May 2026 – Asentum today announced the successful launch of its public testnet, marking the launch of a Layer-1 blockchain built from the ground up with post-quantum cryptography, JavaScript smart contracts, and an authorization system designed for global participation.
Asentum is a new blockchain architecture that rethinks the concepts of current networks. Rather than reinventing the legacy system, Asentum was created from genesis to deal with the next three difficulties: long-term privacy protection, developer availability, and high scalability.
At its core, Asentum integrates post-quantum digital signals (ML-DSA-65 / Dilithium3) in each part of the protocol. While most blockchains rely on cryptographic methods that are vulnerable to advances in computing, Asentum is built to last from day one. There is no migration plan or signature history – everything to do with cooperation on the network is secured using post-quantum standards.
The network also introduces a JavaScript-based execution modelenabling smart contracts to be written in a language already used by millions of developers around the world. Contracts run within a deterministic, hardened sandbox (SES), ensuring consistent performance across all environments while eliminating risk factors. This method eliminates all types of bugs, such as duplication, by design, and greatly reduces the barrier to entry for building mechanical functions.
“Asentum wants to eliminate conflicts,” said the project team. “If the next generation of blockchain software is going to be built by real-world developers and organizations, a sustainable system must meet them where they are – in terms of tools and security.”
Decentralization is also encouraged through the official version of Asentum. The network is optimized consumer-grade equipmentallowing people to participate as authorized-called Ascent Operators-using standard systems, including lightweight hardware like the Raspberry Pi. This is in contrast to most existing networks, where validator approval is limited to major service providers.
The testnet is currently working with a live license that is in several regions, creating blocks and 2-seconds last under Tendermint’s Byzantine Fault Tolerant (BFT) approach. Collaborators participate in consensus through a circular committee, coordinating and validating blocks while securing the network through a connected tree.
In addition to its basic design, Asentum also includes functionality on-chain governance systemwhich has been around since the testnet was launched. Validators and token holders can report and vote on protocol changes, session changes, and environmental triggers. Approvals are automatically generated over time, without relying on multiple signal processing or intervention. Some fundamentals – such as the number of tokens, post-quantum cryptographic requirements, and the type of JavaScript – are fixed at the protocol level and cannot be changed through governance.
A congenital sign, $ASEit works as a network component. They are used to pay for services, secure the network through staking, participate in governance, and gain protocol functionality. The token follows a fixed pattern of 1 billion units, initial charges are burned under the EIP-1559 method, creating deflationary pressure with continued use.
Asentum’s testnet is now publicly available, with tools available for developers, verifiers, and early participants to explore the network, deploy contracts, and run nodes.
As part of its release, Asentum has also opened a public goods on $ASEwhich represents 16% of total revenue. The transaction is made as an initial, first-offer offering, and the token is currently offered as an ERC-20 on Ethereum. When you set up the mainnet, the ERC-20 token will be converted 1:1 to the ASE common stock on the Asentum network.
With its live and initial testnet systems, Asentum positions itself as a long-term development platform for the next generation of blockchain applications—one built not as an iteration, but as an iteration.
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