Urgent Strategic Pivot: “Hemostasis” & Value Capture – A 4-Phase Proposal for ATOM

Operation Xmas ATOM Rescue: A Manifesto for 2026 Date: December 25, 2025 Author: klendhaar (Snow-Fall Validator | Active Set #171 ) Part 1: The Health Bulletin (For All Cosmonauts) This section is for all ATOM holders. No complex jargon, just the truth about the situation and the plan to fix it. The Patient is in ER, but the Surgeon is Here Merry Christmas to all crypto guys & girls. On this December 25th, 2025, as we look at our portfolios, it’s time to be honest: ATOM is a patient in critical condition. I’ve spent the past few days sifting through hundreds of messages, from the noise on Telegram to the surgical analyses on the Forum. The diagnosis is simple: the heart is still beating, but the patient is bleeding out. Inflation is diluting your value, and current revenues are not enough to compensate. But don’t panic. A clear diagnosis is the first step to recovery. Here is the 4-step rescue plan we must demand for 2026: 1. The Transfusion (Immediate) The Interchain Foundation (ICF) must use its Bitcoin and Ethereum reserves to buy back ATOM. This is the only “fresh blood” capable of stabilizing the patient now. Why? The ICF holds hundreds of…

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Thank you for the quality of your work.

Hope icf and cl will take it into consideration.

Thanks for laying out the phased proposal so clearly. I have a clarification question to better understand your framing.

In Phase 3, you introduce the notion of Security Cost through the formula

Required_Issuance = max(0, Security_Cost − Real_Revenue), which I see as a central element.

How do you think about defining or bounding this Security Cost upstream? In other words, do you see it as something that can only be estimated after a stabilization phase, or rather as a reference signal (based on validator viability, participation, decentralization, etc.) that could already inform earlier phases and inflation-related decisions?

More broadly, I agree that the discussion would benefit from more structure to reduce noise. To me, this doesn’t mean reducing the diversity of viewpoints, but rather clarifying scopes, time horizons, and the metrics being used, so that different proposals can be meaningfully compared and debated.

Quick note to avoid potential confusion: In klendhaar’s proposed plan, the inflation adjustment is phase 2. It’s numbered “3.” but it’s the second phase.

Phases 1 (ICF selling BTC, ETH) and 2 (inflation reduction) of the plan are not really dependent on each other can be executed simultaneously. Maybe they get proposed and go through the governance process sequentially though so things are focused.

It seems we (someone, probably not me due because math) need to calculate the necessary security budget and include that in the proposal for debate. It could be adjusted going forward as well.

It also strikes me that Phase 1: ICF selling non-ATOM assets can be proposed separately from tokenomics proposals.

Maybe we can draft and proposed a governance proposal for that. I’ll start by researching the mechanisms for community gov proposals and the ICF. If anyone who is more OG than me knows about that process or history, please inform me.

A note on transparency: As is my habit, I utilize my AI assistant to help structure my thoughts and put my ideas into a coherent page layout (my mind sometimes runs faster than my hands!). I want to be completely transparent about this process. However, I rigorously review and correct my “secretary” to ensure the output perfectly reflects my analysis. These are my genuine ideas, simply organized for clarity. 1. My Conception of Security Cost Your question touches on a fundamental point: Security Cost cannot be arbitrary if we want the mechanism to be coherent and avoid recreating the problems it claims to solve. Anchoring in Observable Metrics I see it as derived from tangible signals : • Validator operational cost : Hardware, energy, bandwidth, maintenance • Capital opportunity cost : Minimum expected return on stake (comparable to risk-free rates + network risk premium) • Target decentralization level : Minimum number of economically viable validators • Economic security depth : Stake/TVL or stake/market-cap ratio deemed secure Evolution by Phases Phase 1-2 (Transition): • Security_Cost remains implicit in existing mechanisms • We…

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ou mentioned the need to calculate the necessary security budget. Challenge accepted!

I actually just spent some time crunching the numbers regarding validator viability and security costs. I realized that without defining what ‘economically viable’ means for a validator (especially smaller ones like myself), we can’t define a proper Security Budget.

Please see my detailed analysis below (or in the next post). I broke down the operational costs vs. staking revenue to find the real threshold needed.

Spoiler: The numbers show why we need to be careful with inflation reduction if we don’t have a mechanism to support the ‘long tail’ of validators."

Thanks for sharing this. Really looking forward to the full breakdown.

Just to make sure I’m following correctly: once validator-level economic viability is established, would the next step be to bound the number of economically viable validators the Hub needs (rather than picking a single number…), as part of deriving a global security budget?

(Grounding “security budget” in concrete validator economics is exactly what this discussion needs !)