Crypto & Digital Asset Infrastructure · Financial Services & Insurance
Should you build or buy Staking Infrastructure / Validator-as-a-Service?
Staking infrastructure and validator-as-a-service platforms run blockchain validators on behalf of institutions and crypto asset holders, handling the 24/7 node operations, slashing protection, uptime monitoring, and reward accounting required to participate in proof-of-stake network consensus. These platforms support multiple networks, including Ethereum, Solana, Cosmos chains, and others, and expose staking delegation and reporting as managed infrastructure rather than an internal DevOps project.
The build-vs-buy decision for Staking Infrastructure turns on whether the institution already has the distributed systems engineering and 24/7 operational coverage to run validators reliably, versus whether staking is an added product or treasury strategy where operational burden is the main variable; the yield is set by the network regardless, so the decision is really about infrastructure cost and risk tolerance.
Build it, buy it, or bridge?
When building makes sense
Running your own validators is an infrastructure operations project that only makes economic sense at scale, and only for organizations that already have the distributed systems engineering and 24/7 monitoring capacity to do it reliably. The risk of building badly here is concrete: a misconfigured or poorly monitored validator gets slashed, permanently reducing the staked asset balance. Figment and Kiln have built their entire business on uptime and slashing protection track records that took years to accumulate. The build case opens at sufficient staking volume on specific networks where the commission savings at scale outweigh the operational overhead. A large exchange running billions in delegated ETH, for example, can justify the engineering investment to keep validators in-house on Ethereum specifically. Multi-network validator operations, across Ethereum, Solana, Cosmos chains, and newer proof-of-stake networks simultaneously, is rarely justified even at scale given the diversity of node software and operational requirements across chains.
When buying makes sense
Buying validator-as-a-service is the right call for almost every institution adding staking as a product or treasury strategy for the first time. The staking yield is network-defined, not something you optimize by running your own nodes, and the operational overhead of maintaining validators with proper slashing protection across multiple networks is significant without delivering any competitive advantage. Figment, Blockdaemon, P2P.org, and Kiln have the multi-network operational expertise and uptime SLAs that institutional products require. For financial institutions, the reward accounting and reporting output the vendor provides also simplifies the tax and compliance work on staking income, which is non-trivial across multiple assets. Buying earns its keep whenever staking is a product line or treasury strategy rather than a core engineering domain, which is the situation for essentially all financial services firms entering the category.
The desk read
Running institutional-grade validators on Ethereum, Solana, or other proof-of-stake networks is an infrastructure operations problem, not a software differentiation opportunity. The yield is set by the network. What varies between doing it well and doing it badly is uptime, slashing protection, and the operational burden of monitoring nodes across multiple networks 24/7. Vendors like Figment, Chorus One, and Kiln make that operational burden a subscription line item.
Buying is the default path for any institution that doesn't already have a blockchain infrastructure team. The build case only becomes real for large custodians or exchanges that have existing distributed systems engineering and 24/7 ops coverage, where the commission cost at scale justifies bringing operations in-house. For most financial institutions adding staking as a product or treasury strategy, the question is which provider has the best uptime history and slashing coverage on the specific networks that matter, not whether to run nodes internally.
Frequently asked
What is Staking Infrastructure / Validator-as-a-Service?
Staking infrastructure and validator-as-a-service platforms run blockchain validators on behalf of institutions and crypto asset holders, handling 24/7 node operations, slashing protection, uptime monitoring, and reward accounting on proof-of-stake networks like Ethereum, Solana, and Cosmos chains.
When does building Staking Infrastructure make sense?
Building only makes sense at scale for institutions with existing distributed systems engineering and 24/7 ops coverage, where the commission cost on a specific high-volume network justifies bringing operations in-house. Multi-network validator operations is rarely justified even then, given the diversity of node software across chains.
When does buying Staking Infrastructure make sense?
Buying makes sense for any institution adding staking as a product or treasury strategy. The yield is network-defined regardless, so the decision is about operational overhead and slashing risk, both of which managed validator providers absorb in exchange for a commission.
What are the main Staking Infrastructure vendors?
Representative vendors include Figment, Blockdaemon, P2P.org, Kiln. B4 Pro scores the full set.
What is slashing, and why does it matter for vendor selection?
Slashing is a penalty mechanism in proof-of-stake networks where a validator that behaves incorrectly, double-signing or going offline at the wrong moment, has a portion of its staked assets permanently destroyed. Institutional validators choose providers based heavily on slashing protection track records and insurance coverage because the downside is direct asset loss, not just missed yield.