XFDP

XFDP delegation for reliable pNodes.

The Xandeum Foundation Delegation Program strengthens the storage provider network on Mainnet by delegating XAND to operators who prove they can run licensed pNodes reliably.

What XFDP is

A practical bridge from proven Devnet work to Mainnet stake support.

If XFDP is new to you, start here. The program is not the pNode setup process itself; it is delegation support for licensed operators who prove reliable operation.

Foundation delegation

XFDP broadens the Xandeum storage provider network by delegating XAND to reliable licensed pNode operators.

XFSD stake support

The XAND stake delegated through the program is called XFSD and is designed to incubate enrolled operators.

Mainnet readiness

Devnet participation is the prerequisite for receiving mainnet delegation support.

Participation path

Eligibility starts with real pNode operation.

The path moves from Devnet operation to Mainnet qualification, then to the delegation effect on STOINC reward weight.

1. Devnet participation

Buy a pNode license and run a Xandeum pNode successfully on Devnet while meeting performance requirements for at least 5 Xandeum Yugas.

2. Mainnet qualification

Licensed operators that keep acceptable Devnet performance and operate on Mainnet qualify for XFSD support.

3. Storage income impact

Delegated stake is an important factor in mainnet STOINC because active stake contributes to weighted pNode rewards.

Review STOINC

Delegation mechanics

XFDP combines equal support with outside-stake matching.

Once the qualification path is clear, the two delegation layers show why each Yuga can rebalance the result.

QualifyLicensed pNode + 5 Devnet Yugas
Residual150M XAND pool divided across eligible pNodes
MatchOutside stake matched 1:1 within caps
RebalanceProgram updates every Yuga
Caps500M total match pool

10M XAND match cap per pNode, with outside stake over 20M excluded for that Yuga.

Residual Delegation

A fixed pool of 150,000,000 XAND is divided equally among all eligible pNodes.

Match Delegation

A 1:1 match of outside stake from non-foundation sources. The pool is capped at 500M XAND overall and 10M XAND per pNode.

Yuga rebalancing

Residual Delegation and Match Delegation are independently rebalanced each Yuga.

Performance criteria

Delegation is earned by staying useful, updated, and compliant.

Treat this as the operating checklist: licensed status, reliability, update discipline, stake caps, and program conduct.

Licensed pNodes only

Only licensed pNodes are eligible for XFDP. Permissionless pNodes are not eligible for Foundation delegation.

Performance maintained

Devnet and Mainnet performance criteria must be maintained, including acceptable reliability and responsiveness.

Update compliance

Operators must implement Xandeum Foundation requested software updates within the requested timeframe.

Stake cap

Any pNode whose outside stake exceeds 20M XAND will not receive Foundation delegation for that Yuga.

Security and conduct

Xandeum Foundation reserves the right to exclude any participant for security, conduct, or program reasons.

Restoration path

Once a pNode or operator is back in compliance, XFSD can be restored over time.

Program note

The Foundation can update XFDP and incentives over time.

The program exists to maximize decentralization, reliability, and performance of the Xandeum Storage Provider Network while increasing the number of pNodes that provide storage.

Next steps

Move from delegation context to operator action.

After XFDP, most readers need one of three next pages: setup guidance, reward mechanics, or current public updates.

Prepare pNode operations

Use the setup guide to understand owner, operator, manager, and portal steps before assuming program eligibility.

Open pNode guide

Understand reward impact

STOINC explains why active stake, performance, storage, eligibility, and boosts matter once pNodes are live.

Review STOINC

Follow program updates

Program terms can evolve. Use the blog for current operator notes, governance changes, and public announcements.

Read updates