Bridging the Ethereum Ecosystem
The Casper Association on May 12 unveiled a multi-year technical roadmap aimed at positioning the Casper Network as the primary infrastructure for regulated asset tokenization and the burgeoning machine-to-machine economy.
Michael Steuer, president and CTO of the Casper Association, who introduced the strategy at the Digital Finance Forum in Bermuda, characterized the roadmap as a shift away from “crypto-native hype” toward the practical infrastructure required to onboard trillions of dollars in real-world assets (RWAs).
“Few are building the infrastructure that will onboard the next billion users, the next trillion dollars in tokenized assets, or the first billion machines,” Steuer said. “For users, blockchain should be invisible. One tap. Done.”
Known as the Casper Manifest, the roadmap outlines nine core initiatives designed to eliminate the friction typically associated with blockchain technology. A central pillar of the plan is the introduction of full Ethereum Virtual Machine (EVM) compatibility.
While Casper’s foundation is built on Webassembly (Wasm), the addition of EVM compatibility allows developers to migrate existing Ethereum-based smart contracts and tools—such as Solidity and MetaMask—to the Casper Network without modification. The association described the move as “one chain, two execution environments, zero fragmentation.”
Targeting the estimated $16 trillion market for tokenized real-world assets, the roadmap integrates regulatory compliance directly into the protocol. Casper is aligning with the ERC-3643 standard, which currently governs approximately $28 billion in on-chain assets.
The roadmap also focuses on autonomous systems. By implementing the X402 open payment standard, Casper aims to become the first Wasm-native Layer 1 blockchain to support programmatic, machine-to-machine micropayments over HTTP. This would allow AI agents to pay for data queries or computation power in stablecoins without human intervention, using “smart accounts” to manage spending limits and permissions.
Pioneering Quantum Resilience
A key differentiator in the roadmap is Casper’s proactive approach to quantum safety. Designed from its inception to support multiple key algorithms, the network currently utilizes Ed25519 and secp256k1 in production.
According to Steuer, Casper plans to introduce quantum-safe cryptographic algorithms in 2027 to run alongside current classical public key cryptography. This dual-track system is intended to provide a smooth migration path for network participants.
Our design has allowed us to support different key algorithms since day one,” Steuer told Bitcoin.com News, noting that the objective is to secure the ecosystem before quantum safety evolves into an industry-wide emergency. “We believe that quantum resilience will become a key part of blockchain infrastructure.”
Meanwhile, the Casper Association confirmed that the initiatives will be released in phases through 2027. The X402 micropayments system is expected to launch within weeks. Later in 2026, the network will debut EVM compatibility and compliant security tokens. Features regarding transaction privacy and the final rollout of quantum-safe algorithms are slated for completion by 2027.
The Casper Network underwent a significant upgrade in mid-2025 with the release of Casper 2.0, which introduced deterministic finality and a multi-VM execution layer, providing the technical foundation for the Manifest.
