Director of LatAm, @DevElCuy, Fernando has been running the cohort prep.
The event is ready.
Most scaling solutions ask you to trust new systems.
zkSYS doesn’t.
Execution moves forward
but security stays anchored
Every system built on zkSYS inherits:
• Bitcoin-aligned security
• deterministic finality
• scalable execution
No tradeoffs. No compromises.
This is what happens when scaling is built on a foundation that already works.
See for yourself on Testnet.
Build accordingly.
zkSYS TESTNET IS LIVE! 🚀
Today marks the beginning of a new chapter for Syscoin, and the secure blockchain world. Devs can now access the zkSYS testnet environment, get hands on with the infrastructure, and start building & testing today!
⏺️🔊 Join us LIVE on Spaces RIGHT NOW (16:00 UTC) for the full breakdown and open Q&A:
👉 https://t.co/vaq2MRcTdo 👈
📰 Everything you need to know: https://t.co/MnZIQriF6h
Eleven years of infrastructure. This is what it was building toward.
$SYS: The Final Ledger
Pressure doesn’t break systems.
It reveals what they’re built for.
Most infrastructure degrades as demand rises.
Syscoin does the opposite.
Sentrynodes keep the network stable.
zkSYS turns pressure into throughput.
From constraint → capacity.
That’s how real systems evolve.
Infrastructure doesn’t break at peak demand.
It breaks when it can’t adapt.
Syscoin solves both problems.
Sentrynodes keep the network stable.
zkSYS expands execution capacity in real time.
No bottlenecks.
No degradation.
Just systems that keep running.
zkSYS testnet changes what Bitcoin can support.
Now you can run high-performance applications secured by Bitcoin’s Proof-of-Work without inheriting its limitations.
Execution scales.
Security doesn’t weaken.
That’s the breakthrough.
Now it’s on builders to prove what’s possible. zkSYS testnet changes what Bitcoin can support.
Now you can run high-performance applications secured by Bitcoin’s Proof-of-Work
without inheriting its limitations.
Execution scales.
Security doesn’t weaken.
That’s the breakthrough.
Now it’s on builders to prove what’s possible.
Privacy isn’t about hiding.
It’s about control.
zkSYS brings that control to Bitcoin.
Prove identity without revealing it, Verify transactions without exposing them, Build systems where data stays yours.
This is the same instinct that drove:
VPN adoption
End-to-end encryption
Privacy coins
But now:
• anchored to Bitcoin security
• scalable with ZK
• usable for real-world systems
From digital identity to enterprise coordination and autonomous agents.
Privacy becomes infrastructure, not a feature.
This is where it starts.
El lanzamiento de la testnet pública de zkSYS es inminente. ⚙️🔥
Nuestra primera Edgechain (Capa 3 zkRollup) está a punto de abrirse a la comunidad. Construida sobre la robustez de zkStack, liquida de forma soberana sobre nuestra L1 respaldada por Bitcoin, eliminando cualquier dependencia de Ethereum. 🛡️⛏️
Infraestructura modular de vanguardia:
⏱️ 1 bloque cada 2 segundos.
📐 Seguridad criptográfica absoluta con pruebas ZKP.
🚀 Ecosistema en movimiento: dApps pioneras y proyectos institucionales (como Lunos) ya validando código en nuestra devnet.
Devs: con tiempos de bloque de 2 segundos y pura matemática ZK, ¿qué es lo primero que van a probar en esta testnet? 👇💻
#zkSYS #Testnet #Web3 #Syscoin
Requirement 1: Permanent infrastructure.
Agents build systems meant to run for years.
Their foundation must outlast the systems built on it.
Bitcoin Proof-of-Work has operated continuously in the Syscoin network since 2017.
That level of permanence is rare in this industry.
Persistent workflows mean:
Agent relationships survive sessions. Tools don't break. Coordination patterns compound. Context accumulates.
SuperDapp is optimized for continuity. 🔁
Build systems that outlast individual sessions.
Build on infrastructure designed for persistence.
New article: How Agents Connect Without Central Control 🤖
Technical deep dive on agent-to-agent communication, composable tools, and persistent workflows.
No central authority. Full autonomy. Bitcoin-secured.
Read in full: https://t.co/BmKTR09aUQ 📰
Requirement 3: Instant finality.
Agents operate in real time.
Waiting for multiple confirmations breaks autonomous workflows.
ChainLocks provide instant final settlement on a Bitcoin-secured base.
Agents know immediately when a transaction is final.
Builders get custom execution with #Bitcoin secured power on #Syscoin edgechains. No more choosing between control and safety. As you can see, adoption wave is already starting.
The next Bitcoin users may not be human.
Agents are starting to coordinate capital on Bitcoin itself.
Automated execution.
Programmable liquidity.
Institutional-grade #BTCFi infrastructure.
@PrimeLayerhq is building the rails on zkSYS.
🔗 https://t.co/oM9VrWwv9c
Builders get custom execution with #Bitcoin secured power on #Syscoin edgechains. No more choosing between control and safety. As you can see, adoption wave is already starting.
A new generation of developers is choosing architecture differently.
Not because of grants.
Not because of hype.
Because 11 years proves permanence.
Because Bitcoin PoW proves security.
When the evidence is clear, builders follow it.
Selection based on reality.
What do autonomous agents actually need from blockchain infrastructure?
Not hype.
Not narratives.
Real requirements.
Permanence for long-running systems.
Instant finality for real-time actions.
Reliable data for coordination.
This thread breaks down the architecture. 🧵