FOCUS & SCOPE

BLOCKCHAIN FRONTIER TECHNOLOGY

Our Focus and Scope

Blockchain Frontier Technology (BFRONT) is a scholarly journal published by Pandawan Sejahtera Indonesia. The journal provides an academic platform for researchers and experts worldwide to publish original scientific contributions in blockchain technology, distributed ledger technology, system security, and emerging digital technologies.

BFRONT welcomes high-quality research grounded in theoretical, experimental, computational, and applied approaches. Its scope includes blockchain architecture, security and privacy, decentralized systems, smart contracts, and the integration of blockchain with artificial intelligence and other frontier technologies.

In addition to original research articles, the journal may publish review articles, mini-reviews, case reports, letters to the editor, and commentaries, subject to its editorial scope and current submission policy. BFRONT applies a double-blind peer-review process and supports open access to scholarly knowledge. The journal also encourages research that contributes to innovation, responsible technology development, and the United Nations Sustainable Development Goals (SDGs). The journal is published twice a year, in January and July.

Our key research areas include, but are not limited to:

Blockchain Security and Privacy

Research on security, privacy, trust, and resilience within blockchain ecosystems, including cryptographic mechanisms, blockchain attack detection and mitigation, secure consensus, identity protection, transaction privacy, confidentiality, and privacy-preserving blockchain architectures.

Blockchain, Marketing, Customers and Digital Commerce

This area focuses on blockchain applications in marketing and digital commerce, including blockchain-based marketing strategies, token-based incentives, loyalty programs, consumer adoption and trust, customer relationship management, brand authentication, product provenance, digital advertising, Web3 marketing, decentralized commerce, blockchain-based e-commerce, creator economies, digital assets, and blockchain-enabled customer engagement.

Blockchain Smart Contracts and Decentralized Automation

Research on the design, development, verification, optimization, security, and execution of blockchain-based smart contracts, decentralized applications, and automated processes enabled by blockchain technology.

Blockchain Scalability and Performance Optimization

Empirical and theoretical research focused on improving blockchain throughput, latency, scalability, energy efficiency, storage efficiency, transaction processing, and overall network performance while preserving blockchain security and decentralization.

Blockchain and Distributed Ledger Technologies

Research exploring blockchain and distributed ledger technologies, including consensus mechanisms, peer-to-peer architectures, interoperability, cross-chain communication, distributed consensus, and emerging blockchain-based distributed systems.

Blockchain-Based Data Management and Decentralized Storage

Research on blockchain-enabled data management and decentralized storage, including data integrity, provenance, ownership, accessibility, privacy, security, data sharing, and blockchain-integrated decentralized storage architectures.

Blockchain Governance and Decentralized Administration

Research investigating governance mechanisms within blockchain ecosystems, including decentralized decision-making, blockchain governance models, token-based governance, decentralized autonomous organizations (DAOs), administrative frameworks, regulatory considerations, and institutional adoption of blockchain.

Blockchain-Based Artificial Intelligence and Machine Learning

Research on the convergence of blockchain with artificial intelligence and machine learning, including decentralized AI, blockchain-enabled federated learning, privacy-preserving machine learning, trustworthy AI, decentralized data marketplaces, and blockchain-based intelligent decision-making.

Blockchain Data Analytics and Intelligence

Research addressing blockchain-specific data mining, transaction analytics, graph analysis, anomaly and fraud detection, predictive analytics, blockchain intelligence, and database technologies designed for blockchain transaction and ledger data.

Blockchain Applications and Sectoral Innovation

Empirical studies, technological implementations, and case analyses demonstrating the application of blockchain technology across sectors, including finance, healthcare, education, supply chains, agriculture, government, energy, tourism, creative industries, and other emerging domains.

Blockchain-Based Digital Assets and Tokenization

Research on blockchain-enabled digital assets, cryptocurrencies, tokenization, non-fungible tokens (NFTs), decentralized finance (DeFi), digital ownership, token economies, and emerging financial and economic ecosystems built upon blockchain technology.

Emerging Blockchain, Web3, and Decentralized Technologies

Research addressing emerging developments in blockchain and blockchain-enabled decentralized technologies, including Web3, decentralized identity, zero-knowledge technologies, blockchain interoperability, blockchain-integrated Internet of Things (IoT), decentralized physical infrastructure, and other frontier innovations derived from or integrated with blockchain technology.

Our focus and scope emphasize blockchain-centered technological innovation that contributes to sustainable development. BFRONT encourages research that leverages blockchain to strengthen transparency, trust, security, inclusion, efficiency, accountability, and resilience while addressing economic, social, and environmental challenges reflected in the United Nations Sustainable Development Goals (SDGs).

By connecting advances in blockchain technology with sustainable development priorities, BFRONT seeks to foster responsible innovation, stimulate sustainable economic growth, address social challenges, and support the development of secure, scalable, interoperable, intelligent, and sustainable decentralized ecosystems.