Roadmap & Milestones

Primary Roadmap

A structured rollout from hardware validation to full-scale deployment.

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Milestone 1 — Foundational Build

• Design Freeze (CAD Approved)

• Dashboard Alpha v0.1.01

• Pre-Order Registration Opened

• Website Launch

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Milestone 2 — Prototype & Activation

• Prototype Validation

• World Explorer Preview

• Firmware v0.2.01

• Retail Packaging Design Finalized

• QR Device Setup & Activation Finalized

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Milestone 3 — Pilot Production

• Pilot Batch Ordered (5,000 Units)

• ESD & Safety Packaging Validated

• Firmware Secure-Key Injection Workflow

• Burn-In Rack & Power-Cycling Tests

• Software Load & Validation

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Milestone 4 — Compliance & Testing

• Lab Compliance Tests

• Field Trials Begin

• First Functional Devices Online

• Certifications Secured (CE/RoHS)

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Milestone 5 — Mass Production Kickoff

• Mass Production Begins

• Environmental Compliance Chains Finalized

• Nodia Dashboard v1.0 Public Beta

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Milestone 6 — Customer Rollout

• Developer Portal Opens

• Analytics Dashboard Available

• First Customer Units Delivered

• Customer Onboarding Complete

• Volume Ramp to 10,000 Units

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Milestone 7 — Global Launch

• General Availability (GA) / Dashboard v1.0

• Volume Ramp to 50,000 Units

Strategic Expansion Roadmap

Beyond initial hardware rollout — scaling decentralized AI compute into a global trustless mesh.

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Phase I — Devnet & MVP Testing

• InitialSolana Devnet deployment to simulate compute task lifecycle

• Early zk-SNARK proof system testing for task validation

• Dashboard Alpha with dummy tasks, rewards simulation, and operator registration

• Operator onboarding via whitelisting and small-scale stress testing

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Phase II — Pre-Orders & Firmware Preview

• Launch global pre-order campaign for Core, Edge, and Atlas devices

• Firmware previews with secure boot, local inference, and device metrics

• Onboarding of regional operators for distributed firmware performance feedback

• ESD-safe packaging, supply chain setup, and burn-in test validation

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Phase III — Mainnet Launch & Operator Rewards

• Solana Mainnet migration of dashboard, node registration, and compute processing

• First live compute tasks: training, inference, video processing

• Automated task rewards with staking multipliers and uptime bonuses

• Operator leaderboard and community gamification begins

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Phase IV — Smart City & Edge Infrastructure

• Real-time traffic, pollution, and security monitoring with Core and Edge devices

• Integration into public infrastructure: poles, intersections, and emergency nodes

• Local inference with low latency and privacy-preserving model deployment

• Edge mesh coordination across city blocks for synchronized compute

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Phase V — Global Scaling & Distributed AI Training

• Atlas clusters deployed in modular edge micro-data centers

• Sharded model training using encrypted gradient sharing

• zk-SNARK validation of local training without exposing raw data

• Checkpointing, fault tolerance, and node replacement built-in

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Phase VI — API Access and Developer Ecosystem

• Launch of secure API gateway for submitting workloads, fetching node health, and querying task status

• JavaScript and Python SDKs for integration into AI pipelines and applications

• Real-time WebSocket event streams for live monitoring and task completion feedback

• Webhook and CI/CD integrations for enterprise users and researchers

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Phase VII — AI Marketplace and On-Chain Coordination

• Launch of decentralized AI marketplace for model leasing and compute bidding

• Reputation-based operator scoring and client-side SLA selection

• Native NODIA token utility for task payments, staking, and governance

• Interoperability with external toolchains and data workflows via open API access

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Core Objectives (Across All Phases)

• Ensure cryptographic proof-of-compute through zk-SNARKs for all workloads

• Maintain a self-healing mesh that tolerates node churn without centralized fallback

• Deliver fully automated, on-chain, token-based reward mechanics

• Empower developers with robust SDKs, task submission pipelines, and real-time metrics

• Guarantee edge-grade security through encryption, device attestation, and local isolation