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Building trustable randomness

Entropy Task

Entropy turns active devices into contributors for distributed randomness: real-world signals that can support systems that need trusted unpredictability.

Entropy is not available on iOS. Paid production is planned for Android and desktop once commercial terms are finalised.

D01D08D14D19D22D30

Verified output

0x9F4A...

Many validated signals can combine into one stronger entropy source.

What Entropy is

Entropy means randomness that secure systems can trust.

Randomness is essential for digital systems where outcomes must be fair and impossible to predict. It is used in cryptography, blockchain validation, gaming, finance, cybersecurity, compliance, AI, and other infrastructure.

A single machine can create randomness, but it still depends on one source. Entropy uses many real devices instead. Each device contributes a small signal, and the network checks and combines those signals into stronger randomness.

Simple example

Instead of one computer creating a code, many devices contribute signals.

In one example, 20 or 30 random devices could contribute to a combined encryption input.

How do you contribute?

Your device helps create and prove distributed randomness.

The value is not only randomness, but evidence of where it came from and how it was produced.

How it works

How to create a stronger entropy layer?

  1. 01

    Your device contributes a signal

    When Entropy is active, your device can send a small randomness signal to the network.

  2. 02

    The signal is checked

    The network checks each contribution and removes inputs that look weak, repeated, or suspicious.

  3. 03

    Many devices are combined

    Signals from many independent devices are combined, so the final randomness does not depend on one machine.

  4. 04

    Secure systems can use the output

    The result can support encryption, verification, gaming, fintech, compliance, and other systems that need trusted randomness.

Rollout status

Operational today, not yet at full commercial scale.

Entropy being available in the app does not mean the service is fully commercial yet. It means the network can begin producing and validating the entropy that enterprise customers require.

  • Device contribution

    Collection and validation

    Eligible devices contribute fresh randomness for validation. Availability in the app does not establish that paid production has started.

  • Commercial service

    Terms being finalised

    Paid production is planned for Android and desktop once commercial agreements are complete.

  • Rewards

    Not yet confirmed

    Reward amounts and settlement timing remain subject to the commercial rollout.

Commercial demand

Many industries need randomness to keep systems secure.

Entropy is built for systems where a random result has to be unpredictable, fair, and easy to verify later.

Cryptography

Keys, salts, challenges, and secure verification need strong randomness.

Blockchain and VRFs

On-chain systems need random outputs that can be checked after the fact.

Fintech

Risk, authorization, and settlement flows need inputs that are hard to predict.

Gaming and lotteries

Players and operators need outcomes that are fair and auditable.

Compliance

Regulated systems need a clear record of how randomness was produced.

AI and infrastructure

Distributed systems need randomness for sampling, routing, testing, and security.

Key questions about the Entropy task

What does entropy mean?

Entropy means randomness. In digital systems, good entropy helps create results that are difficult to guess, repeat, or manipulate.

What rewards should I expect from Entropy?

Paid production is planned for Android and desktop once commercial terms are finalised. Reward amounts and settlement timing are not yet confirmed; contributing data does not mean paid rewards have started.

Can I use Entropy on iOS?

Entropy is not available on iOS. It needs frequent fresh randomness contributions in the background, which iOS background-activity limits cannot reliably support. Any future iOS participation has not been confirmed.

Why does Unetwork need devices for randomness?

Many real devices can provide independent signals from different places, networks, and conditions. Combining those checked signals creates randomness that is harder to control from one source.

Why do companies pay for entropy?

Companies pay for entropy when they need randomness they can trust in security, finance, gaming, blockchain, compliance, or infrastructure systems.

How does randomness help with security?

Security systems use randomness to create keys, challenges, tokens, and checks that attackers should not be able to predict.

Contribute on an eligible device

Claim a Unetwork license, update the app, and keep the device connected.

Use an eligible Android device to contribute when the task is available. Entropy is not available on iOS, and paid production remains subject to commercial agreements.