Software Engineer P2P - Search Team

Accountabilities

• Design and develop next-generation peer-to-peer search infrastructure based on decentralized and serverless architectures.
• Build resilient distributed systems capable of operating without a centralized search index or traditional server infrastructure.
• Develop and optimize distributed indexing mechanisms and search architectures for different types of data, including text, images, chats, and locations.
• Contribute to peer-to-peer networking components, including connectivity, transport reliability, multiplexing, NAT traversal, and encryption.
• Design and implement high-performance, highly concurrent networking code with a focus on scalability, reliability, and efficiency.
• Work with distributed data structures, databases, CRDTs, and decentralized synchronization mechanisms.
• Research, evaluate, and implement approaches related to Kademlia DHTs, skip graphs, prefix hash trees, m-LIGHT, locality-sensitive hashing, and other distributed search techniques.
• Apply information retrieval principles such as recall, precision, ranking, lexical search, semantic search, and inverted indexes to decentralized search systems.
• Test, benchmark, evaluate, and optimize network protocols and distributed search components.
• Investigate complex technical problems, translate research findings into practical solutions, and maintain a strong bias toward implementation.
• Contribute to the evolution of the P2P technology stack, including components such as hyperdht, hyperswarm, hypercore, hyperbee, hyperdrive, and udx-native.
• Collaborate with a globally distributed engineering team to design robust solutions and continuously improve system performance and resilience.

Requirements

• Strong professional software engineering experience with a passion for distributed systems, peer-to-peer technology, networking, or search.
• Deep understanding of one or more relevant areas, such as Kademlia DHT, distributed indexing, distributed databases, CRDTs, P2P networking, or information retrieval.
• Knowledge of TCP/IP, transport-layer connection and reliability models, network multiplexing, NAT traversal, and encryption.
• Familiarity with distributed search and indexing research, including technologies or concepts such as skip graphs, prefix hash trees, m-LIGHT, or locality-sensitive hashing.
• Strong understanding of classical information retrieval and search engine architecture, including recall versus precision, ranking algorithms, lexical and semantic search, and inverted indexes.
• Experience developing high-performance and highly concurrent networking or distributed software.
• Ability to test, evaluate, benchmark, and optimize network protocols and distributed systems.
• Strong interest in technical research combined with a practical, implementation-focused mindset.
• Familiarity with distributed databases, synchronization mechanisms, and conflict-free replicated data types is highly valuable.
• Experience with decentralized or peer-to-peer technologies is a strong advantage.
• Familiarity with the Holepunch ecosystem, particularly hyperdht, hyperswarm, hypercore, hyperbee, hyperdrive, or udx-native, would be advantageous.
• Strong analytical and problem-solving skills, with the ability to work through complex systems-level challenges.
• Excellent English communication skills and the ability to collaborate effectively within a globally distributed team.

Benefits

• 100% remote working environment with the opportunity to collaborate with a global engineering team.
• Opportunity to work on innovative peer-to-peer and decentralized technologies with significant technical depth.
• Exposure to challenging problems across distributed systems, networking, search, cryptography, and information retrieval.
• Opportunity to combine research-oriented thinking with hands-on software development.
• Ability to contribute to systems designed for resilience, decentralization, and global-scale data discovery.
• Collaborative environment with highly technical colleagues working across different parts of the world.
• Opportunity to help shape emerging technologies rather than simply maintaining established systems.