Mawari Network - Principal Engineer

What we’re building

The Mawari Network orchestrates a decentralized ecosystem of GPU-powered nodes running the Mawari Engine, a proprietary rendering and streaming stack optimized for XR. We leverage Web3 principles to ensure scalability, transparency, and fairness in the network.

Our blockchain layer is the backbone of this ecosystem, enabling staking, licensing, reward distribution, and coordination across thousands of distributed nodes.

This is an opportunity to work in a dynamic team of successful serial entrepreneurs, software developers, researchers and graphics engineers, and an extraordinary opportunity to work with technologies that will enable the next iteration of the internet for billions of people.

• Proven technology: 40+ XR deployments worldwide.
• Strong industry partnerships with leading XR, telecom, and blockchain players.
• Visionary, experienced founding team.
• Recently funded expansion phase with a focus on scaling Web3 infrastructure.
• Opportunity to define the future of decentralized XR streaming.

In this role, you will be responsible for designing and implementing solutions for complex, large-scale systems, including:

• Building distributed 3D content streaming, optimizing resources and implementing load-balancing strategies.
• Developing advanced distributed scheduling solutions.
• Creating resilient validation frameworks that can handle high-stakes environments.

The ideal candidate thrives on solving challenging engineering problems. You will be instrumental in scaling throughput, improving latency for real-time evaluations, and creating comprehensive monitoring systems to ensure the health and performance of our live network.

• Architect and implement distributed systems for content streaming & distribution, model evaluation, inference pipelines
• Make high-level design decisions and create architectural blueprints, setting the technical direction and strategy for scalability, performance, and innovation
• Build monitoring and observability tools to track system health, throughput, and fairness across the subnet
• Analyze fault-tolerance and high availability issues, performance and scale challenges, and solve them
• Pinpoint problems, instrument relevant components as needed, and ultimately implement solutions
• Develop elastic, load balancing, and failure recovery strategies to ensure performance and resilience
• Design high-availability infrastructure for real-time leaderboards and validator mechanisms.

• Protocol Architecture:
  Design and implement a custom, low-latency networking protocol to serve P2P real-time streaming and inference workloads at scale, specifically for cloud-rendered experiences streamed to XR devices.
• Decentralized Systems Engineering:
  Architect and optimize a resilient distributed system with a focus on Byzantine Fault-Tolerant (BFT) environments, ensuring robust operation and seamless recovery across a decentralized peer-to-peer network infrastructure.
• Algorithmic Research & Development:
  Investigate and design new data structures and algorithms, applying advanced distributed computing approaches that leverage the latest and state-of-the-art hardware technology.
• Performance Optimization:
  Develop and integrate a comprehensive framework for latency mitigation and adaptive Quality of Service (QoS), dynamically adjusting stream parameters to ensure a high-performance, immersive experience despite network variability.
• Operationalization of Research:
  Translate research protocols and advanced P2P concepts into production-grade, scalable systems, collaborating closely with business and tokenomics teams to align technical development with strategic goals.

Mentorship & Collaboration

• Mentor fellow engineers to achieve success by guiding them to make high-level architectural decisions, solve complex distributed systems challenges, and translate innovative research into resilient, production-ready software. (ex. Building scalable architecture or database management)
• Contribute to ongoing system audits and post-mortems to ensure the platform is future-proofed against growing user and transaction…