Acurast Price

Acurast (ACU) is differentiated by its focus on real-world decentralized compute (a serverless decentralized cloud) and deep interoperability. Unlike general-purpose tokens, ACU is built to:

• Power on-chain deployments and pay for compute in a decentralized compute network rather than only serve as a tradable asset.
• Operate natively on a Substrate-based Polkadot parachain while being bridged across ecosystems (Ethereum, BSC, Base, Peaq) via Acurast HyperDrive and LayerZero/stargate bridges to enable multi‑chain utility.
• Support developer integrations across EVM, WASM, Substrate and Tezos with Level 1/Level 2 flows that let processors submit outputs directly to destination ecosystems (Integrations).

These design choices make ACU purpose-built for decentralized compute use cases (including device monetization and verifiable deployments) rather than merely a generic platform token.

ACU’s core utilities are operational within the Acurast protocol:

• Deployment fees: developers fund on-chain Deployments that run on the Acurast network.
• Network (transaction) fees: used to pay for on-chain interactions on the Acurast Mainnet.
• Rewards & economic security: distributes rewards via Staked Compute and Base Benchmark Rewards to secure the network.
• Collator rewards: compensates validators/block producers on the Substrate parachain.
• Cross-chain transfers: bridged ACU instances move between Acurast Mainnet and EVM chains using HyperDrive and LayerZero bridges (e.g., stargate).

In integration flows, ACU funds processor incentives and can be used alongside native destination assets to cover processor transaction fees (Integrations).

The project’s roadmap and whitepaper commitments focus on turning Acurast into a scalable, production-grade decentralized compute network. Key promises include:

• Mainnet growth and scaling: increase network utility by onboarding devices (phone-based compute), developers and more on‑chain deployments.
• Confidential AI & new use cases: expand to support confidential AI and other high-security, high‑demand workloads using verifiable execution environments.
• Governance activation & protocol upgrades: enable on‑chain governance so ACU holders can vote on protocol parameters, Treasury use and upgrades (including managing inflation, initially stated at 5%).

These milestones are aimed at growing real-world utility for ACU and the underlying decentralized compute market (see the project roadmap and updates in the Acurast coverage: roadmap/whitepaper notes and Acurast docs).

Acurast Mainnet is a Substrate-based Polkadot parachain. As a parachain it uses the parachain architecture (with collators as the chain’s block producers) — the protocol explicitly lists collator rewards as a core token function on the network. See the Acurast Token (ACU) — Chains and token contracts / ACU on Acurast Mainnet.

Acurast is developed by the Acurast project (copyright listed to the Acurast Association) to build a decentralized, serverless cloud and to power a decentralized compute economy. The project’s token documentation describes ACU as the native utility token that powers deployments, network fees and staking in that compute network. External coverage notes early backers and fundraising (for example, raise of ~$11M with participants like CoinList and Polkadot’s Gavin Wood). See Acurast — decentralized serverless Cloud and the Acurast Token (ACU) overview.

The ACU token launched with the project’s Mainnet and Token Generation Event (TGE) in January 2026. The project documentation references TGE mechanics for CoinList participants, and post-launch coverage notes the Mainnet/TGE launch in January 2026. See the Acurast Token (ACU) — Token instances / ACU token on Coinlist and the token launch coverage on CoinMarketCap’s ACU updates.

ACU is the native utility token that powers the Acurast decentralized compute economy. Primary uses documented by the project include:

• Paying deployment fees when developers submit jobs to Acurast Compute
• Paying network transaction fees on the Acurast Mainnet
• Funding and receiving rewards for Staked Compute, Base Benchmark Rewards and collator rewards (block producers)
• Enabling cross‑chain transfers: ACU is multichain and can be bridged between the Acurast Mainnet and EVM chains (native ↔ Ethereum via the Acurast HyperDrive bridge, and from Ethereum to other EVM chains via [LayerZero]-based bridges such as Stargate)

Token instances and examples:

• Native on Acurast Mainnet (Substrate parachain) — used for on‑chain interactions and staking rewards
• On Ethereum as an ERC‑20 (contract listed in the official docs)
• Bridged instances on BSC, Base and Peaq (LayerZero OFT deployments) — exchanges may list different instances, so always check which chain/contract you are depositing or withdrawing

For developer flows and integrations, Acurast documents Level‑1 and Level‑2 integration models where developers create Deployments through the Acurast Hub and fund rewards with Acurast Tokens; processors then execute and submit outputs to destination ecosystems. See the Acurast Token (ACU) — Overview & Token instances and Integrations / Supported Ecosystems & Integration Levels.

Acurast can be bought on the SwissBorg app with just a few clicks. Download the app for Android or iOS and exchange cryptos instantly at the best price.

The simplest ways to buy ACU:

• On centralized exchanges that list ACU (exchanges decide which token instance they offer). Always check which chain/instance the exchange requires for deposits and withdrawals before you transact.
• Buy the token instance on a supported chain (for example the Ethereum ERC‑20 instance) and, if needed, bridge it to other chains using Acurast’s bridging paths (Acurast HyperDrive to/from Ethereum and LayerZero bridges onward).

Key practical notes from the official docs:

• The Ethereum ERC‑20 contract is deployed at 0x216b3643ff8b7BB30d8A48E9F1BD550126202AdD; bridged instances exist on BSC, Base and Peaq (see the token docs for addresses).
• CoinList TGE participants could withdraw ACU to Ethereum on TGE.

For exact contract addresses, bridging instructions and which instance an exchange supports, see the official ACU token documentation.

Acurast addresses the need for a real decentralized, serverless compute layer — a DePIN-style decentralized compute network that enables developers to deploy off‑chain workloads and pay distributed processors for execution. Key problems it solves (from the docs):

• Provides a decentralized “serverless cloud” so developers can submit Deployments to multiple destination ecosystems (EVM, WASM, Substrate, Tezos, etc.).
• Enables processors (compute providers) to interact with destination ecosystems, sign transactions and submit outputs for on‑chain integration.
• Delivers interoperability and cross‑chain workflows via bridges and proxy contracts so deployments and rewards work across chains.

See the Acurast overview and integrations docs for details on how the protocol accepts Deployments, matches Processors and handles cross‑chain execution: Acurast token & network docs and Integrations.

Yes. Acurast publishes its technical documentation and references its public code repositories — the project’s documentation links to its GitHub presence so you can review the code and implementation details. For links and pointers, consult the official docs which reference GitHub and the project repositories: Acurast token & docs.

The ACU token was created as the native utility token of the Acurast network and is multichain in nature. Important generation and deployment facts from the official docs:

• Native mainnet: ACU is the native currency of the Acurast Mainnet, a Substrate‑based Polkadot parachain (native token, 12 decimals). It is used to pay for deployments, network/transaction fees, staking (Staked Compute), Base Benchmark Rewards and collator rewards.
• Ethereum: ACU is available on Ethereum as an ERC‑20 token (contract 0x216b3643ff8b7BB30d8A48E9F1BD550126202AdD). Native mainnet tokens can be bridged to Ethereum via the Acurast HyperDrive bridge.
• Bridged instances: ACU has bridged LayerZero OFT instances on Binance Smart Chain, Base and Peaq (official addresses listed in the docs). ERC‑20 ACU can be bridged across EVM chains via LayerZero interfaces (e.g., Stargate).
• TGE / distribution: On the Token Generation Event, CoinList sale participants’ ACU tokens were withdrawable to Ethereum per the docs.

For the full list of deployed contracts, bridging pathways and token utilities, see the official ACU token documentation.

The documentation does not publish a numeric transaction speed (TPS) for Acurast. However, Acurast is built for scalability through its architecture and cross‑chain design:

• The Acurast Mainnet is a Substrate‑based Polkadot parachain, giving it parachain-level throughput and interoperability characteristics (Acurast Token).
• ACU is multichain and can be bridged across networks (Acurast HyperDrive to Ethereum, then LayerZero/Stargate to other EVM chains), enabling cross‑chain traffic and distribution of workload and liquidity (Acurast Token).
• Integration levels (Level 1 and Level 2) let Acurast accept deployments for many ecosystems (EVM, WASM, Tezos, etc.). Level 2 uses a Proxy + HyperDrive bi‑directional channel to streamline cross‑chain requests and offload work to processors, improving developer UX and horizontal scalability (Integrations).
• The project’s roadmap emphasizes a Mainnet Growth Phase focused on scaling network utility and onboarding devices (smartphones) as compute providers, which is a primary route for increasing capacity and real‑world throughput (ACU latest updates , Acurast on CoinGecko).

In short, while no raw TPS figure is published in the docs, Acurast’s Substrate parachain base, multichain bridges and Level‑1/Level‑2 integration model are the documented mechanisms it uses to scale transaction and compute capacity.

Acurast intends to use on‑chain, token‑holder governance. Key governance details in the documentation and roadmap include:

• Governance activation: ACU holders will be able to vote on proposals that guide protocol development and the use of the Community Treasury (ACU latest updates).
• Parameters under governance: proposals will include protocol upgrades and adjustments to key economic parameters such as the annual inflation rate (initially set at 5%) (ACU latest updates).
• Token roles that feed governance and security: ACU is the native utility token used for deployment and network fees, staking (Staked Compute and Base Benchmark Rewards) and collator/validator rewards — all of which align economic incentives for participants (Acurast Token).

Together, these elements describe a transition to community‑driven, on‑chain governance where ACU holders can influence protocol direction and treasury spending.

Acurast’s documented long‑term vision centers on building a real decentralized compute network and growing it into a broad, secure, multi‑use compute marketplace:

• Mainnet Growth Phase: scale network utility by onboarding more devices (including smartphones), increasing on‑chain deployments and enabling device monetization and developer adoption to drive demand for compute and ACU (ACU latest updates).
• Confidential AI & new use cases: expand capabilities to support confidential AI and other high‑security, high‑demand workloads — positioning the network as a privacy‑aware execution environment for advanced applications (ACU latest updates).
• Interoperability and integrations: maintain multichain interoperability and developer friendliness through Level 1/Level 2 integrations across EVM, WASM, Tezos and other ecosystems, plus bridging via Acurast HyperDrive and LayerZero/Stargate to reach multiple chains (Integrations, Acurast Token).
• Decentralized governance and economic security: activate on‑chain governance for ACU holders and use staking, collator rewards and a Community Treasury to align long‑term incentives and fund protocol evolution (ACU latest updates, Acurast Token).

In summary, Acurast aims to become a scalable, cross‑chain decentralized serverless cloud for real compute workloads, focused on device monetization, confidential AI use cases and community‑led governance (Acurast on CoinGecko).