Distributed digital infrastructure

Digital service infrastructure for a new era

BUILD THE NETWORK · UNLOCK THE COMPUTE

From IP nodes to intelligent compute, edge content delivery and distributed storage: one unified, schedulable network of node resources.

  • IP nodes
  • IP proxy
  • Compute leasing
  • PCDN
  • IPFS

NODERA UK LIMITED · Registered in the United Kingdom

Part 01 IP node services

IP node services: building an efficient network ecosystem

Core data infrastructure

Core data infrastructure

A network service built on the Internet Protocol that forwards and processes data packets. Through IP nodes, data travels efficiently across complex network environments, so information arrives quickly and accurately.

  • Web servers
  • Corporate intranets
  • Gaming and entertainment
  • Cross-border e-commerce

Keeping the network stable · Improving the user experience

01 / Definition

Service definition

A key link in network communication, responsible for the efficient forwarding and processing of data packets.

02 / Scenarios

Application scenarios

Widely used in corporate networks, gaming and e-commerce, supporting large-scale data exchange.

03 / Value

Industry value

The core of modern network architecture, driving the prosperity of the digital economy.

Distributed advantage

Break the single-point bottleneck; build a highly available network

Spreading IP addresses across many nodes in different locations not only improves users' access experience markedly, it gives enterprise applications an unshakeable underlying network guarantee.

Acceleration

Faster content delivery

When a user requests content, it can be fetched from a nearby node, cutting latency and speeding up access noticeably.

Load balancing

Load balancing

Traffic is spread intelligently across many IP nodes, avoiding single-point overload and keeping the service stable under high concurrency.

Reliability

Higher system reliability

If one node fails, the others take over seamlessly, keeping the service uninterrupted and lowering the risk of failure.

Source: “IP node services: building an efficient network ecosystem”

Part 02 Business ecosystem

The business ecosystem and how it earns

Individual merchants invest in IP servers and ports and earn through Quantum IP. Nodera supplies its partner Quantum IP with globally distributed IP addresses and takes a share of merchants' profit. Quantum IP serves gaming and entertainment, cross-border e-commerce and other sectors worldwide.

  1. Individual merchantsInvest in serversHardware investment and node provision
  2. NoderaSupplies IPs, takes a shareIP resources and platform management
  3. Quantum IPServes customers worldwideGlobal node service provider
Win-win

Mutual benefit

Merchants, Nodera and Quantum IP each get what they need, each playing to its strengths in the chain so that overall value is maximised.

Sustainable

Stable and sustainable

Built on strong market demand and the technical advantages of distributed IP nodes, the earnings model is stable and sustainable over the long term.

Risk dispersion

Risk spread

The links of the ecosystem depend on and check one another, which effectively limits how much a swing in any one link affects the model as a whole.

Digital services for a new era: IP proxy + compute leasing

Mature business

IP proxy

A steady, mature line of business

Standardised node resources billed per use or per hour with high reuse, backed by nationwide multi-node deployment and a complete IP quality-inspection and risk-control system, give enterprises compliant operation and individuals privacy protection, contributing predictable, steady earnings.

New growth engine

Compute leasing

The growth pole with explosive expansion

A diversified earnings structure of base rent plus revenue share, aimed at a compute market expected to exceed RMB 260 billion in 2026, seizing the AI compute boom through distributed resource integration.

Part 03 IP proxy

IP proxy: industry outlook and market size

As digitalisation accelerates worldwide, IP proxy services have evolved from an early niche tool into essential infrastructure that gaming, e-commerce, data collection and other sectors cannot do without.

China market size, 2025RMB 18 bnInitial accumulation is complete; the market has entered a fast lane.
Market size forecast, 2030~RMB 40 bnUse cases keep expanding; the market will double in size.
CAGR 2025–203016.3%A clear high-growth trend with strong development potential.

Core drivers: diverse demand from gaming and entertainment, e-commerce, precise social-media marketing and intelligent data collection keeps surging.

Main application scenarios

Scenario 01

E-commerce and social-media operations

Multiple accounts are easily banned; giving each account its own residential IP environment isolates network fingerprints and keeps accounts safe.

Case studies show teams running Alibaba shops lifting revenue by 10%.

Scenario 02

Intelligent data collection

High-frequency rotation of a dynamic IP pool mimics real users' natural browsing and avoids anti-scraping mechanisms.

Helps enterprises collect data and analyse markets stably and efficiently at the scale of a million requests a day.

Scenario 03

Game account leveling

IP proxies allow running several game instances for idle leveling, training and similar needs of game enthusiasts.

Also serves the complex verification and testing scenarios of game studios and labs.

Part 04 Compute leasing

A distributed “intelligent compute network” for the AI era

Aggregates vast idle compute, breaks the monopoly on high-end AI compute, and gives AI training and inference cost-effective, elastic computing.

Domestic compute consumption and market structure

Astonishing growth

Over the past 12 months, token consumption by AI applications in China has grown far faster than the global average, becoming the core engine of global compute demand. Large models' consumption of compute is accelerating and has completely changed the traditional structure of compute demand.

29×Token consumption growth over the past 12 months

Who supplies and who consumes compute

Supply is highly concentrated, while on the demand side enterprise users hold an overwhelming lead.

Business value: the compute market over the next three years (2026–2028)

Demand keeps exploding

The spread of AI applications drives exponential growth in compute demand.

Supply growth lags

Constrained by chip manufacturing, power supply and data-centre build cycles, supply grows far slower than demand.

The gap is a blue-ocean opportunity

The compute gap will surge to 1,200 EFLOPS, opening a certain and vast market for compute leasing.

Business value: the RTX 4090 / 5090 as examples

NVIDIA GeForce RTX 4090

Core compute
FP32: ~45 TFLOPS | FP16: ~1.4 PFLOPS
Hardware cost
About RMB 12,000–15,000
Annualised leasing income
About RMB 33,000–42,000
Payback period
About 7 months

NVIDIA GeForce RTX 5090

Next-generation core compute
FP32: ~70 TFLOPS | FP16: ~2.2 PFLOPS
Estimated launch cost
Expected pricing RMB 20,000–25,000
Expected annualised income
About RMB 51,000–62,000
Estimated payback period
About 6.5 months
Part 05 PCDN and IPFS

Reshaping edge content delivery and storage

What PCDN isPeer-to-Peer Content Delivery Network: content delivery that uses distributed edge nodes and the idle network resources of end devices.

PCDN: distributed edge content delivery

Core resources

  • Home broadband uplink
  • Idle computers / devices
  • Local disk cache
  • Stable online hours
  • Distributed locations

Typical uses

  • Video on demand and live streaming
  • Software and game updates
  • Hot content cached nearby
  • Peak traffic offload
Decentralised storageEliminates single points of failure and builds the secure, efficient network storage infrastructure of the next generation.

IPFS: distributed content addressing and storage

IPFS (the InterPlanetary File System) is a protocol suite for distributed content addressing and peer-to-peer data transfer.

What idle computers contribute

  • Idle disksdistributed storage resources
  • Idle bandwidthdata upload / download and content transfer
  • Online devicesedge nodes of the network
  • Platform schedulingresource matching, health checks, task assignment and metering
Summary

A unified node resource system

One internet-connected device can hold many schedulable resources at once: IP, bandwidth, storage, CPU, GPU, memory and online hours. The platform identifies what a device currently has available and matches it to each task type, so distributed node resources are managed as one and used by scenario.

CapabilityMain resources usedCore role
IP nodes / IP proxyResidential IP, network connectivity, regional nodesConnectivity, proxying and regionalised network resources
PCDNBandwidth, cache, online hoursContent delivery, edge acceleration, traffic offload
IPFSStorage, bandwidth, P2P nodesDistributed content addressing, storage and transfer
Three steps

From install to a live terminal

One registered email is one Nodera main account. A machine is identified by its machine code and can bind several terminals within its quota; each terminal is unlocked by one activation card.

  1. Download and install

    Download the Windows installer and run it. It installs into your user folder; no administrator rights needed.

  2. Register and bind this machine

    Register with your email and sign in. After the first sign-in, this computer is bound as your trusted device, so the same machine can sign in directly from then on.

  3. Activate a terminal with a card

    Buy an annual, quarterly or monthly activation card in the app, priced in USDT at the in-app rate. Once the card key and machine code are verified, the terminal is activated.

Ready when you are

Download the Windows client and put this machine to work on the Nodera network.

Together, towards a new digital economy