Staking infrastructure engineered for validators, delegators and protocols.
BitAzure builds staking and liquid staking systems: deposit and LST contracts, validator operations with slashing protection, reward oracles and distribution logic, unbonding queues and the dashboards through which users and operators manage positions.
- Validator, delegated and liquid staking systems
- Reward calculation, distribution and unbonding logic
- Slashing protection and validator node operations
- Multi-chain dashboards and admin tooling
What is a staking platform?
A staking platform is software that lets token holders lock assets to secure a proof-of-stake network, either by running validators directly, delegating to operators or minting liquid staking tokens that represent the staked position. It handles deposits, validator assignment, reward accounting, unbonding periods and the protections needed to avoid slashing.
BitAzure builds staking infrastructure for protocols, custodians, exchanges and node operators. This includes staking and liquid staking contracts, validator and node operations with slashing protection, reward oracles and distribution logic, unbonding queues and the dashboards through which users and administrators manage positions.
Rewards are a function of network parameters and validator performance rather than platform promises, so we design for transparency: reward accrual is computed from on-chain data, distribution is auditable, and operators can see uptime, missed duties and slashing risk in real time.
Staking platform development services
Contracts, validator operations and interfaces delivered as one system, with per-chain staking mechanics implemented natively.
Staking Products
- Validator staking with deposit and exit handling
- Delegated staking with operator selection and commission
- Liquid staking tokens, rebasing or reward-bearing
- Pooled staking below validator minimums
- Restaking integrations with explicit risk assessment
Rewards & Accounting
- Reward calculation from on-chain balances and validator performance
- Distribution modes: auto-compounding, claimable or token-value accrual
- Commission and fee accounting per operator
- Reward oracles verified against consensus-layer state
- Historical reward reporting for users and tax exports
Lock-ups & Unbonding
- Lock-up periods and early-exit rules
- Unbonding queues with per-chain wait times
- Withdrawal processing and exit-request batching
- Liquidity buffers for faster LST redemptions
- Position transfer and account migration
Validator Node Operations
- Validator provisioning across supported networks
- Slashing protection databases and remote signing
- Failover with double-sign prevention
- Client diversity and upgrade management
- Uptime, attestation and proposal monitoring
Dashboards & Administration
- Staking dashboards: balances, rewards and unbonding status
- Admin panel: operator management, parameters and fee settings
- Operator portal with performance and payout data
- Notifications for rewards, exits and slashing events
- Reporting for compliance and finance teams
Multi-chain & Integration
- Multi-chain support across Ethereum, Cosmos, Solana and other PoS networks
- Custody and exchange integrations for institutional staking
- DeFi integrations for liquid staking tokens
- Indexers for staking events and validator sets
- APIs for partners and white-label deployments
Reference staking platform architecture
Users deposit through staking contracts that mint LSTs and assign stake to a validator set operated behind remote signers. A reward oracle reads validator performance and updates accrual, an unbonding queue manages exits, and an indexer feeds dashboards while monitoring watches uptime and slashing risk.
Hover or focus a component to see its role in the architecture.
- Staking dApp (Deposit · claim · unstake): Wallet-connected interface for deposits, LST balances, rewards and exits.
- Admin & Operator Portal (Parameters · payouts): Operator onboarding, fee settings, parameter changes and performance data.
- Staking Contracts (Deposit · LST mint): Accept deposits, mint liquid staking tokens and track share accounting.
- Unbonding Queue (Exit requests · buffer): Batches exit requests, applies network wait times and serves redemptions from a liquidity buffer.
- Indexer (Staking events): Ingests deposit, reward and exit events for dashboards and reporting.
- Validator Set (Node operators): Validators run by the platform or partner operators with client diversity.
- Remote Signer (Slashing protection DB): Signs duties from an isolated host and refuses any conflicting attestation or proposal.
- Reward Oracle (Accrual · distribution): Reads validator balances and performance, verifies them and updates contract accounting.
- Dashboards & API (Users · operators): Position, reward and unbonding views plus partner APIs.
- Monitoring (Uptime · slashing alerts): Missed duties, client health and slashing conditions with paging.
Contracts
- Deposit & LST mint
- Unbonding queue
- Fee & commission
Validators
- Node operations
- Remote signing
- Slashing protection
Rewards
- Reward oracle
- Distribution logic
- Reporting
Interfaces
- Staking dashboard
- Operator portal
- Admin panel
Where staking platforms are deployed
Protocol-native staking
Staking and delegation interfaces for a new proof-of-stake network.
Liquid staking protocols
LST issuance with validator sets, reward accrual and DeFi composability.
Exchange and custodian staking
Institutional staking services with segregated accounts and reporting.
Node operator businesses
Operator portals, delegation onboarding and performance reporting.
Treasury staking
DAO or corporate treasuries staking with governance-controlled parameters.
Restaking and shared security
Integrations with restaking systems, assessed for slashing exposure.
Why teams build staking products with BitAzure
Transparent rewards
Accrual is derived from on-chain data and can be verified by users and auditors.
Slashing-aware operations
Remote signers, protection databases and failover rules reduce the risk of penalties.
Multi-chain coverage
One platform model across Ethereum, Cosmos, Solana and other PoS networks.
Composable LSTs
Liquid staking tokens designed for integration with DeFi protocols.
Operational visibility
Uptime, missed duties and exit queues visible to operators and administrators.
Compliance support
Reporting, segregated accounting and access controls suited to institutional use.
Technologies we use for staking platforms
Solidity
BlockchainEVM smart contracts: tokens, DeFi protocols, governance, vesting.
Rust
BackendMemory-safe, low-latency engines, on-chain programs and tooling.
Go
BackendConcurrent network services, relayers and infrastructure daemons.
Ethereum
BlockchainMainnet and L2 deployments, account abstraction, indexing.
Cosmos SDK
BlockchainApp-chains, IBC and custom consensus modules.
Solana
BlockchainRust programs with Anchor, SPL tokens and high-throughput dApps.
EVM
BlockchainEthereum, BNB Chain, Polygon, Arbitrum, Optimism, Base, Avalanche.
TypeScript
FrontendStrict typing across the entire stack, client to contracts tooling.
React
FrontendComponent-driven UIs for dashboards, exchanges and wallets.
PostgreSQL
DatabaseTransactional ledgers, ledgers-of-record and analytical workloads.
Kubernetes
InfrastructureAutoscaling, rolling deployments and workload isolation.
Prometheus / Grafana
InfrastructureMetrics, dashboards and alerting for every service.
How we deliver staking platforms
Every engagement follows a documented, milestone-driven path from discovery to continuous development.
- 01
Staking model design
Product type, reward distribution, fees, unbonding rules and target networks are agreed.
- 02
Contract and oracle specification
Deposit, LST, unbonding and reward oracle interfaces are defined with failure handling.
- 03
Contract development
Staking contracts are built with invariant tests covering accrual, redemption and edge cases.
- 04
Validator infrastructure
Nodes, remote signers and slashing protection are provisioned and rehearsed for failover.
- 05
Interfaces and integration
Dashboards, admin panel, indexer and APIs are delivered and tested end to end on testnets.
- 06
Launch and operations
Staged mainnet launch with monitoring, followed by managed or handed-over operations.
Security practices in staking systems
Slashing protection
Signed-duty databases and single-active-signer enforcement prevent double signing.
Key custody
Validator and withdrawal keys held in HSMs or remote signers with documented ceremonies.
Contract review
Invariant tests on share accounting, redemption and fee logic, with independent audit coordination.
Oracle verification
Reward data is cross-checked against consensus-layer state before distribution.
Access control
Parameter and fee changes require multisig approval and timelocks.
Incident response
Pause mechanisms, exit procedures and communication plans prepared in advance.
We coordinate independent third-party audits on request and never claim an audit, certification or compliance status unless it has actually been obtained.
What to decide before building a staking product
Custodial vs non-custodial
Holding user assets triggers regulatory obligations; contract-based staking keeps control with users.
Reward representation
Rebasing tokens are intuitive but break some integrations; reward-bearing tokens are more composable.
Unbonding liquidity
Long unbonding periods create demand for liquidity buffers or secondary markets.
Validator concentration
Operator selection and stake distribution affect decentralisation and correlated slashing risk.
Restaking exposure
Restaking adds slashing conditions from additional services; assess before opting in.
Tax and reporting
Users and institutions need reward histories in fiat terms with date-stamped records.
Staking Platform questions
Liquid staking issues a token representing a staked position, so the holder keeps liquidity while the underlying assets secure the network. The token accrues value or rebases as rewards are earned.
Building a staking or liquid staking product?
Tell us your target networks and product model. We will propose contracts, validator operations and interfaces.