The qTesla algorithm guarantees protection against the future threats of quantum computers, providing advanced cryptographic security to protect transactions and contracts in the long term.
Each block is signed with qTesla, ensuring that transactions are secure and immutable. Although Ed25519 is the default algorithm for standard transactions, qTesla offers an option for even greater security when necessary.
The TPoS protocol guarantees a secure and energy-efficient consensus. Through the election of delegated nodes and a fair allocation of resources, TPoS allows democratic governance and reduces the risks of manipulation. This protocol is designed to withstand timing attacks and ensure network stability.
The TPoS (Trusted Proof of Stake) protocol of Takamaka is an innovative consensus mechanism, designed to overcome the limitations of Proof of Work (PoW) protocols and traditional Proof of Stake (PoS). Its distinctive feature lies in the ability to guarantee not only secure consensus, but also highly energy-efficient.
At the heart of TPoS is a system for electing delegated nodes, which are chosen based on their reliability and their “stake” in the network. This election is not random, but is based on a mechanism that promotes active and responsible participation of the network’s actors. The fair allocation of resources is another pillar of TPoS, preventing centralization and fairly distributing the opportunities for validation and reward among participants. This model of democratic governance significantly reduces the risks of manipulation, since power is not concentrated in the hands of a few, but is distributed and monitored by the entire community.
A crucial aspect of TPoS is its resilience to timing attacks. Unlike other protocols that may be vulnerable to manipulations based on time synchronization or “long-range” attacks, TPoS has been designed to maintain the stability of the network even in the presence of such threats. This is essential to ensure the immutability of transactions and the operational continuity of the blockchain, making it suitable for critical enterprise applications. The combination of cryptographic security, energy efficiency and robustness against attacks makes TPoS a key element of the Takamaka architecture, contributing to its overall reliability and scalability.
Java makes Takamaka accessible to developers all over the world. The platform allows you to create smart contracts and blockchain applications by leveraging familiar and established tools.
With Java, Takamaka integrates easily into existing workflows. Developers can create blockchain applications relying on a consolidated and widely supported ecosystem.
Takamaka uses Java as its primary language for smart contract programming and general infrastructure. For example, an e-commerce company developed a smart contract-based promotion management system, where each purchase automatically generates a personalized coupon. This process, developed entirely in Java, reduced implementation time and improved operational efficiency. for smart contract programming and general infrastructure.
With over 9 million developers worldwide, Java offers a mature, reliable and highly portable ecosystem. Developers can use familiar libraries to create applications on the blockchain without needing to learn new languages.
Guaranteed Stability: The value is fixed at 1 USD and guaranteed directly by AiliA SA.
Predictable Costs: Ideal for companies that need certain and predictable budgets for their operations.
Financial Flexibility: Allows an easy reconversion into fiat currency without depending on external exchanges.
Incentives for the network: Generated through the validation activities of the TPoS network, TKG rewards miners and promotes economic sustainability.
Support for smart contracts: Used to power transactions and create decentralized applications.
Dynamic fluctuation:D Its value varies according to network demand, incentivizing the active participation of stakeholders.
Takamaka is not only a technologically advanced blockchain, but also a platform recognized for its compliance and innovation.
VQF Certification: The network is certified by the Swiss Self-Regulatory Organization, guaranteeing high standards of transparency and financial security.
International Patents: Our proprietary algorithms, including qTesla and the TPoS protocol, are protected by patents that testify to the innovativeness of Takamaka and its leading position in the blockchain sector.