# ATOM Builder Funding Market

**URL:** <https://forum.cosmos.network/t/atom-builder-funding-market/16907>\
**Category:** Conversation\
**Tags:** draft\
**Created:** [May 1, 2026, 10:20pm UTC](https://forum.cosmos.network/t/atom-builder-funding-market/16907 "2026-05-01T22:20:56Z")\
**Posts on this page:** 1\
**Showing post:** 8

<div class="post-metadata">

**Author:** ![Guinch\_Roze](https://yyz1.discourse-cdn.com/flex031/user_avatar/forum.cosmos.network/guinch_roze/32/9500_2.png) [@Guinch\_Roze](https://forum.cosmos.network/u/Guinch_Roze)\
**Post date:** [May 3, 2026, 3:39pm UTC](https://forum.cosmos.network/t/atom-builder-funding-market/16907/8 "2026-05-03T15:39:18Z")

</div>

# UPDATED

# ATOM Builder Funding Market (ABFM)

## Hydro-Integrated, Execution-Driven Capital Allocation System

* * *

## 1. Objective

Establish a capital allocation system from the community pool of the Cosmos Hub that funds builders based on **verifiable execution and real adoption** , using:

- Hydro as the allocation and signaling layer

- a dedicated execution module for enforcement

- strict entry requirements to ensure quality

The system is designed to fund **ATOM-aligned execution** , not ideas.

* * *

## 2. Core Design Principles

### 2.1 Funding is Earned, Not Granted

Capital is unlocked only through verified milestones.

### 2.2 Quality at Entry

Only structured, credible teams can access Hydro.

### 2.3 Economic Alignment is Mandatory

Builders must take real financial risk.

### 2.4 Builders Must Remain Operational

The system must allow teams to function (pay salaries, operate), not just survive.

### 2.5 Full Payment = Market Validation

A fully funded project is not just built — it is used.

* * *

## 3. System Architecture

### 3.1 Hydro Layer (Allocation)

Hydro is used for:

- bid submission

- discovery

- community signaling

- ranking

Hydro determines:

- which projects deserve capital

* * *

### 3.2 Execution Layer (Funding Module)

Handles:

- escrow

- milestone validation

- payments

- stake tracking

- slashing

* * *

### 3.3 Verification Layer

Ensures:

- KPI validation

- on-chain metrics

- usage tracking

* * *

## 4. Strict Entry Requirements (Hard Filter)

Before reaching Hydro, proposals must pass a mandatory validation filter.

Rejected if:

- no structured milestones

- vague deliverables

- no measurable KPIs

- no verifiable identity or track record

This ensures Hydro only processes high-quality bids.

* * *

## 5. Bid Structure

### 5.1 General Information

- Project name

- Team identity

- Technical description

- Category

* * *

## 6. Milestone Framework (Minimum 4 Milestones)

### Phase 1: Technical Execution

- M1: Core build

- M2: Deployment

### Phase 2: Market Validation

- M3: Initial traction

- M4: Strong validation

* * *

### Milestone Requirements

Each milestone must include:

- precise deliverable

- measurable KPI

- verification method

- deadline

- payment allocation

* * *

### Key Principle

Full funding = proven real-world usage.

* * *

## 7. Payment System

### Balanced Distribution

- M1: 15–20%

- M2: 20–25%

- M3: 25–30%

- M4: 30–35%

* * *

### Rules

- 100% escrowed

- conditional release

- grace period for delays

- funding stops on failure and slashing appears.

* * *

## 8. Skin in the Game

## 8.1 Problem

A strict collateral requirement creates a barrier:

- strong teams without capital cannot participate

- only well-funded actors can access large grants

- innovation becomes concentrated

This is undesirable.

* * *

## 8.2 Principle

> Skin in the game must exist, but it does not need to be purely upfront capital.

The system should accept **multiple forms of commitment** , all measurable and enforceable.

* * *

## 8.3 Adaptive Collateral Model

Instead of a fixed requirement:

- base stake requirement: **flexible range (5% → 40%)**

- adjusted based on:

* * *

## 8.4 Accepted Forms of “Skin in the Game”

### 1. Direct ATOM Stake (Standard)

- simplest and strongest signal

- still preferred

* * *

### 2. Progressive Staking (Important for low-cap teams)

Instead of requiring full stake upfront:

- team starts with lower stake (e.g., 5–10%)

- must **increase stake over time** as milestones unlock

Example:

- M1 → 5% stake

- M2 → 10%

- M3 → 20%

👉 aligns risk with progress

* * *

### 3. Payment Recycling (Self-Funding Mechanism)

Part of early payments must be restaked.

Example:

- M1 payout = 30,000 ATOM

- mandatory: 30–50% restaked

This allows:

- capital-poor teams to bootstrap

- alignment to grow over time

* * *

### 4. External Co-Signers / Backers

A third party can provide stake:

- VC / DAO / angel

- acts as guarantor

If failure:

- their stake is slashed

👉 creates a **market of risk underwriting**

* * *

### 5. Future Revenue Commitment (Advanced)

Teams can commit:

- % of future fees

- revenue share

- token emissions

This supplements lower initial stake.

* * *

## 8.5 Minimum Requirement (Non-Negotiable)

Even in flexible mode:

- a **minimum stake must exist** (no zero-risk participation)

- must be:

* * *

## 8.6 Risk-Adjusted Requirements

| Project Type | Stake Requirement |
| --- | --- |
| Proven team | 5–15% |
| Standard | 15–25% |
| High risk | 25–40% |

* * *

## 8.7 Why This Works

This model preserves:

- discipline (still slashable)

- fairness (access for smaller teams)

- scalability (supports ambitious projects)

* * *

## 8.8 Key Insight

> The goal is not to require wealth.  
> The goal is to require **credible commitment**.

Commitment can be:

- capital

- future exposure

- increasing alignment over time

* * *

## 8.9 Final Rule to Include

> Builders must demonstrate meaningful economic commitment to ATOM.  
> This commitment can be provided through initial stake, progressive staking, or enforced reinvestment of received funds.  
> The system prioritizes continuous alignment over static upfront collateral.

* * *

## 9. Growth Requirement

The team’s staking position must evolve as if it were **fully staked and auto-compounding at the native ATOM APR**.

In practical terms:

- The team must keep **100% of its committed ATOM actively staked**

- Rewards must be **consistently re-delegated (auto-compounded)**

- The staking position must **grow over time in line with network APR**

This ensures that:

- the team remains **fully economically engaged**

- there is **no passive extraction or disengagement**

- builders are **continuously aligned with ATOM holders** , just like long-term stakers

Any deviation (unstaking, not compounding, or underperforming APR) signals a **break in alignment** and may trigger penalties or funding adjustments.

* * *

## 10. Slashing Policy (Asymmetric Design)

### 10.1 Rationale

Not all milestones have the same nature.

- M1–M2 depend almost entirely on the builder’s execution

- M3–M4 depend partially on external market forces (users, demand, timing)

A symmetric slashing model would either:

- be too harsh (penalizing honest failure), or

- too weak (allowing opportunistic behavior)

Therefore, the system adopts **asymmetric slashing** :

> strict where execution is controllable  
> conditional where outcomes depend on the market

* * *

### 10.2 Execution Phase (M1–M2)

- full accountability

- strong slashing enforced

If failure after grace period:

- funding stopped

- significant stake slashed (e.g., 30–100%)

* * *

### 10.3 Validation Phase (M3–M4)

Slashing becomes conditional.

#### Case A: No Verifiable Effort (Negligence)

Examples:

- no integrations attempted

- no user acquisition effort

- no activity

-\> Consequence:

- partial slashing (e.g., 10–30%)

* * *

#### Case B: Verifiable Effort but Low Traction

Examples:

- product live

- integrations exist

- activity measurable

- but adoption below target

-\> Consequence:

- no slashing

- no milestone payment

- project not renewed

* * *

#### Case C: Partial Success

-\> Consequence:

- proportional payment

- no slashing

* * *

#### Case D: Full Success

-\> Consequence:

- full payment

- improved ranking

- increased future allocation

* * *

### 10.4 Definition of Verifiable Effort

Effort must be measurable through:

- on-chain activity

- integrations

- usage signals

- development activity

This prevents abuse of “market didn’t respond” justification.

* * *

## 11. Selection via Hydro

Hydro is responsible for:

- surfacing bids

- enabling community evaluation

- ranking projects

Voters evaluate:

- milestone clarity

- team credibility

- alignment (stake)

- expected impact

They do not:

- validate execution

- manage payments

* * *

## 12. Continuous Reallocation

- periodic evaluation

- underperformers removed

- capital reallocated

* * *

# 13. Detailed End-to-End Example

## Context

- Total budget: 1,000,000 ATOM

- Duration: 3 months

- 3 projects submit bids via Hydro

* * *

## Step 1: Submission

### Project A — Infrastructure

- Request: 400,000 ATOM

- Stake: 120,000 ATOM

Milestones:

- M1 (20%): routing engine built

- M2 (25%): deployed on mainnet

- M3 (25%): 50k transactions

- M4 (30%): 5M volume sustained

* * *

### Project B — DeFi

- Request: 350,000 ATOM

- Stake: 100,000 ATOM

Milestones:

- M1: contracts deployed

- M2: launch + audit

- M3: 2k users

- M4: 10M TVL

* * *

### Project C — Tooling

- Request: 250,000 ATOM

- Stake: 60,000 ATOM

Milestones:

- M1: dashboard

- M2: API

- M3: 100 users

- M4: 1,000 users

* * *

## Step 2: Hydro Voting

Results:

- A: 45%

- B: 35%

- C: 20%

* * *

## Step 3: Allocation

- A: 450,000 ATOM

- B: 350,000 ATOM

- C: 200,000 ATOM

Funds locked.

* * *

## Step 4: Execution

### Month 1

- A completes M1 → paid

- B completes M1 → paid

- C fails

C enters risk zone.

* * *

### Month 2

- A completes M2 → paid

- B completes M2 → paid

- C fails again

C:

- funding stopped

- stake slashed significantly

* * *

### Month 3

- A completes M3 → paid

- B attempts M3 but weak traction

B:

- shows effort

- no slashing

- partial or no payment

* * *

### Final Phase

- A completes M4 → full success

- B partial success

- C removed

* * *

## Step 5: Outcomes

### A

- fully funded

- proven usage

- prioritized next cycle

### B

- not slashed

- but not fully rewarded

### C

- slashed

- excluded

* * *

## 14. Final Insight

This system enforces a critical balance:

- strict on execution

- fair on market risk

- aligned with long-term value

* * *

## 15. Conclusion

By integrating Hydro with asymmetric enforcement, this model creates:

- a competitive builder market

- strong execution discipline

- fair treatment of market uncertainty

- efficient capital allocation

Hydro selects who gets capital.  
Execution determines who keeps it.  
Adoption determines who earns it fully.

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_[View the full topic](https://forum.cosmos.network/t/atom-builder-funding-market/16907)._