FIL Price Regimes, Hardware Cost Inflation, and Price-Aware Commitment Multipliers

[kernelogic]

Summary

This discussion aims to explore whether Filecoin’s current economic parameters
(block rewards, pledge, and penalties), which are denominated in FIL units,
remain well-aligned with today’s FIL price regimes and the real-world cost of
operating long-term storage infrastructure.

This is not a concrete proposal yet, but an attempt to frame a structural
question around incentive alignment, capital commitment, and network security.

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Current Context

• FIL has traded in a low price regime for an extended period (~$1–$2 range)
• Storage infrastructure costs (hardware, power, bandwidth, labor, colocation)
  remain elevated relative to 2020–2021 levels
• Protocol rewards and pledge requirements are largely fixed in FIL terms

As a practical illustration:

• ~145 PiB of committed storage currently earns approximately ~447 FIL per day
• At current prices, this corresponds to roughly $400–$600 per day
• This is on the order of ~$3–4 per PiB per day in real terms

For operators maintaining hundreds of PiB of always-on infrastructure, this
appears increasingly disconnected from capital intensity and operational risk.

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Why This Is a Protocol-Level Question

The concern is not simply operator profitability.

The deeper question is whether the current economic regime:

• Encourages meaningful long-term capital commitment
• Preserves a consistent real security budget across FIL price regimes
• Favors multi-year, high-confidence storage participation over short-term or
  low-commitment behavior

In earlier network phases (e.g. 2020–2021), higher effective pledge and stronger
capital lock created incentives for long-term alignment and infrastructure
investment. Today, lower effective capital commitment combined with low FIL
price risks pushing the network toward a low-commitment equilibrium.

---

Direction for Exploration: Price-Aware Commitment Multipliers

One possible direction for discussion is whether Filecoin should consider a
bounded, slow-moving multiplier that adjusts certain economic parameters based
on FIL price regimes, with the goal of preserving the real-world meaning of
capital commitment and long-term participation.

Conceptually, such a multiplier could apply symmetrically to:

• Pledge requirements
• Block rewards
• Penalties and slashing

Under this model:

• Lower FIL price regimes would require proportionally higher capital lock
  in exchange for proportionally higher rewards and penalties
• Higher FIL price regimes would naturally relax these requirements
• The system remains FIL-denominated, without an explicit USD peg

This approach aims to restore capital intensity and long-term incentives,
rather than increasing emissions without corresponding commitment.

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What This Discussion Is Not

• Not a request to peg FIL to USD
• Not a proposal to permanently increase issuance
• Not an attempt to intervene in market price discovery

Rather, it is an exploration of whether incentive mechanisms should explicitly
account for price regimes to maintain consistent security and commitment.

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Open Questions

• Should Filecoin preserve a roughly consistent real-value security budget
  across price regimes?
• If so, is a price-aware commitment multiplier a reasonable abstraction?
• How should such a mechanism be bounded, smoothed (e.g. TWAP), or introduced
  (e.g. opt-in sector classes)?
• Are there alternative approaches that better achieve the same goal?

---

Closing

Feedback from protocol developers, researchers, storage providers, allocators,
and clients is welcome. If Filecoin’s goal is durable, multi-decade storage,
it may be worth revisiting how we incentivize deep, long-term commitment under
different market conditions.

[irenegia]

multiplier that adjusts certain economic parameters based
on FIL price regimes

If the multiplier becomes higher for everyone (assuming everyone will top up the initial pledge), the the absolute number of FIL earned remains the same. Because your QAP goes up, but the same hold for the QAP of everyone else (ie, if you hade 10% of the network, giving 10% of blok reward, the same is it still true after the multiplier increases) . So, I think this does not resolve your valid concern about "restore capital intensity and long-term incentives".

[kernelogic]

I think a simpler way to state my intent is this:

Today, the amount of economic value that can be associated with a given unit of
physical storage hardware is effectively capped by fixed pledge parameters.
As FIL price falls and hardware costs rise, that value density collapses.

What I’m proposing is to allow SPs to voluntarily increase pledge on a per-sector
basis, so that the same hardware can represent more economic value and stronger
security guarantees, in exchange for proportionally higher rewards and penalties.

In other words:

• Physical capacity (TiB) stays the same
• Capital at risk (pledge) increases
• The sector’s economic weight increases accordingly

This does not change total block rewards, nor does it uniformly affect all QAP.
It allows marginal increases in commitment, enabling operators who believe in
long-term value to re-commit capital without re-sealing or expanding raw capacity.

The goal is not redistribution, but to restore a path for higher-value,
long-duration storage participation under current price regimes.

[jennijuju]

Interesting idea.

• It does introduce redistribution tho: today, sector power/QAP is fundamentally tied to storage + quality(fil+ 🤷‍♀️ ). If we allow additional locked FIL to increase a sector’s QAP for the same TiB, then it partially shifts the security model from “storage-provision weighted” toward “capital-weighted.” I dont think it's necessary bad, but it’s a protocol change that need to be evaluated explicitly from a security/centralization perspective as capital advantages can compound over time. This might also mean less storage being onboarded which was a concern for SDM proposal atm, tho the network is already below the baseline so i think it comes to find the right equilibrium
• Implementation might not be the hardest part as long as the mapping from extra pledge → incremental weight is simple. But I’d strongly expect we need guardrails (like upper caps to mitigate centralization dynamics.
• For this to be FIP-shaped, the proposal needs to specify how this interacts with the rest of the economics, especially: termination fees, slashing, and any other penalty/pledge accounting paths. (E.g., if the sector carries more “economic weight,” what exactly is at risk on faults/termination, and how is it computed?)
• I agree the motivating goal is compelling. If the discussion continues, it would help to narrow to a concrete mechanism (mapping function, bounds, activation/unlock rules) and then analyze it under the two lenses above (power mapping + security).
• Im curious how this compares to FIP0036? I think this proposal is interesting cuz it seems simpler when it comes to long term commitment.. you simply put more capital at risk.. but curious about your thoughts

[jennijuju]

previous proposal thats in the similar lane by @AxCortesCubero #1044

[wjmelements]

Awarding additional QAP for additional pledge solves the problem of the diminishing value of the pledge relative to the cost of operation. In equilibrium, it would not increase miner revenue after everyone starts doing it.

The QAP from additional pledge should diminish, either per-sector, or in aggregate (like #1044); otherwise sector count could become irrelevant. What I like about the aggregate proposal is that the proportion of power that can be bought only by pledging FIL can be constrained dynamically.

We could also consider disconnecting the pledge from sectors into a more general staking pool. This might be simpler to manage and track than per-sector pledges. Slashing normally applied to sectors could also hit your pool. The pool could thereby represent an SP's reliability.

[Fatman13]

We had #1083, a spiritual successor of #1044 supported by Alex N, which broadly fits the very initial narrative of filecoin where pledge is somewhat a "guarantee" of provider's service, ie multiplier should be initiated by clients.

[decentramike]

Thanks for kicking this off, @kernelogic, I like this framing of the issue and how we're thinking about incentives. If you decide to take this from “exploration” to a concrete proposal, the Filecoin Foundation Governance team is happy to help with FIP drafting. Concretely, we can support by:

• tightening the problem statement + success criteria
• mapping the design space
• helping structure the document and shepherd it through the FIP process (review iterations, stakeholder outreach, and aligning on evaluation questions).

Happy to connect and discuss further.

[kernelogic]

Thanks for the thoughtful responses — they help surface the right dimensions of the problem.

To clarify my intent: I’m less focused on advocating for a specific mechanism at this point, and more on highlighting a structural mismatch that seems increasingly relevant today.

The real-world economic value of pledge has eroded significantly relative to the cost and risk of operating long-term storage infrastructure.

Block rewards per epoch remain fixed, but:

• hardware, power, bandwidth, and labor costs are real-world denominated and rising,
• while pledge, measured in FIL, represents a much smaller amount of economic value than it did in earlier network phases.

As a result, pledge today appears to be a weaker signal of long-term commitment and security than it was historically, even though the underlying infrastructure requirements have not become cheaper or less risky.

This concern is somewhat adjacent to the motivation behind FIP-0036, which also explored strengthening long-term commitment and security by adjusting how power and rewards relate to duration and quality. One difference here is that the axis being examined is explicit capital at risk (pledge value) rather than only sector duration or deal structure. I don’t see these as mutually exclusive, but as different ways to address a similar underlying goal.

Whether the right response is:

• some form of pledge-to-weight adjustment,
• commitment upgrades for existing capacity,
• aggregate or diminishing-return constraints,
• or another mechanism entirely,

the core question I’m trying to surface is:

Should the protocol provide a way for pledge to recover meaningful economic weight, so that long-term storage participation continues to be backed by capital commensurate with real operating costs?

Any concrete proposal would clearly need to be evaluated carefully under security, centralization, and onboarding dynamics. For now, I’m hoping this discussion helps frame the problem clearly enough to explore those options.

[just-ptrk]

the problem is not really clear, no.

historically the increasing possibility to pledge more FIL / sector seems to lead to less raw power overall --> sectors leaving. the more we allow miners to shift risk to something as liquid as FIL (today: print more datacap), the less sectors we'll see. i doubt they would increase the overall risk they'd take.

slow-moving multiplier that adjusts certain economic parameters based on FIL price regimes

how? if you oracle something like this the blockchain part of the project is gonna be dead, quite like what FIL+ does.

[ThatGuyLLC]

@kernelogic just following up on this to see if you would like to keep this exploratory for the moment, or would like assistance into crafting this into more a of FIP proposal, just let me know, I'm happy to assist

[kernelogic]

Thanks for the encouragement and the offer to help from the FF Governance team — I appreciate that. If the discussion here converges on a clearer direction, I’d definitely be interested in working with the team to turn this into a more concrete FIP draft.

Regarding Patrick's concern that “the problem is not really clear”, let me try to restate it more precisely.

The issue I’m trying to highlight is that the economic value of pledge relative to real-world operating costs has changed significantly over time.

Storage providers operate infrastructure whose costs are largely denominated in real-world terms (hardware, power, bandwidth, labor). Pledge, however, is denominated in FIL. When FIL price was much higher, pledge represented a substantial amount of economic value and therefore a strong signal of long-term commitment and security. Today, that same pledge represents much less real economic value relative to the cost of maintaining the infrastructure.

So the question I’m trying to explore is not primarily about increasing rewards or shifting risk to FIL. Instead it is:

Should the protocol provide a mechanism for pledge to maintain meaningful economic weight relative to the infrastructure securing the network?

This could potentially take many forms, and the thread has already surfaced several possibilities (sector-level upgrades, aggregate limits, staking pools, etc.). I’m not attached to a specific mechanism yet.

On the concern that increasing pledge flexibility historically reduced raw power: that’s a very important trade-off to evaluate. There is likely a balance point between maximizing raw bytes and ensuring those bytes are backed by sufficient economic commitment.

Finally, regarding price-aware mechanisms: the earlier mention of price regimes was only one possible direction for discussion. Any design that introduces strong oracle dependencies would clearly need careful consideration. The broader question is whether there are protocol-native ways to maintain meaningful capital commitment without relying heavily on external signals.

For now my goal is simply to make sure the problem is well-defined before jumping into specific mechanisms.