VOLM turns underused devices into on-chain yield

Robots, drones, IoT, and consumer hardware become automated rewards optimized through DeFi compounding

Unlock on-chain yield with available capacity.

Smarter earnings

Turn downtime into revenue by connecting robots, drones, IoT, and consumer hardware to Volm’s reward network.

Smarter earnings

Turn downtime into revenue by connecting robots, drones, IoT, and consumer hardware to Volm’s reward network.

Seamless yield flows

Device rewards bridge directly into DeFi MetaVaults on Base, compounding automatically with no extra steps.

Seamless yield flows

Device rewards bridge directly into DeFi MetaVaults on Base, compounding automatically with no extra steps.

Scalable adoption

From a single laptop to enterprise fleets, Volm grows across devices, networks, and OEM partnerships.

Scalable adoption

From a single laptop to enterprise fleets, Volm grows across devices, networks, and OEM partnerships.

Trusted by design

On-device proofs, secure contracts, and lightweight nodes ensure transparency, privacy, and verifiable performance.

Trusted by design

On-device proofs, secure contracts, and lightweight nodes ensure transparency, privacy, and verifiable performance.

PROOF LAYER

Devices that prove their value instantly.

On-device nodes validate uptime and performance with cryptographic proofs.

Secure attestation of real activity

Secure attestation of real activity

Automated verification with zero-knowledge options

Automated verification with zero-knowledge options

Lightweight resource usage on hardware

Lightweight resource usage on hardware

Reliable fallback for continuous rewards

Reliable fallback for continuous rewards

SMART CONTRACTS

Contracts built for real workloads.

Smart contracts match devices with tasks and handle payments without friction.

Transparent task registration and escrow

Transparent task registration and escrow

Dynamic pricing and marketplace logic

Dynamic pricing and marketplace logic

Clean modular architecture

Clean modular architecture

Automated settlement of rewards

Automated settlement of rewards

SCALABILITY

Infrastructure that grows with demand.

From single laptops to enterprise fleets, Volm scales across devices and networks.

Multi-device orchestration at scale

Multi-device orchestration at scale

Support for robotic and IoT fleets

Support for robotic and IoT fleets

Optimized routing of tasks and rewards

Optimized routing of tasks and rewards

Distributed handling across geographies

Distributed handling across geographies

ANALYTICS & CONTROL

Clarity across devices and rewards.

Track performance, monitor yield, and manage assets in real time.

Live reward and proof tracking

Live reward and proof tracking

Performance analytics across networks

Performance analytics across networks

Comparative insights between devices

Comparative insights between devices

Customizable reporting for operators

Customizable reporting for operators

Instant rewards

Start earning from idle devices within minutes of connecting to Volm.

Instant rewards

Start earning from idle devices within minutes of connecting to Volm.

Flexible integration

Link desktops, IoT sensors, or robotics fleets with lightweight nodes.

Flexible integration

Link desktops, IoT sensors, or robotics fleets with lightweight nodes.

Verified activity

Every task is backed by cryptographic proofs for trust and transparency.

Verified activity

Every task is backed by cryptographic proofs for trust and transparency.

Automated compounding

Rewards flow directly into MetaVaults and grow through DeFi strategies.

Automated compounding

Rewards flow directly into MetaVaults and grow through DeFi strategies.

The Vision Behind VOLM

"Volm was built on the vision that every robot, drone, and connected device should not sit idle, but become a verified contributor to a global network that transforms downtime into sustainable on-chain yield."

Jeff McCann

VOLM Founder

Everything you need to know

Everything you need to know

How does Volm generate yield from idle devices?

What kinds of devices can join the Volm network?

How is device activity verified?

Why is the Base Network used for DeFi compounding?

What role does the VOLM token play?

Can manufacturers integrate Volm directly into their devices?

How does Volm generate yield from idle devices?

What kinds of devices can join the Volm network?

How is device activity verified?

Why is the Base Network used for DeFi compounding?

What role does the VOLM token play?

Can manufacturers integrate Volm directly into their devices?

How does Volm generate yield from idle devices?

What kinds of devices can join the Volm network?

How is device activity verified?

Why is the Base Network used for DeFi compounding?

What role does the VOLM token play?

Can manufacturers integrate Volm directly into their devices?