FLUX: The Complete Guide to the World's Largest Decentralized Cloud & DePIN

Flux: The Complete Guide to the Decentralized Cloud and the DePIN Revolution

Comprehensive analysis of the project often called the "AWS of Web3" — technology, ecosystem, partnerships, tokenomics, and investment outlook

What if the future of cloud computing were not in the hands of three or four tech giants, but distributed across a global, permissionless network of independent operators? That is the bet Flux has been making since 2018 — and in 2025, the results speak for themselves: over 10,000 FluxNodes spread across 66+ countries, maintained by 560+ independent providers, hosting 25,000+ decentralized applications.

Flux sits at the intersection of two megatrends that are reshaping technology: the explosive growth of artificial intelligence — which is driving unprecedented demand for compute — and the DePIN movement (Decentralized Physical Infrastructure Networks), which proposes a radical alternative to the hyperscaler monopoly. With strategic partnerships including NVIDIA, OVHcloud, and Lumen Technologies, plus a recent consensus revolution (PoUW v2), Flux is positioning itself as the most credible decentralized alternative to AWS, Google Cloud, and Azure.

This guide is designed to be the definitive English-language reference on Flux. Whether you are an investor evaluating the opportunity, a developer exploring decentralized hosting, or a node operator considering the economics, this article covers every dimension of the project in depth.

1. The Decentralized Cloud: The Future of Digital Infrastructure

The global cloud computing market is valued at over $600 billion and is projected to exceed $1.5 trillion by 2030. Yet this enormous market is dominated by just three players: Amazon Web Services (AWS), Microsoft Azure, and Google Cloud, which together control roughly 65% of global cloud revenue. This concentration creates systemic risks — single points of failure, vendor lock-in, opaque pricing, and geographic restrictions on data sovereignty.

The DePIN (Decentralized Physical Infrastructure Networks) movement proposes an alternative model: instead of building massive centralized data centers, leverage a distributed network of independent operators who contribute compute, storage, and bandwidth resources. The result is infrastructure that is censorship-resistant, geographically distributed, competitively priced, and resilient against single points of failure.

The DePIN market has grown explosively, now representing $35–50 billion in combined value with over 1,170 active projects. Within this landscape, Flux stands out for a simple reason: it has been building real, production-grade infrastructure since before "DePIN" was even coined as a term. While many DePIN projects are still in testnet or limited deployment, Flux has 25,000+ applications running in production across a network of over 10,000 nodes.

Flux is not merely a marketplace for spare compute — it is a full-stack decentralized cloud platform that encompasses everything from the operating system (ArcaneOS) to application orchestration (FluxOS), GPU compute marketplace (FluxEdge), AI services (FluxAI), multi-chain wallet (Zelcore), and cross-chain asset interoperability (Parallel Assets). This vertical integration is what earns it the moniker "the AWS of Web3."

2. Leadership and Founding Team

Flux was founded in 2018 as Zel Technologies, initially as a privacy-focused cryptocurrency based on Zcash. The project underwent a strategic rebrand to Flux in 2020, pivoting from cryptocurrency to decentralized cloud infrastructure — a decision that proved prescient as the DePIN narrative emerged. The leadership team combines deep technical expertise with strategic vision:

The team's background in mining and GPU hardware gave them a unique advantage: they understand compute infrastructure at the hardware level — power consumption, thermal management, workload optimization — which lends credibility when working with enterprise partners like NVIDIA. Unlike many crypto projects led by financial engineers, Flux's leadership is rooted in infrastructure and systems engineering.

Importantly, Flux conducted a fair launch — no ICO, no pre-mine, no venture capital allocation. The token distribution reflects this commitment: 94.7% to community and users, 2.9% to the Flux Foundation, 1.7% to exchange liquidity, and just 0.7% to the team. This is increasingly rare in crypto and positions FLUX as one of the most equitably distributed tokens in the DePIN sector.

3. PoUW v2: The Consensus Revolution (October 2025)

On October 25, 2025, at block 2,020,000, the Flux blockchain executed one of the most significant transitions in the DePIN sector: the PoUW v2 fork — a complete abandonment of GPU mining in favor of Proof of Useful Work v2. This was not a simple parameter tweak; it was a philosophical redefinition of how a blockchain should consume energy and reward its participants.

Why Abandon GPU Mining?

The previous Proof of Work system suffered from four structural problems that the fork was designed to address:

1. 1

   Computational Waste

   Traditional PoW generates cryptographic hashes that serve no purpose beyond block validation. Billions of computations per second are performed, with only the winning hash having any value.

2. 2

   Excessive Energy Consumption

   GPU mining farms consume enormous amounts of electricity. For a mid-tier blockchain, this energy expenditure was disproportionate to the network's security needs.

3. 3

   Centralization Risks

   Mining became increasingly dominated by large-scale operations with access to cheap electricity and bulk hardware, undermining decentralization principles.

4. 4

   Constant Sell Pressure

   Miners had to cover significant electricity and hardware costs, creating constant sell pressure as mined FLUX was routinely liquidated to cover operational expenses.

Post-Fork Technical Architecture

With FluxOS v9.0.0, Flux introduced Proof of Nodes (PON) — a consensus mechanism where block production is handled entirely by FluxNodes in a deterministic round-robin system, with cryptographic verification ensuring honest behavior. The key network parameters were fundamentally restructured:

The shift from 2-minute to 30-second block times quadruples the network's transaction throughput while reducing confirmation latency — critical for application hosting use cases where responsiveness matters.

Node Tiers and Reward Distribution

The 14 FLUX block reward is distributed across the three tiers of FluxNodes and the Flux Foundation. Each tier requires a specific collateral stake and provides different levels of computational resources:

This tiered structure rewards higher-tier nodes proportionally to their collateral commitment and resource contribution. Stratus nodes, which provide the most computational resources and stake the most collateral, receive the largest share. Unlike Bitcoin's abrupt halving events, PoUW v2 implements a deterministic 10% annual reduction in block rewards, occurring every 1,051,200 blocks (approximately one year). This gradual reduction provides more predictable economics for node operators while still ensuring long-term scarcity.

A critical comparison with Ethereum's Merge (September 2022) is warranted. While both projects moved away from wasteful mining, Ethereum transitioned to pure Proof of Stake — validators lock ETH to secure the network but perform no useful computation beyond consensus. Flux nodes, by contrast, provide real computational resources — CPU, RAM, and storage that actively host applications. The "useful work" in PoUW is literal: every FluxNode is simultaneously a blockchain validator and a cloud computing resource.

4. The Flux Ecosystem: A Full-Stack Decentralized Cloud

What sets Flux apart from most DePIN projects is its vertical integration. Rather than focusing on a single service (compute, storage, or GPU), Flux has built an entire cloud stack — from the operating system to the application layer. Here is a detailed breakdown of each component:

FluxCloud — Decentralized Application Hosting

FluxCloud is the core application hosting platform, comparable to AWS EC2 or Google Cloud Compute Engine but running on a decentralized network of FluxNodes. Applications are deployed as Docker containers and orchestrated through Kubernetes across the global node network.

• •25,000+ applications deployed and running in production
• •Docker-native: any containerized application can be deployed
• •Kubernetes orchestration: familiar tooling for DevOps teams
• •Geographic distribution: applications can be deployed in specific regions for latency optimization and data residency compliance
• •Automatic redundancy: applications are replicated across multiple nodes for high availability
• •Censorship resistance: no single entity can take down a deployed application

The platform supports a wide range of workloads: static websites, WordPress instances, API backends, databases, blockchain nodes, gaming servers, communication platforms, and AI/ML inference endpoints. The deployment experience is designed to be familiar to any developer who has worked with containerized applications.

FluxEdge — Enterprise GPU Compute Marketplace

FluxEdge is the decentralized GPU compute marketplace — and the product that directly leverages the NVIDIA partnership. It connects AI developers and enterprises with GPU resources across the Flux network, offering enterprise-grade hardware at competitive prices.

• •13,000+ enterprise-grade GPUs available
• •NVIDIA Blackwell, H200, H100, A100, RTX A6000 — cutting-edge hardware
• •NIM and NeMo integration: direct compatibility with NVIDIA AI Enterprise software
• •Kubernetes-based orchestration: GPU workloads managed through standard K8s tooling
• •Regional deployment: GPU resources deployed in specific geographic regions for data residency and latency
• •Pay-as-you-go pricing: competitive rates versus centralized GPU cloud providers

FluxEdge is positioned to capture a share of the rapidly growing AI compute market, where demand for GPU resources consistently outstrips supply. Through the N3XGen Cloud partnership, FluxEdge offers access to enterprise-grade hardware with guaranteed availability — bridging the gap between decentralized architecture and enterprise reliability expectations.

FluxAI — Decentralized AI Services

FluxAI provides a suite of AI-powered services running directly on the Flux network. Rather than relying on centralized AI providers like OpenAI or Google, FluxAI offers decentralized alternatives:

• •Image generation: AI image creation running on Flux GPU nodes
• •Text generation: Large language model inference endpoints
• •Model hosting: custom AI model deployment on FluxEdge GPUs
• •API access: developer-friendly APIs for integrating AI capabilities into applications

FluxAI serves as both a consumer-facing product and a showcase for FluxEdge's capabilities. By demonstrating that production-quality AI inference can run on decentralized infrastructure, it validates the entire FluxEdge value proposition for enterprise customers.

Zelcore — Multi-Chain Wallet and Identity Layer

Zelcore is the wallet and identity layer of the Flux ecosystem — and one of the most widely adopted multi-chain wallets in crypto:

• •700,000+ users worldwide
• •2.5 million+ addresses managed
• •80+ blockchains supported natively
• •Fusion app: in-wallet staking and DeFi integration
• •FluxNode management: node operators can manage their nodes directly from Zelcore
• •Fiat on-ramp: direct cryptocurrency purchase with traditional payment methods

Zelcore is not merely a wallet — it is the user-facing gateway to the entire Flux ecosystem. It enables users to manage nodes, deploy applications, stake tokens, and interact with FluxEdge and FluxAI from a single interface. The 700,000+ user base makes it a significant distribution channel for Flux services.

ArcaneOS — The Node Operating System

ArcaneOS is the custom Linux-based operating system designed specifically for FluxNode operators. It provides:

• •One-click node deployment: simplified setup for new operators
• •Automatic updates: FluxOS and system updates managed seamlessly
• •Security hardening: purpose-built security configurations for node operation
• •Performance optimization: tuned for the specific workloads FluxNodes handle
• •PNR requirement: ArcaneOS is mandatory for Progressive Node Rewards (PNR) eligibility

ArcaneOS plays a strategic role in the PoUW v2 ecosystem. It is a prerequisite for the Progressive Node Rewards (PNR) program, which requires ArcaneOS, 21,600+ confirmed blocks (approximately 30 days), and OS uptime exceeding 30 days. PNR incentivizes long-term, stable node operation — rewarding reliability over speculation.

Parallel Assets — Cross-Chain Interoperability

Parallel Assets are Flux's cross-chain bridge system, enabling FLUX tokens to exist natively on multiple blockchains:

• •Flux-ETH: FLUX on Ethereum (ERC-20)
• •Flux-BSC: FLUX on BNB Smart Chain (BEP-20)
• •Flux-SOL: FLUX on Solana (SPL)
• •Flux-KDA: FLUX on Kadena
• •Flux-ERGO: FLUX on Ergo
• •Flux-TRX: FLUX on Tron
• •Flux-AVAX: FLUX on Avalanche
• •Flux-BASE: FLUX on Base

Parallel Assets dramatically expand FLUX's liquidity and accessibility. They enable FLUX to be traded on decentralized exchanges across multiple ecosystems and allow users to interact with the Flux ecosystem from their preferred blockchain. The cross-chain bridges are managed by the Flux network itself, maintaining decentralization without relying on third-party bridge protocols.

5. Strategic Partnerships

Flux's partnership portfolio is one of the most impressive in the DePIN sector. These are not superficial marketing agreements — they are deep technical and commercial integrations that provide genuine competitive advantages.

NVIDIA — First Blockchain in the Partner Network

The partnership journey began in January 2022 when Flux joined the NVIDIA Inception Program. By March 2025, Flux had elevated to full NVIDIA Partner Network (NPN) status. This progression provides:

• •Enterprise credibility: the NVIDIA badge serves as a trust signal for CIOs and CTOs
• •Hardware access: priority allocation and early access to new GPU generations (Blackwell)
• •Software integration: access to NVIDIA AI Enterprise suite — NIM, NeMo, CUDA
• •Co-marketing: joint campaigns, conference appearances, and case studies
• •Dedicated engineering support: direct technical collaboration with NVIDIA teams

OVHcloud — European Cloud Partnership

The partnership with OVHcloud, Europe's largest cloud provider, provides Flux with access to enterprise-grade data center infrastructure across European locations. This partnership is particularly strategic for GDPR compliance and data sovereignty requirements — European enterprises increasingly need to ensure their data remains within EU jurisdictions. OVHcloud's infrastructure gives Flux a credible European presence that purely decentralized node networks would struggle to offer on their own.

Lumen Technologies — Network Infrastructure

Lumen Technologies (formerly CenturyLink) provides Flux with access to one of the world's largest fiber-optic networks. This partnership addresses a critical challenge for decentralized infrastructure: network performance. By integrating with Lumen's backbone, Flux can offer latency and throughput guarantees that approach centralized cloud providers — a prerequisite for enterprise adoption.

University of Geneva — Academic Research

The collaboration with the University of Geneva adds academic rigor to Flux's technology claims. Research partnerships with tier-one academic institutions provide independent validation of Flux's consensus mechanisms, security models, and performance characteristics. This is particularly valuable for enterprise customers who require third-party verification before adopting novel infrastructure.

6. Use Cases: 25,000+ Applications and Growing

Flux is not a theoretical platform — it hosts over 25,000 decentralized applications in production today. The diversity of use cases demonstrates the platform's versatility and maturity:

Decentralized Application Hosting (dApps)

The primary use case is hosting decentralized applications — from simple static websites to complex multi-tier architectures. FluxCloud supports any Docker-containerized application, making it compatible with the vast majority of modern software. Developers deploy applications through a familiar interface, and the network handles replication, load balancing, and failover automatically.

Blockchain Node Operations

A significant portion of FluxCloud's workload consists of hosting nodes for other blockchain networks. Running a blockchain node requires consistent uptime, reliable storage, and network connectivity — requirements that FluxCloud meets at a fraction of the cost of centralized alternatives. Projects including Ethereum, Bitcoin, Kadena, and various L2 networks run nodes on Flux infrastructure.

Gaming and Communication

Gaming servers and communication platforms (including Matrix, Mumble, and custom implementations) benefit from FluxCloud's geographic distribution. Players and users connect to the nearest node, reducing latency. The censorship-resistant nature of the platform also appeals to communication tools that prioritize user privacy.

AI and Machine Learning

With FluxEdge's GPU marketplace and FluxAI's inference endpoints, the platform supports the full AI/ML lifecycle: model training on high-end GPUs (H100, A100), model fine-tuning with NVIDIA NeMo, inference deployment with NVIDIA NIM, and real-time AI services for end users. The growing demand for AI compute makes this one of Flux's highest-growth use case categories.

Medical and Scientific Computing

The SUSE partnership's compliance certifications (FIPS 140-2, HIPAA) open the door to medical and scientific computing workloads that require regulatory compliance. Research institutions can leverage FluxEdge's GPU resources for genomics, drug discovery, and medical imaging analysis — workloads that demand both significant compute and strict data handling standards.

Content Delivery and Web Hosting

WordPress sites, static websites, and content delivery workloads represent a large volume of FluxCloud deployments. The platform supports WordPress 6.8+ with PHP 8.4 natively, and the geographic distribution of nodes provides a natural CDN effect — content is served from the node closest to the user.

7. Flux vs AWS/Google Cloud vs DePIN Competitors

To understand Flux's positioning, it is essential to compare it against both the centralized hyperscalers it seeks to disrupt and the DePIN competitors pursuing similar goals.

Flux vs Centralized Cloud Providers

Flux vs DePIN Competitors

Flux's key differentiator is vertical integration. While Akash offers a compute marketplace, Render focuses on GPU rendering, Aethir targets gaming/AI compute, and Filecoin provides storage, Flux combines all of these functions under a single, unified platform with its own L1 blockchain, wallet, operating system, and enterprise compliance certifications. No other DePIN project offers this breadth.

8. Tokenomics: FLUX Token Economics

The FLUX token is the native utility token of the entire Flux ecosystem. It serves multiple functions: collateral for node operation, payment for FluxCloud and FluxEdge services, governance participation, and cross-chain interoperability through Parallel Assets.

Token Distribution

This distribution is one of the fairest in the DePIN sector. With 94.7% allocated to community and users, and only 0.7% to the team, FLUX avoids the insider-heavy allocations that plague many crypto projects. There was no venture capital round, no private sale with preferential terms, and no pre-mine — the token was distributed entirely through mining and node rewards.

Token Utility

1. 1

   Node Collateral

   Operators must stake 1,000 FLUX (Cumulus), 12,500 FLUX (Nimbus), or 40,000 FLUX (Stratus) to run a FluxNode. This collateral secures the network and aligns operator incentives with network health.

2. 2

   Service Payments

   FLUX is used to pay for application hosting on FluxCloud, GPU compute on FluxEdge, and AI services on FluxAI. This creates organic demand tied to real utility.

3. 3

   Governance

   FLUX holders participate in governance decisions through the XDAO-based Flux Foundation, influencing the development roadmap and resource allocation.

4. 4

   Cross-Chain Liquidity

   Through Parallel Assets, FLUX exists natively on 8+ blockchains, enabling trading and DeFi participation across Ethereum, BSC, Solana, Avalanche, Base, and more.

Price Context

At the time of writing, FLUX trades between $0.10 and $0.14, a significant discount from its all-time high of $3.33. This represents a potential opportunity for investors who believe in the long-term thesis, but also reflects the challenging market conditions that the broader crypto space has experienced. The current market capitalization places FLUX in the lower range of DePIN tokens, which some analysts view as undervalued relative to the project's infrastructure, partnerships, and adoption metrics.

9. Risks to Consider

1. 1

   Market and Liquidity Risk

   FLUX trades at a fraction of its ATH, and daily trading volume can be relatively low compared to top-50 tokens. Low liquidity amplifies price volatility in both directions. The token's price is correlated with the broader crypto market, which remains cyclical and speculative.

2. 2

   Competition Risk

   The DePIN sector is crowded with 1,170+ active projects. Well-funded competitors like Akash, Render, and Filecoin have strong communities and different technical approaches. Centralized cloud providers (AWS, Google, Azure) are also investing in edge computing and may offer hybrid solutions that compete with DePIN platforms.

3. 3

   Adoption Risk

   Despite 25,000+ deployed applications, the majority of enterprise workloads still run on centralized infrastructure. Convincing enterprise buyers to trust decentralized infrastructure requires overcoming deep institutional inertia, compliance concerns, and risk aversion.

4. 4

   Technical Risk

   The PoUW v2 consensus mechanism is relatively new and untested at scale over long time horizons. Any bugs or vulnerabilities in the Proof of Nodes logic could have serious consequences. The emergency recovery mechanism mitigates this, but the first years will be a critical testing period.

5. 5

   Regulatory Risk

   The global regulatory landscape for crypto and DePIN is evolving rapidly. Changes in regulation — particularly around securities classification, KYC requirements for node operators, or restrictions on decentralized hosting — could materially impact the project.

6. 6

   NVIDIA Dependency Risk

   Deep integration with NVIDIA's ecosystem creates dependency. If NVIDIA changes its partnership terms, modifies API access, or distances itself further from blockchain projects, FluxEdge could face disruption. NVIDIA's 2025 exclusion of crypto from Inception shows the company's comfort level with blockchain has limits.

7. 7

   Node Economics Risk

   The sustainability of node rewards depends on continued growth in application hosting demand and FLUX token value. If demand stagnates or FLUX price declines further, node operator margins may become unsustainable, leading to node count decline.

8. 8

   Supply Increase Risk

   The maximum supply was increased from 440M to 560M FLUX with PoUW v2. While the 10% annual emission reduction provides predictable scarcity, the higher cap could create dilutive pressure if demand growth does not keep pace.

10. Investment Analysis and Scenarios

The following scenario analysis is provided for informational purposes only. It reflects potential outcomes based on current market conditions, project fundamentals, and broader crypto market dynamics. This is not financial advice.

Scenario Framework

Bull Case Analysis ($1.00 – $2.00)

In the bull scenario, multiple catalysts converge: a broader crypto market recovery lifts all DePIN tokens, FluxEdge gains significant enterprise traction (particularly for AI workloads), the NVIDIA partnership produces visible co-marketing results, and major exchange listings (beyond Kraken) improve liquidity. At $1.00, FLUX would have a market cap of ~$560M — still modest relative to its infrastructure and partnership portfolio. At $2.00, it would approach $1.1B, which remains below the ATH-era valuations.

Base Case Analysis ($0.30 – $0.60)

The most likely scenario sees gradual, steady progress. Node count stabilizes and grows modestly, FluxEdge attracts mid-market and developer customers, PoUW v2 proves technically sound over its first year, and the broader market recovers slowly. At $0.30–$0.60, FLUX would have a market cap of $170M–$340M — a 2x–5x from current levels, reflecting organic growth rather than speculative mania.

Bear Case Analysis ($0.05 – $0.10)

In the bear scenario, the crypto market enters another prolonged winter, enterprise adoption of decentralized infrastructure fails to materialize at scale, and competition erodes Flux's market position. FLUX remains range-bound near current levels or declines further. Node operator economics become marginal, leading to network contraction. This scenario underscores the importance of position sizing and risk management.

Fundamental Strengths Supporting the Investment Thesis

• •Real utility: 25,000+ applications in production — not vaporware
• •NVIDIA partnership: unique competitive moat, especially post-Inception exclusion
• •Fair distribution: 94.7% community allocation; no VC overhang or insider dumping risk
• •Full-stack platform: most vertically integrated DePIN project
• •PoUW v2: eliminates miner sell pressure; reduces energy consumption
• •Enterprise compliance: FIPS, GDPR, HIPAA credentials via SUSE — rare in DePIN
• •Active development: consistent GitHub commits, regular releases, clear roadmap
• •Awards and recognition: Stratus Award 2024, Top 100 Crypto 2024

11. Frequently Asked Questions

1. 1

   What is Flux in simple terms?

   Flux is a decentralized cloud computing platform — often called "the AWS of Web3." Instead of relying on Amazon or Google to host applications, Flux distributes workloads across a global network of 10,000+ independent nodes in 66+ countries. Anyone can deploy applications on Flux, and anyone can become a node operator to earn FLUX rewards.

2. 2

   How does Flux differ from other DePIN projects like Akash or Render?

   Flux is the most vertically integrated DePIN platform. While Akash focuses on compute and Render on GPU rendering, Flux offers the complete stack: application hosting (FluxCloud), GPU marketplace (FluxEdge), AI services (FluxAI), a multi-chain wallet (Zelcore with 700K+ users), its own operating system (ArcaneOS), and cross-chain assets. It is also the only blockchain project in the NVIDIA Partner Network.

3. 3

   What happened with the PoUW v2 fork?

   On October 25, 2025, at block 2,020,000, Flux completely eliminated GPU mining and transitioned to Proof of Useful Work v2. Block times went from 2 minutes to 30 seconds, block rewards changed from 37.5 to 14 FLUX, and the consensus shifted to Proof of Nodes (PON) where FluxNodes produce blocks. This eliminates wasted energy and miner sell pressure while rewarding productive infrastructure.

4. 4

   How much FLUX do I need to run a node?

   There are three tiers: Cumulus (1,000 FLUX, earning 1 FLUX/block), Nimbus (12,500 FLUX, earning 3.5 FLUX/block), and Stratus (40,000 FLUX, earning 9 FLUX/block). In addition to collateral, you need a VPS or dedicated server meeting the minimum hardware requirements for your chosen tier.

5. 5

   What is the relationship between Flux and NVIDIA?

   Flux joined the NVIDIA Inception Program in January 2022 and subsequently became the first blockchain project to achieve NVIDIA Partner Network (NPN) status in March 2025. This provides access to enterprise GPUs (Blackwell, H200, H100), NVIDIA AI Enterprise software (NIM, NeMo), co-marketing, and dedicated engineering support. Notably, NVIDIA excluded crypto companies from its Inception Program in April 2025, making Flux's prior achievement even more significant.

6. 6

   Is FLUX a good investment?

   FLUX trades at $0.10–$0.14, significantly below its ATH of $3.33. The project has real infrastructure (10,000+ nodes, 25,000+ apps), unique partnerships (NVIDIA NPN), and fair tokenomics (94.7% community allocation). However, it faces risks including market volatility, competition from 1,170+ DePIN projects, and adoption uncertainty. Scenario analysis suggests a 50% probability of reaching $0.30–$0.60 in 12–18 months (base case). This is not financial advice — always do your own research and only invest what you can afford to lose.

7. 7

   What is the maximum supply of FLUX?

   The maximum supply is 560 million FLUX (increased from 440M with the PoUW v2 fork). Approximately 407 million FLUX are currently in circulation. Block rewards decrease by 10% annually, creating a predictable disinflationary emission curve that approaches the maximum supply asymptotically.

8. 8

   What are Parallel Assets?

   Parallel Assets are Flux's cross-chain bridge system that enables FLUX tokens to exist natively on multiple blockchains — including Ethereum, BSC, Solana, Kadena, Ergo, Tron, Avalanche, and Base. This expands liquidity, enables DEX trading across ecosystems, and allows users to interact with Flux from their preferred chain. The bridges are managed by the Flux network itself, maintaining decentralization.

12. Conclusion

Flux stands at a unique intersection of technology and timing. The project has spent seven years building what is arguably the most complete decentralized cloud platform in existence — from the operating system layer (ArcaneOS) to application hosting (FluxCloud), GPU compute (FluxEdge), AI services (FluxAI), wallet infrastructure (Zelcore), and cross-chain interoperability (Parallel Assets). This is not a whitepaper promise; it is production infrastructure with 10,000+ nodes hosting 25,000+ applications.

The strategic positioning is equally impressive. Being the first and only blockchain project in the NVIDIA Partner Network provides a credibility moat that no competitor can easily replicate — especially now that NVIDIA has closed the door to crypto projects in its Inception Program. The partnerships with OVHcloud, Lumen Technologies, SUSE, and the University of Geneva add layers of enterprise credibility, regulatory compliance, and academic validation that are rare in the DePIN sector.

The PoUW v2 fork represents a decisive evolution: by eliminating GPU mining and transitioning to Proof of Nodes, Flux has reduced its energy footprint, eliminated miner sell pressure, and aligned its consensus mechanism with its cloud computing mission. Every FluxNode is now simultaneously a blockchain validator and a productive compute resource — the "useful work" in Proof of Useful Work is not an abstraction, it is literal.

The challenges are real and should not be minimized. Enterprise adoption of decentralized infrastructure remains in its early stages. The DePIN market is crowded with well-funded competitors. Regulatory uncertainty persists. And the FLUX token trades at a significant discount to its all-time high, reflecting both market conditions and the work that remains to be done.

Yet the fundamentals tell a compelling story: a fair-launch token with 94.7% community distribution, real infrastructure in production, the strongest partnership portfolio in the DePIN sector, enterprise compliance certifications, and a clear technical roadmap. For those who believe that the future of cloud computing will be more distributed, more competitive, and more transparent than the hyperscaler oligopoly of today — Flux represents one of the most mature and credible bets in the decentralized infrastructure space.

The decentralized cloud is not a distant vision — it is running today, on 10,000+ nodes, in 66+ countries. The question is no longer whether it is possible, but how far it can scale.