THE NETWORK

Community-owned infrastructure for environmental data.

Envirome uses decentralised infrastructure to ensure environmental data is tamper-proof, payments are automatic, and the network is owned by the people who operate it — not a corporation.

How data flows through the network

Every sensor reading is cryptographically signed, verified against neighbouring nodes, and permanently recorded. No one can alter the data after the fact.

1

Nodes measure

Your sensor node reads 10+ environmental parameters every 60 seconds — air quality, weather, noise, UV — and cryptographically signs each reading.

2

Network validates

Readings are cross-checked against neighbouring nodes using spatial correlation. If 10 nodes in a 1km radius report a PM2.5 spike, it's verified. A single outlier is flagged.

3

Data is recorded

Verified readings are permanently recorded on the Envirome chain. The data can't be altered, deleted, or censored — by anyone, including us.

4

Buyers pay, operators earn

Cities, researchers, and businesses pay for real-time data access. Data marketplace revenue is split automatically — 60-70% goes directly to node operators. No invoicing, no middlemen. Before institutional buyers are onboarded, operators earn bootstrap network rewards.

Network rewards and Data Credits

The network uses a simple token system to align incentives between data producers (you) and data consumers (institutions).

Data Credits

How buyers pay

Institutions purchase Data Credits (pegged to USD) to access real-time environmental data feeds via API. Credits are consumed with each query — like paying for cloud computing by the request.

Network Rewards

How operators earn

Node operators earn network rewards for verified data submissions. Rewards are weighted 50% on uptime and 50% on data quality (spatial correlation score). More sensors deployed means a higher reward multiplier.

Deflationary by design

How the economics work

As data demand grows, more credits are purchased and burned. Operator rewards are minted at a fixed schedule. When burn rate exceeds mint rate, the network becomes net deflationary — rewarding long-term participants.

Operator governance

Envirome operators don't just collect data — they govern the network. Voting weight is based on active sensors and uptime, not token holdings. You can't buy votes without running real hardware.

Critically, operators vote on who can buy their data. Municipalities, researchers, and health organisations are pre-approved. Defence contractors, surveillance companies, and authoritarian governments require supermajority approval. No other data network gives contributors this level of control.

Not mining. Measuring.

The environmental community has legitimate concerns about the energy cost of some digital networks. Here's why Envirome is different.

99.95%
less energy than Bitcoin

Envirome runs on proof-of-stake infrastructure (OP Stack on Ethereum). The Ethereum Foundation measured a 99.95% energy reduction after moving from proof-of-work to proof-of-stake. There is no energy-intensive mining involved.

Solar
powered at every node

Every Envirome node runs on a built-in solar panel with battery backup. The network is net energy-positive at each deployment point — nodes generate more energy than they consume. The hardware itself has a smaller power footprint than a phone charger.

Purpose
that matters

Bitcoin uses energy to secure a financial ledger. Envirome nodes are out in the world measuring air quality, noise pollution, and weather — generating data that helps cities reduce pollution and helps people make healthier choices about where they live.

Why decentralised infrastructure?

A fair question: why not just build a normal database? Three reasons:

  • Tamper-proof data. Environmental data used for regulatory compliance, insurance, and health research must be trustworthy. Every reading is cryptographically signed and permanently recorded. No one — not even Envirome — can alter it after the fact. This is what makes institutional buyers trust the data.
  • Automatic payments. 60-70% of data marketplace revenue goes directly to operators, split automatically based on uptime and quality. No invoicing, no payment processing, no disputes. During the bootstrap phase before data buyers are onboarded, operators earn network rewards to incentivise early deployment.
  • Community ownership. The network is governed by its operators, not shareholders. Operators vote on rules, pricing, and which institutions can access their data. This alignment is what makes the network grow — contributors know they'll never be squeezed out by a platform pivot.

What operators can expect to earn

Earnings depend on your node configuration, data quality, and how many institutional buyers are accessing data in your area. Here's a transparent breakdown.

Configuration Hardware cost Reward multiplier Year 1 (early network) Year 2 (regional density) Year 3 (mature network)
Sense
Single sensor (PM2.5, noise, or temp)
$29–39 0.5x $20 – $40 $60 – $120 $100 – $200
Sound
Noise + wildlife audio + temp
$49 0.8x $32 – $64 $96 – $192 $160 – $320
Air
PM2.5 + CO2 + VOC + temp
$149 1.5x $60 – $120 $180 – $360 $300 – $600
Weather
Wind, rain, UV, temp, pressure
$179 1.5x $60 – $120 $180 – $360 $300 – $600
+ EPA Gas Pack
Adds O3 + NO2 + CO (premium expansion)
+$75 +0.5x bonus Premium multiplier bonus on top of any device

How to read this table

  • Year 1 (early network): Limited data buyers. Earnings come primarily from network bootstrap rewards designed to incentivise early deployment. This is the riskiest period — you're betting on the network growing.
  • Year 2 (regional density): First institutional data buyers onboarded (municipal contracts, weather data licensing). Revenue begins flowing from real demand, not just token incentives. Earnings improve as your area reaches useful sensor density.
  • Year 3 (mature network): Multiple institutional buyers, dense coverage in key metros, data marketplace generating consistent demand. Operators in high-value areas (cities with active air quality programs, university partnerships) earn at the top of the range.
  • Reward multiplier: More sensors = more valuable data = higher rewards. Adding the premium EPA Gas Pack (O3 + NO2 + CO) earns a bonus multiplier on top of any configuration because regulatory-grade air quality data is significantly more valuable to institutional buyers.

Hardware payback period

Sense ($29–39)
4 – 10 months

Cheapest entry. Deploy many for density. Test the network before going bigger.

Air ($149)
6 – 15 months

Highest-demand data type. Strong institutional interest in air quality.

Sound ($49) / Weather ($179)
5 – 15 months

Maximum sensors, maximum multiplier. Ideal for academic areas and dense urban deployments.

Honest caveats

These projections assume the network reaches meaningful density and data buyers are onboarded on schedule. Early operators take real risk — if the network doesn't grow, early rewards have less value. We believe in transparency: we are pre-revenue and pre-product. These numbers are projections, not guarantees.

What we can guarantee: the reward formulas are encoded in the protocol and enforced automatically. No one — not even the Envirome team — can change your payout retroactively. The rules are the rules.

Be among the first to deploy.

Join the waitlist for early access to Envirome nodes and founding operator rewards.