Managed staking in supported networks
FortisX adds an analytics and allocation layer on top of staking networks. You choose the networks and funding assets; the engine distributes stake across validators and pools inside each network, while an internal liquidity layer smooths entry, exit and reward payouts.
What managed staking means
You choose networks and funding assets, while the engine and liquidity layer manage allocations, timing and payouts inside each supported network.
How managed staking works
Diversified exposure across validators and providers
Validator and yield-bearing networks differ in behaviour, risk profile and reward patterns. Within each selected network, -managed staking spreads stake across multiple validators and providers and maintains diversification according to explicit limits and risk bands.
- Per-network allocations are spread across multiple validators and providers, with caps on how much stake any single operator can hold.
- Allocation policies can favour factors such as long-term performance, decentralization metrics or operator type, depending on the mandate.
- As on-chain conditions change, the engine gradually rebalances inside each network to keep allocations within predefined ranges.
- The same diversification rules apply to direct validator positions and to exposure obtained through providers or pooled products.
Staking participation across networks
keeps a cross-network view of staking participation, tracking how much of the circulating supply is staked in each chain, how that stake is distributed, and how these patterns evolve over time. These signals frame network security and the effective capacity for additional stake, and they provide the macro context for risk budgets, policy ranges, and the allocation models maintains inside every supported network.
Real-time network monitoring
FortisX maintains a continuous stream of on-chain signals for each supported network, tracking how validator sets, reward flows, commission schedules and protocol parameters change over time. Each update is captured as a structured event that describes how the chain behaves under real conditions, and these signals form the live context for network-level risk limits and allocation policies.
- Validator downtime, performance degradation, or slashing-related events
- Sudden shifts in reported rewards, payout cadence, or effective yield patterns across the network
- Changes to commission schedules or fee policies of major validators and pools
- Protocol and governance updates that affect staking rules, economic parameters, or validator set requirements
How the staking engine sees each network
Validator, pool, and decentralization metrics that describe how stake is distributed within a network and feed the allocation and policy models used by the staking engine.
Decentralization metrics
Provider concentration
Top staking pools
| Provider | ||||
 | $20.25B | 19.582229% | 2.51% | 10% |
 | $6.31B | 6.912932% | 2.4% | 10% |
 | $3.31B | 4.168006% | 2.8% | 10% |
 | $1.05B | 1.253992% | 2.57% | 10% |
 | $766.77M | 0.758475% | 3.09% | 10% |
 | $671.18M | 0.857316% | 3.17% | 10% |
 | $642.12M | 0.830804% | 1.92% | 14% |
 | $311.37M | 0.315786% | 2.33% | 5% |
 | $185.73M | 0.244297% | 2.16% | 10% |
 | $113.49M | 0.144368% | 2.46% | 10% |
Validator & Network Activity Monitor
FortisX aggregates on-chain movements in delegated stake and validator balances into activity profiles for each supported network. Whale-level flows, shifts between validators and pools, and changes in net staking or unstaking are transformed into time series that show how concentration and participation evolve over time.
These patterns help identify when large positions begin to accumulate, unwind, or rotate across providers, and how often networks experience periods of heightened flow. The resulting signals feed into risk reviews, capacity and infrastructure planning, and periodic checks of allocation and concentration limits inside each chain.
Dashboard for managed staking positions
The dashboard presents managed staking as a single portfolio rather than a set of separate validator positions. Participants see where capital is staked across networks, how it is distributed within a programme, and how rewards and lifecycle events accumulate over time.
The underlying analytics and policy framework operate in the background, so the interface stays focused on positions, flows, and programme status.
Institutional access to the staking layer
Segregated mandates & controls
Risk & reporting toolkit
Integration into existing stacks
Building the analytics and allocation layer for staking
Frequently Asked Questions
