how obol helps
Staking Protocols
Onboard a secure, resilient, and decentralised operator set.
Challange
challenge
Every staking protocol needs a diverse and decentralised operator set, but it’s difficult knowing which operators to trust.
challenge
Every staking protocol needs a diverse and decentralised operator set, but it’s difficult knowing which operators to trust.
challenge
Every staking protocol needs a diverse and decentralised operator set, but it’s difficult knowing which operators to trust.
Downtime and Slashing Risks
Downtime and Slashing Risks
Downtime and Slashing Risks
Trust Requirements
Trust Requirements
Trust Requirements
Painful Operator Onboarding
Painful Operator Onboarding
Painful Operator Onboarding
solution
Strengthen Your
Operator Set With Obol
Obol’s modular staking stack enable the rapid addition of credentialed operators from the Obol ecosystem, or transition an existing operator set to secure, fault-tolerant validators.
Improved Key Security
Obol’s Distributed Key Generation (DKG) reduces slashing risk, by generating key shares for operators and avoiding the creation of an entire validator key.
Improved Key Security
Obol’s Distributed Key Generation (DKG) reduces slashing risk, by generating key shares for operators and avoiding the creation of an entire validator key.
Improved Key Security
Obol’s Distributed Key Generation (DKG) reduces slashing risk, by generating key shares for operators and avoiding the creation of an entire validator key.
Fault-Tolerant Validators
Distributed Validators (DVs) outperform traditional validator setups, even when run by geographically distributed community and home operators.
Fault-Tolerant Validators
Distributed Validators (DVs) outperform traditional validator setups, even when run by geographically distributed community and home operators.
Fault-Tolerant Validators
Distributed Validators (DVs) outperform traditional validator setups, even when run by geographically distributed community and home operators.
Credentialised Operators Globally
Obol’s ecosystem of techne-credentialed operators have demonstrated experience running DVs with a high level of performance.
Credentialised Operators Globally
Obol’s ecosystem of techne-credentialed operators have demonstrated experience running DVs with a high level of performance.
Credentialised Operators Globally
Obol’s ecosystem of techne-credentialed operators have demonstrated experience running DVs with a high level of performance.
Case Study
Lido
Simple DVTUsing DVs to scale and decentralise a node operator set
$1.5b+
Stake approved on SimpleDVT
219
Obol DV Operators
36
Obol DV Clusters
Obol DV Clusters
Case Study
The Foundation for Restaking
Using DVs to scale and decentralise a node operator set
$1.5b+
Stake migrating to Obol DVs
23%
of EtherFi's TVL committed
40+
Operators Onboarded
Obol DV Clusters
Case Study
Lido
Simple DVTUsing DVs to scale and decentralise a node operator set
$1.5b+
Stake approved on SimpleDVT
219
Obol DV Operators
36
Obol DV Clusters
Obol DV Clusters
Case Study
The Foundation for Restaking
Using DVs to scale and decentralise a node operator set
$1.5b+
Stake migrating to Obol DVs
23%
of EtherFi's TVL committed
40+
Operators Onboarded
Obol DV Clusters
Case Study
Lido
Simple DVTUsing DVs to scale and decentralise a node operator set
$1.5b+
Stake approved on SimpleDVT
219
Obol DV Operators
36
Obol DV Clusters
Obol DV Clusters
Case Study
The Foundation for Restaking
Using DVs to scale and decentralise a node operator set
$1.5b+
Stake migrating to Obol DVs
23%
of EtherFi's TVL committed
40+
Operators Onboarded
Obol DV Clusters
Case Study
Lido
Simple DVTUsing DVs to scale and decentralise a node operator set
$1.5b+
Stake approved on SimpleDVT
219
Obol DV Operators
36
Obol DV Clusters
Obol DV Clusters
Case Study
The Foundation for Restaking
Using DVs to scale and decentralise a node operator set
$1.5b+
Stake migrating to Obol DVs
23%
of EtherFi's TVL committed
40+
Operators Onboarded
Obol DV Clusters
Case Study
Lido
Simple DVTUsing DVs to scale and decentralise a node operator set
$1.5b+
Stake approved on SimpleDVT
219
Obol DV Operators
36
Obol DV Clusters
Obol DV Clusters
Case Study
The Foundation for Restaking
Using DVs to scale and decentralise a node operator set
$1.5b+
Stake migrating to Obol DVs
23%
of EtherFi's TVL committed
40+
Operators Onboarded
Obol DV Clusters
Case Study
Lido
Simple DVTUsing DVs to scale and decentralise a node operator set
$1.5b+
Stake approved on SimpleDVT
219
Obol DV Operators
36
Obol DV Clusters
Obol DV Clusters
Case Study
The Foundation for Restaking
Using DVs to scale and decentralise a node operator set
$1.5b+
Stake migrating to Obol DVs
23%
of EtherFi's TVL committed
40+
Operators Onboarded
Obol DV Clusters
Case Study
Lido
Simple DVTUsing DVs to scale and decentralise a node operator set
$1.5b+
Stake approved on SimpleDVT
219
Obol DV Operators
36
Obol DV Clusters
Obol DV Clusters
Case Study
The Foundation for Restaking
Using DVs to scale and decentralise a node operator set
$1.5b+
Stake migrating to Obol DVs
23%
of EtherFi's TVL committed
40+
Operators Onboarded
Obol DV Clusters
Case Study
Lido
Simple DVTUsing DVs to scale and decentralise a node operator set
$1.5b+
Stake approved on SimpleDVT
219
Obol DV Operators
36
Obol DV Clusters
Obol DV Clusters
Case Study
The Foundation for Restaking
Using DVs to scale and decentralise a node operator set
$1.5b+
Stake migrating to Obol DVs
23%
of EtherFi's TVL committed
40+
Operators Onboarded
Obol DV Clusters
Case Study
Lido Simple DVT
Using DVs to scale and decentralise a node operator set
$1.5b+
Stake approved on SimpleDVT
219
Obol DV Operators
36
Obol DV Clusters
Obol DV Clusters
Read Case Study
Case Study
The Foundation for Restaking
Using DVs to scale and decentralise a node operator set
$1.5b+
Stake migrating to Obol DVs
23%
of EtherFi's TVL committed
40+
Operators Onboarded
Obol DV Clusters
Case Study
Lido Simple DVT
Using DVs to scale and decentralise a node operator set
$1.5b+
Stake approved on SimpleDVT
219
Obol DV Operators
36
Obol DV Clusters
Obol DV Clusters
Read Case Study
Case Study
The Foundation for Restaking
Using DVs to scale and decentralise a node operator set
$1.5b+
Stake migrating to Obol DVs
23%
of EtherFi's TVL committed
40+
Operators Onboarded
Obol DV Clusters
Case Study
Lido Simple DVT
Using DVs to scale and decentralise a node operator set
$1.5b+
Stake approved on SimpleDVT
219
Obol DV Operators
36
Obol DV Clusters
Obol DV Clusters
Read Case Study
Case Study
The Foundation for Restaking
Using DVs to scale and decentralise a node operator set
$1.5b+
Stake migrating to Obol DVs
23%
of EtherFi's TVL committed
40+
Operators Onboarded
Obol DV Clusters
Case Study
Lido Simple DVT
Using DVs to scale and decentralise a node operator set
$1.5b+
Stake approved on SimpleDVT
219
Obol DV Operators
36
Obol DV Clusters
Obol DV Clusters
Read Case Study
Case Study
The Foundation for Restaking
Using DVs to scale and decentralise a node operator set
$1.5b+
Stake migrating to Obol DVs
23%
of EtherFi's TVL committed
40+
Operators Onboarded
Obol DV Clusters
Integrate DVs Into Your Protocol at Scale
Obol’s tooling allows staking protocols to deploy DVs at scale, within existing infrastructure and with minimal disruption to network architecture or tokenomics.
Obol Launchpad
Obol Launchpad
Obol Launchpad
Obol SDK
Obol SDK
Obol SDK
Trusted By
Start Your Journey
Enter Obol’s decentralised validator ecosystem.
Begin your journey: read our documentation or contact us.
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Products
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Products
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Products