CPU-optimized mining
VerusHash is designed for everyday processors, so mining does not depend on specialized hardware.
Environmentally conscious protocol
Verus combines proof-of-work security with proof-of-stake efficiency in one protocol.
Efficient merge mining
Miners can secure multiple PBaaS chains with the same work instead of repeating that work chain by chain.
Lower-energy design
Proof-of-stake carries half of the consensus work, reducing the energy profile compared with pure proof-of-work.
Hybrid consensus
Verus Proof of Power combines proof-of-work and proof-of-stake so neither side controls consensus alone.
Low-power devices
Phones, ARM devices, and regular computers can participate without purpose-built mining equipment.
Open participation
Mining and staking are open to more people, which helps distribute network security across more participants.
Commodity hardware
Multi-purpose devices can contribute to the network while still being useful for normal computing tasks.
Lower energy use without removing proof of work
Verus does not treat sustainability as a reason to remove proof-of-work. It uses proof-of-work and proof-of-stake together, so the network keeps the security properties of mining while reducing how much work mining must carry on its own.
The result is a consensus model built for open participation: miners, stakers, and low-power devices can all contribute to network security.
Mining still matters
Proof-of-work gives Verus an external cost layer. Producing blocks requires computation, which helps anchor security outside the chain itself.
Staking reduces the load
Proof-of-stake shares the consensus work with miners. This lowers the amount of energy needed compared with systems that rely only on proof-of-work.
Why proof of work remains part of Verus
Verus keeps proof-of-work because it adds security, distribution, and a cost model that pure proof-of-stake systems do not provide in the same way.
Network security
Proof-of-work makes attacks expensive because block production is tied to real computation.
Fair distribution
Mining releases coins over time to people who help secure the network instead of assigning supply up front.
Proven operation
Proof-of-work has stood the test of time in public blockchains. Since Bitcoin, it has shown resilience against many attack types over more than a decade of continuous operation.
Real-world cost
Work performed outside the ledger gives the network an economic cost that cannot be created by software alone.
Proof of Power combines both systems
Verus Proof of Power uses miners and stakers together. That keeps participation broad while avoiding the energy profile of pure proof-of-work.
Two validation paths
Blocks are secured by both miners and stakers, reducing dependence on one participant group.
Less energy per block
Half of consensus comes from staking, so the network does not rely only on continuous mining work.
51% attack resistance
An attacker must account for both mining power and stake participation, not just one side of consensus.
Mine with regular devices
Use CPUs, ARM devices, and other general-purpose hardware to take part in network security.
Start miningStake with any amount
Help secure the network through staking while keeping funds under your own control.
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