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Lisk

Lisk price (LSK)

Buying Lisk (LSK) on Bitpanda is easy, fast, and secure. Check the current LSK value and live chart in GBP and get to know more about LSK.

Lisk

Lisk price (LSK)

Buying Lisk (LSK) on Bitpanda is easy, fast, and secure. Check the current LSK value and live chart in GBP and get to know more about LSK.

€0.337

-€0.372-52.46 %
-€0.372-52.46 %



This converter shows values for info only and doesn’t reflect actual transaction rates.

Last updated: 15/09/2026, 11:30:00

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Figures shown refer to the past, and are based on gross performance. Past performance is not a reliable indicator of future results, and fees will reduce your net returns. Reference period: last 24 hours. Source: Bitpanda, based on prices from multiple trading venues. Please review the risk disclosure before investing.

Figures shown refer to the past, and are based on gross performance. Past performance is not a reliable indicator of future results, and fees will reduce your net returns. Reference period: last 24 hours. Source: Bitpanda, based on prices from multiple trading venues. Please review the risk disclosure before investing.

Price of Lisk today

Review the latest Lisk price movements. Here is today’s trend at a glance: -52.46 %

Lisk price statistics

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Lisk market stats

  • Daily high

    €0.43

  • Daily low

    €0.30

  • Volatility (1M)

    145.24%

  • 52W High

    €1.83

  • 52W Low

    €0.06

  • Market cap

    €78.68M

Lisk conversion table

1 EUR

2.97 LSK

5 EUR

14.83 LSK

10 EUR

29.66 LSK

15 EUR

44.49 LSK

20 EUR

59.32 LSK

25 EUR

74.14 LSK

1 Lisk (LSK) to Us Dollar (USD)

USD 0.39

1 Lisk (LSK) to Swiss Franc (CHF)

CHF 0.32

1 Lisk (LSK) to British Pound Sterling (GBP)

GBP 0.29

1 Lisk (LSK) to Turkish Lira (TRY)

TRY 18.94

1 Lisk (LSK) to Polish Zloty (PLN)

PLN 1.46

1 Lisk (LSK) to Hungarian Forint (HUF)

HUF 123.16

1 Lisk (LSK) to Czech Koruna (CZK)

CZK 8.19

1 Lisk (LSK) to Norwegian Krone (NOK)

NOK 3.64

1 Lisk (LSK) to Swedish Krona (SEK)

SEK 3.80

1 Lisk (LSK) to Danish Krone (DKK)

DKK 2.52

1 Lisk (LSK) to Romanian Leu (RON)

RON 1.77

About Lisk (LSK)

Lisk is a blockchain platform that allows developers to deploy decentralised applications in JavaScript, one of the most popular languages for programming. Lisk is free and open-source. One of Lisk’s advantages is that personal sidechains can be easily set up and maintained on the Lisk mainchain, which also hosts the native cryptocurrency LSK. The LISK network is based on a very efficient Delegated-Proof-of-Stake (DPoS) consensus model supported by 101 freely elected delegates.

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  • ESG (Environmental, Social, and Governance) regulations for crypto assets aim to address their environmental impact (e.g., energy-intensive mining), promote transparency, and ensure ethical governance practices to align the crypto industry with broader sustainability and societal goals. These regulations encourage compliance with standards that mitigate risks and foster trust in digital assets.

    Name

    Bitpanda Asset Management GmbH, Bitpanda GmbH

    Relevant legal entity identifier

    9845005X9B7N610K0093, 5493007WZ7IFULIL8G21

    Name of the crypto-asset

    Lisk

    Consensus Mechanism

    Lisk employs a Delegated Proof of Stake (DPoS) consensus mechanism to maintain a balance between decentralization, security, and efficiency in block production and transaction validation. Core Components of Lisk’s Consensus: 1. Delegated Proof of Stake (DPoS): Community-Elected Delegates: Lisk operates with a fixed set of 101 active delegates, chosen by token holders through a voting process. Lisk holders vote for delegates by staking their LSK tokens, and the top 101 delegates with the highest votes are selected for block production and validation. 2. Block Production: Fair Rotational System: Active delegates take turns producing blocks at fixed intervals, ensuring fair participation and equal opportunity for all elected delegates. This rotation system promotes decentralization and prevents single entities from dominating block production. 3. Finality and Security: Reduced Fork Risk: The fixed number of reputable delegates provides a fast confirmation time for blocks and minimizes the likelihood of forks or attacks, enhancing overall network security and stability.

    Incentive Mechanisms and Applicable Fees

    Lisk’s incentive model rewards both active delegates and token holders, ensuring secure and consistent network performance while managing inflation. Incentive Mechanisms: 1. Rewards for Delegates: Block Rewards: Delegates receive rewards in LSK tokens for producing blocks, incentivizing them to actively participate in securing and maintaining the network. This reward structure encourages reliable block production from the community-elected delegates. Transaction Fees: Delegates also earn transaction fees paid in LSK tokens for each transaction they validate within blocks. This provides an additional source of income and incentivizes efficient transaction processing. 2. Voting Incentives for Token Holders: Supporting Reliable Delegates: Lisk token holders benefit indirectly by voting for trustworthy and stable delegates, as these delegates help secure the network. Token holders play an active role in network governance by supporting reliable participants. 3. Reward Reduction Over Time: Sustainable Token Economy: Lisk’s block rewards decrease over time to control inflation and ensure the long-term sustainability of the token economy. This gradual reduction in rewards aligns with Lisk’s goal of managing token supply and maintaining a healthy economic structure. Applicable Fees: 1. Fixed Fee Structure: Predictable Transaction Costs: Lisk employs a fixed fee structure for standard transactions, providing users with predictability in transaction costs and making the network accessible and user-friendly. 2. Two-Cost Structure for Mainnet Transactions: Layer 2 Execution Fee and Layer 1 Data Fee: Every transaction on Lisk’s Mainnet has two associated costs: an L2 execution fee and an L1 data fee. This dual-fee model aligns with Lisk’s Layer 2 architecture and its reliance on Ethereum for security and data storage.

    Beginning of the period

    2024-09-09

    End of the period

    2025-09-09

    Energy consumption

    32850.00000 (kWh/a)

  • Description

    Layer-2 networks, or 'rollups', are protocols built on top of a Layer-1 blockchain such as Ethereum. They are designed to process transactions off the main chain to increase speed and reduce costs while inheriting the security guarantees of the Layer-1. Users utilise Layer-2s to access decentralised finance (DeFi) and gaming applications with lower fees. Appchains are application-specific blockchains that may function similarly or as standalone chains with specific bridges.

    Risks

    Dependency on Layer-1. Layer-2 networks are entirely dependent on their underlying Layer-1 for finality and security. If the Layer-1 network suffers an outage, a reorganisation, or a censorship attack, the Layer-2 network will be directly affected. The Layer-2 cannot exist or secure funds without the liveness and security of the Layer-1.

    Sequencer Centralisation. Many Layer-2s currently rely on a single centralised 'sequencer' to order and process transactions. This sequencer is often operated by the project development team and creates a single point of failure. If the sequencer goes offline, the network may halt and prevent you from transacting. If the operator acts maliciously, they could potentially censor your transactions or exploit the order of trades for profit (MEV). While many Layer-2s plan to decentralise their sequencers, this remains a future roadmap item rather than a current reality for many.

    Bridge Security and Exit Timelines. To use a Layer-2, you must 'bridge' assets from the Layer-1. The smart contracts that hold these bridged assets are frequent targets for exploits. Additionally, moving funds back from a Layer-2 to the Layer-1 can be subject to long waiting periods. For 'optimistic rollups', this withdrawal period can last roughly seven days to allow for fraud proofs to be challenged. You may be unable to access your funds on the main chain during this time unless you use third-party liquidity providers, which introduce their own risks and fees.

    Upgradeability and Key Controls. Many Layer-2 networks are still in an experimental phase and developers often retain 'admin keys' or 'multisig controls' that allow them to upgrade the smart contracts instantly. While this allows for quick bug fixes, it also means the team could theoretically alter the protocol in a way that compromises user funds without community consent or prior warning.

    Data Availability Risks. Layer-2s must post transaction data to the Layer-1 to ensure security and state reconstruction. If the Layer-2 fails to post this data correctly, or if the data becomes unavailable due to technical failures, users may be unable to reconstruct the state of the Layer-2 and could lose access to their funds permanently.