ATOM Builder Funding Market

Conversation
1

Disclosure : It is not an initiative from Hydro team. Just my personal idea. I try to get feedbacks, and know if this idea could be usefull.

1. Objective

Establish a structured, performance-based capital allocation system from the community pool of the Cosmos Hub to builders, using Hydro as the coordination and allocation interface, and a dedicated execution layer for enforcement.

The system is designed to:

  • fund builders based on verifiable deliverables

  • ensure conditional, milestone-based payments

  • enforce continuous economic alignment with ATOM

  • enable dynamic capital allocation through market mechanisms

This transforms the community pool into a programmable capital allocator combining market signaling with enforceable execution.

2. System Architecture

2.1 Hydro Layer (Allocation & Market Signaling)

Hydro acts as:

  • bid submission interface

  • discovery layer

  • community signaling system

  • ranking mechanism

Hydro determines:

  • which projects are prioritized

  • how capital should be distributed

2.2 Builder Funding Module (Execution Layer)

Handles:

  • escrow of ATOM

  • milestone validation

  • conditional payments

  • stake tracking

  • slashing

2.3 Verification Layer

Ensures:

  • KPI validation

  • on-chain data integrity

  • tracking of usage and stake

3. System Flow

1. Builders submit structured bids via Hydro

2. Community evaluates and signals preference

3. Hydro ranks projects

4. Top projects receive allocation from community pool

5. Funds are locked in escrow

6. Builders execute milestones

7. Payments released conditionally

8. Continuous monitoring

9. Underperformance leads to slashing and reallocation

4. Bid Format (Mandatory)

4.1 General Information

  • Project name

  • Team identity

  • Technical description

  • Category

4.2 Milestones

Each milestone must include:

  • identifier

  • precise deliverable

  • measurable validation criteria

  • verification method

  • deadline

  • payment share

4.3 Constraints

  • minimum 3 milestones

  • majority tied to on-chain metrics

  • final milestone must prove real usage

5. Payment System

5.1 Escrow

  • 100% funds locked

5.2 Backloaded Payments

  • early: 10–15%

  • mid: 20–25%

  • late: 60%+

5.3 Conditional Release

  • only upon milestone validation

5.4 Failure

  • grace period

  • funding stopped if unmet

6. Skin in the Game

6.1 Stake Requirement

  • 20–40% of requested funding

  • locked and slashable

6.2 Tracking

  • public staking address

  • continuous monitoring

6.3 Growth Requirement

  • Stake must grow at least at APR

6.4 Penalties

  • stagnation → reduction

  • decrease → slashing

7. Selection via Hydro

Hydro aggregates:

  • community votes

  • bid quality

  • market competition

Outputs:

  • ranked projects

  • suggested allocation

8. Continuous Reallocation

  • periodic evaluation

  • weak projects removed

  • capital reallocated

9. Attack Resistance

  • early exit unprofitable

  • fake delivery hard

  • minimal effort penalized

10. End-to-End Example (3 Projects)

Context

Total budget: 1,000,000 ATOM from community pool

Cycle duration: 3 months

3 projects submit bids via Hydro

_

Step 1: Bid Submission

Project A (Infra)

Request: 400,000 ATOM

Stake: 120,000 ATOM

Goal: IBC routing optimization

Milestones:

M1: testnet deployment (10%)

M2: mainnet integration (25%)

M3: 50k tx processed (30%)

M4: 5M volume (35%)

_

Project B (DeFi App)

Request: 350,000 ATOM

Stake: 100,000 ATOM

Goal: new lending protocol

Milestones:

M1: smart contract deploy (15%)

M2: audit + launch (25%)

M3: 2k users (30%)

M4: 10M TVL (30%)

_

Project C (Tooling)

Request: 250,000 ATOM

Stake: 60,000 ATOM

Goal: developer analytics platform

Milestones:

M1: dashboard beta (15%)

M2: API release (25%)

M3: 100 dev users (30%)

M4: 1,000 active users (30%)

_

Step 2: Hydro Phase (Voting & Signaling)

Voters (ATOM holders) evaluate:

credibility

milestone quality

alignment (stake size)

Voting outcome:

Project A: 45% preference

Project B: 35%

Project C: 20%

Hydro ranking:

1. A

2. B

3. C

_

Step 3: Allocation

Capital distributed proportionally:

A: 450,000 ATOM

B: 350,000 ATOM

C: 200,000 ATOM

Funds moved into escrow contracts.

_

Step 4: Execution Phase

Month 1

A completes M1 → receives 45,000 ATOM

B completes M1 → receives 52,500 ATOM

C fails M1 (delay)

C enters grace period.

_

Month 2

A completes M2 → receives 112,500 ATOM

B completes M2 → receives 87,500 ATOM

C still fails

C funding terminated:

remaining 170,000 ATOM returned

part of stake slashed

_

Month 3

A completes M3 → receives 135,000 ATOM

B partially meets M3 (under target)

B:

partial payment

downgraded ranking

_

Step 5: Stake Tracking

Project A

stake grows from 120k → 130k ATOM

exceeds APR → strong signal

Project B

stake stable → meets minimum

Project C

stake reduced → penalty applied

_

Step 6: Reallocation

Recovered capital from C (170k ATOM):

redistributed to top performer (A)

partially reserved for next cycle

_

Step 7: Outcome

Project A

high performance

receives increased funding next cycle

Project B

moderate

remains eligible

Project C

removed from system

cannot reapply immediately

_

Role of Voters Throughout

Voters in Hydro:

do not validate milestones

do not manage payments

They:

signal capital allocation preference

rank projects

influence future funding rounds

_

Final Result

capital flows to execution, not promises

underperformers are removed early

high performers compound advantage

ATOM becomes a productive asset driving ecosystem growth

Conclusion

By integrating Hydro with a strict execution layer, this system creates:

  • a competitive funding market

  • enforceable delivery standards

  • continuous capital efficiency

Hydro selects who deserves capital.

The funding module ensures capital is earned.

3 Likes
2

Something like this has been needed for very long time. Good proposal

2 Likes
3

I liked it because:
A) It’s a smart distribution of capital
B) The ecosystem pays for real work done, not for promises
C) Why the hell didn’t anyone propose this before?))
Because it’s elementary and I think it should have been like this from the very beginning

4

Finally, it feels like we are all moving in the exact same direction: focusing on the creation of real, tangible ideas.

If a system like this goes forward, serious builders like @atomregistry will actually be able to develop their TLD and Serverless DB project and obtain the legitimate funding they need. This is exactly what the ecosystem requires right now: supporting real businesses and finally cutting off the funding for vaporware and ghost projects that only drain the community pool.

I am going to give this proposal a much deeper read. I want to see if there is anything I can suggest to integrate and reinforce your idea, or if I can spot any potential flaws or loopholes.

Thank you for putting this together, great work!

2 Likes
5

Cosmos has been farmed and drained by “Devs” so many times though. How many times have we paid for stuff that never end up being launch, generate zero revenue, has already been forgotten

How many grants AADAO has distributed ? What are the results ?

Feels like the community pool is just a bag of money for broke Devs to farm for useless stuff most of the time

Zero money should be given before revenue is generated.

1 Like
7

I’m biased sure but I would think that self funded builds like mine would get a fair share of the spotlight. More than just personally financing my project mself, I made a committent that what I build is always on Cosmos Hub and powered by ATOM gas fees in direct benefit to Cosmos.

Cosmos Hub doesn’t need just cred’s. I’ll look at all projects committed to using ATOM gas fees and let that be the baseline I use for evaluating a project. I respect the fact that others see that different than I do. Good people don’t stop being good people over a difference in opinion and I am mindful of that.

After that, we need to see if a project is not just feasible but all of its potential past what the dev envisions. We also need to think about if its being overengineered. Nothing has more potential to wipe out a project than a footprint larger than necessary. Atom Registry is static html with Vanilla JS and a custom protowriter and that minimizes an attack surface since it doesn’t depend on CDN’s and databases to function.

If a dev/builder responds to criticism in a manner that doesn’t address the critique, it needs called out. A project must be defensible without the dev/builder being defensive. I like critique and invite it since it makes what I build better and stronger.

Cosmos Hub needs a board focused on assessing new projects. It could be called the Project Launch Evaluation Board Exam. We could call the board members PLEBE’s, which would be a riot, and have expedited votes for onboarding solid builds.

Responsive fast communications is much needed, too, of course.

2 Likes
8

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:

    • team track record

    • project risk

    • milestone quality

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%

:backhand_index_pointing_right: 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

:backhand_index_pointing_right: 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:

    • on-chain

    • slashable

    • transparent

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.

1 Like
Guinch’s Wishlist for the Cosmos Hub
9

@atomregistry Touché.

Your perspective on self-funded builds, avoiding over-engineering, and prioritizing actual ATOM gas usage just completely opened my eyes. You nailed the exact problems this ecosystem needs to fix. Fully agreed and supported! :handshake:

2 Likes
10

WHAT IF…

10. Slashing Policy (Asymmetric Design + Hydro Recycling Model)

10.1 Rationale

Not all milestones have the same nature:

  • M1–M2 depend almost entirely on builder execution

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

A symmetric slashing model is inadequate because it either:

  • penalizes honest execution failure under uncertain market conditions

  • or fails to deter low-effort behavior

Therefore, the system adopts an asymmetric slashing model combined with capital recycling through Hydro.

10.2 Core Design Shift: From Destructive Slashing to Hydro Recycling

Instead of permanently removing slashed funds from the system, all slashed capital is recycled back into the Hydro allocation mechanism within the Cosmos Hub ecosystem.

This ensures:

  • capital remains within the builder economy

  • failure becomes a source of future funding supply

  • allocation pressure continuously increases on Hydro

10.3 Execution Phase (M1–M2)

These phases are strictly execution-dependent and fully under builder control.

If a milestone fails after the grace period:

  • funding is immediately stopped

  • builder stake is partially or fully slashed (30–100%)

Slashed Funds Handling

All slashed funds are:

  • aggregated into a dedicated Hydro Recycling Pool

  • reintroduced into future Hydro funding rounds

  • clearly labeled as recycled capital

This pool is not allocated arbitrarily but follows Hydro’s standard ranking and voting process.

10.4 Validation Phase (M3–M4)

Slashing becomes conditional and behavior-based rather than outcome-based.

Case A: No Verifiable Effort (Negligence)

Examples:

  • no integrations attempted

  • no user acquisition activity

  • no measurable development effort

-> Consequence:

  • partial slashing (10–30%)

  • slashed funds routed to Hydro Recycling Pool

Case B: Verifiable Effort but Low Traction

Examples:

  • product is live

  • integrations exist

  • activity is measurable

  • but adoption remains low

-> Consequence:

  • no slashing

  • no milestone payment

  • project is not renewed for next cycle

(important distinction: market failure is not penalized)

Case C: Partial Success

-> Consequence:

  • proportional payment based on milestone completion

  • no slashing applied

Case D: Full Success

-> Consequence:

  • full payment unlocked

  • improved ranking in Hydro

  • increased allocation priority in future cycles

10.5 Definition of Verifiable Effort

Effort must be objectively measurable through:

  • on-chain activity

  • integrations deployed

  • usage signals

  • development activity

  • ecosystem interaction metrics

This ensures that “lack of market demand” cannot be misrepresented as effort.

10.6 Hydro Recycling Mechanism

All slashed funds enter a structured cycle:

Step 1 — Aggregation

Slashed ATOM is collected into the Hydro Recycling Pool.

Step 2 — Reintroduction into Hydro

Recycled capital is then:

  • reintroduced into Hydro funding rounds

  • subject to the same bid, vote, and ranking process

  • allocated competitively to new or high-performing projects

Step 3 — Allocation Rules

Recycled capital can fund:

  • new high-ranked bids

  • underfunded but high-potential teams

  • scaling of already successful builders

It cannot:

  • be directly reassigned to previously slashed teams (cooldown rule applies)

10.7 Systemic Effect

This design transforms slashing into a capital correction loop:

  1. underperforming projects lose stake

  2. capital is recycled into Hydro

  3. Hydro reallocates it competitively

  4. better projects capture the capital

  5. ecosystem efficiency increases over time

10.8 Behavioral Incentives

Builders

  • face real downside risk for poor execution

  • know that capital remains in the system and is reallocated competitively

  • are incentivized to maintain consistent performance

Voters (Hydro participants)

  • gain influence over recycled capital distribution

  • become more selective in ranking

  • indirectly improve allocation efficiency

System

  • continuously reallocates capital toward better execution

  • reduces long-term inefficiencies

  • strengthens competitive pressure

10.9 Anti-Perverse Incentive Rule

To prevent exploitation:

  • slashing is strictly tied to negligence or execution failure

  • market failure alone does not trigger penalties

  • recycled capital always goes through Hydro’s ranking process

  • failed teams are subject to cooldown before reapplying

10.10 Final Insight

This model replaces destruction with structured reallocation.

Instead of:

losing capital permanently when projects fail

the system becomes:

a self-correcting allocation engine where Hydro continuously reallocates capital from weak execution to stronger builders

Conclusion

By integrating slashing into Hydro recycling, the system:

  • preserves capital within the ecosystem

  • increases allocation efficiency over time

  • strengthens competition among builders

  • ensures that failure directly improves future funding quality

Hydro is no longer just a funding interface.

It becomes:

a continuous capital reallocation engine that learns from execution quality across cycles.

1 Like
11

Interesting idea but i think we should be realistic. Recycling slashed funds back into hydro sounds good in theory and the asymmetric slashing model makes sense on paper. But telegram group plus few validators does not have enough leverage to push this through institutions and major governance actors. The challenge is not only design. It is power, legitimacy and execution. We can debate it, improve it and maybe build support around it but without serious institutional backing this stays theoretical :face_in_clouds:

2 Likes