BITCOIN HYPER OFFICIAL PRESALE WEBSITE

Determinism in High-Performance SVM Execution

Ensuring execution integrity in a parallel environment.

Designing a Bitcoin-Anchored State Commitment Layer

Exploring commitment models for a Bitcoin rollup.

Path to Decentralization

Decentralization isn’t a switch you flip; it’s a process you design. For Bitcoin Hyper, that process is central to everything we’re building. From sequencers to infrastructure providers to validators of state, every component is being planned with a clear roadmap from early control to open participation.

Performance Benchmarks

Performance isn’t just a bragging right - it defines what’s possible. For Bitcoin Hyper, understanding and optimizing performance means figuring out how fast, how efficient, and how consistent a Bitcoin-anchored SVM rollup can be. These benchmarks don’t just measure speed; they define architecture.

Ecosystem Alignment

Bitcoin Hyper aligns developers, researchers and teams early to turn rollup infrastructure into a thriving ecosystem — not just code.

Security Principles

When you build on Bitcoin, you inherit its most important feature: security. Everything else - speed, programmability, composability - has to live under that umbrella. Bitcoin Hyper’s security research starts from this assumption: if it compromises security, it’s off the table.

Infrastructure Services

Great execution alone doesn’t create a thriving network. Builders need the scaffolding around it - the RPCs, indexers, node software, and monitoring systems that make a blockchain actually usable. That’s the role of infrastructure, and for Bitcoin Hyper, it’s a major focus of our design phase.

Observability & Indexing

For Bitcoin Hyper, observability is one of the most important design pillars. Our research focuses on how to expose visibility at every level.

Developer Workflow Design

Building on a new chain often comes with friction. New tools, new languages, new concepts — all of which slow down developers who just want to ship. From the beginning, Bitcoin Hyper’s philosophy has been different: make it feel familiar.

Rollup Sequencing Models

Every blockchain has to answer one simple question: who decides the order of transactions? For Bitcoin Hyper, that answer comes through sequencers, and we’ve been deep in research to design the right model.

Execution Layer Research

When people talk about scaling blockchains, the conversation almost always turns to execution. How fast can the chain process transactions? How much computation can it handle? For Bitcoin Hyper, the execution layer is where we’re making our boldest design choice - and our research so far confirms it’s the right path.

Settlement Pathways

Designing settlement for a Bitcoin rollup is different than for Ethereum.

Bitcoin Hyper Ecosystem Update

Bitcoin Hyper is steadily shaping into the first full-scale rollup ecosystem for Bitcoin, powered by the Solana Virtual Machine. While execution environments, explorers, and developer tools are in progress, the broader picture is clear: we are building the app layer for Bitcoin.

SVM Programs Running Natively

Bitcoin Hyper is now running Solana programs natively on its rollup architecture.

The Rollup Model: Why It Works for Bitcoin

Ethereum has proven that rollups scale blockchains without compromising decentralization. We’re bringing that model to Bitcoin.

What You Can Build on Bitcoin Hyper

So what exactly can you build on Bitcoin Hyper? In short-anything you’d build on Solana.
Our runtime is 1:1 compatible with SVM. That means you can:

Devnet Is Live (Quietly)

A few weeks ago, we spun up the first version of Bitcoin Hyper’s devnet. Quietly. No splash. Just code and execution. The goal was simple: validate the architecture, test core flows, and build momentum under the radar.

Why Solana VM? Why Not EVM?

If you're building a smart contract platform in 2025, the default assumption is: just use the EVM. It's everywhere. It's standardized. And it works—sort of.

Introducing Bitcoin Hyper: Bringing Rollups to Bitcoin

Bitcoin is the strongest foundation in crypto—but it wasn’t built to scale beyond transfers and custody. No native smart contracts. No dApps. No developer ecosystem. Just secure, slow, final settlement.