Our Partners & Investors

Say hello to Rialo.

The only network designed for

real-world

real users.

real applications

Before Rialo: Fragile. Complex. Costly.

With Rialo: Unified. Safe. Private. Fast.

Rialo Omni Account

One account that transacts on multiple networks

Rialo Interop

Safe, cheap, fast native interoperability >10x faster than top bridges

Rialo IPC

Identity, Privacy and Compliance as first-class capabilities

Rialo Stream

Native data feeds for DeFi, RWAs, etc >40x faster than top oracles

Rialo Execution Engine

Event-driven execution with Conditional Transactions, cutting latency from seconds to nanosecond. Hybrid Concurrency Control for real-world dynamic workload

Rialo Edge

Bidirectional Web2 interactivitywithout middleware >100k concurrent web calls

Rialo Workflow

Native automation and autonomous complex workflow to mimic real-world logic

Rialo Read Path

Data access and state updates directly from validators, shaving latency from seconds to 100ms, cutting>$3k per month

Rialo VM

RISC-V, compatible with SVM (EVM, MoveVM soon to follow), ZK-friendly Rialo Extended Execution Runtime (REX) empowers Confidential Computing

Rialo Consensus

High-throughput parallel multi-concurrent proposer consensus 50ms block time

Rialo Cruise

Native gas-less transactions Low to zero fees

Docs

SEE Docs

Supermodularity and System Welfare: The Economics of Integration

Supermodularity is the correct move for a blockchain that deliberately optimizes for maximum welfare. By selectively integrating critical primitives–like oracles, automation, data feeds, privacy gadgets, confidential computation, and interoperability–into the base layer, it’s possible to fix fragmentation, rent extraction, and coordination failures that degrade welfare for participants in a blockchain ecosystem. Concentrating control of critical functions into one entity (the chain itself) trades off some decentralization for greater coordination and alignment in the pricing and delivery of execution and execution-adjacent services.

Building Native Privacy for Real-World Blockchain Adoption

Over the years, public blockchains have shown that it is possible to build open, verifiable systems that handle valuable transactions at scale. However, despite continuous improvements in performance and scalability, blockchain technology has yet to see massive adoption. The biggest crypto-native applications have a fraction of the average web2 application’s user base, and many are confined to a narrow set of use cases. The problem has less to do with cost and speed and more with the inability of (public) blockchains to handle sensitive information privately and securely. Modern software depends on “secrets” such as personally identifiable information (PII), authentication credentials, API keys, proprietary data, and other information not intended to be accessible to unauthorized individuals or systems.

Reactive Transactions: A Model for Native Automation on Rialo

If decentralized systems are going to function like modern infrastructure, they cannot depend on a patchwork of offchain automation. They need a way for the chain itself to decide when to execute logic, rather than relying on external schedulers or monitoring systems. They need a mechanism for expressing asynchronous workflows that react to changing conditions and external signals inside the consensus process itself. In other words, they need a native automation layer that brings the same guarantees currently reserved for synchronous, user-driven execution.Reactive transactions provide exactly this capability.

Rialo Foundations II: Supermodularity and Blockchain Integration

“Modular vs. monolithic” has been one of crypto’s defining debates in the last decade. Indeed, this framing was useful when blockchain design was primarily concerned with basic properties, such as throughput, speed, and simple composability. Then, the decision to decouple the blockchain stack into separate layers or tightly integrate everything into a single execution environment was considered the biggest determinant of performance and utility.

Real World Apps.

Rialo lets apps talk to the internet natively so middle-ware stacks become optional. Whether it’s payments, weather or shipping info. Apps just launch. Logic just runs. Things just work.

Real World Data.

Asset pricing in real time, delivered natively on chain. Trust-minimized feeds with stable costs and no oracles.

Real World Speed.

No delays. No waiting. Applications on Rialo react to the real world, from price pumps to check-ins to daily routines.

Real World Connectivity.

Data moves between apps and chains without bridges, wrappers, or hacks. That means smarter pricing, fairer swaps, and real-time reactions. No more “please wait” screens.

Real World Privacy.

Apps can send encrypted messages directly to real people—via email, phone, or device ID. No setup. No wallets. Just secure-by-default communication.

Rialo Blog

SEE BLOG

Subzero Labs (Rialo) Welcomes On World-Renowned Cryptography Pioneer Jan Camenisch

Subzero Labs is bringing on Jan Camenisch, one of the most influential cryptographers of the past three decades.

Project 1337: The Recap

By now, it is fairly obvious to anyone that bringing Real World Assets (RWAs) onchain is the next move for taking onchain finance mainstream. RWA markets allow participants to price, trade, lend, and collateralize real-world assets–stocks, commodities, currencies, credit instruments–directly on blockchain rails. These markets bridge the liquidity and composability of DeFi with the scale and stability of traditional finance.

Introducing Rialo: A Blockchain Built for the Real World

Bitcoin created digital scarcity. Ethereum introduced programmable trust. Fast chains followed, all racing to be faster on paper. And yet, most new users still quit near the starting line. Why?

Careers

If you are motivated by technical depth, long-horizon thinking, and the opportunity to help define the future of blockchain infrastructure, we encourage you to explore our open roles or contact us directly. We are currently hiring across key functions, including:

Rialo Events

SEE ALL EVENTs

Stanford Blockchain Governance Summit 2025:

Protocol Berg 2025

Columbia CryptoEconomics Workshop

Token 2049 Singapore 2025

SBC 2025

KBW 2025

Breakpoint 2025

UC Berkeley Scoop AI Hackathon

Rialo Media

SEE ALL Media

Coindesk Interview with Jan from Subzero and Franklin from Pantera

The Rollup with Jan from Subzero and Jens from Nexus

The Rollup - Ade from Subzero and Franklin from Pantera

Contributors

Our contributors comprise experienced builders and researchers from leading organizations across blockchain infrastructure and hyper-growth companies. Collectively, we have contributed to some of the most foundational projects in the ecosystem. Today, we are focused on designing the next-generation of decentralized networks that transcend incremental innovation.