Sustainable Funding in Web3 Is Usually Under-Architected
What Designing Octant V2 Reveals About Building Web3 Funding Infrastructure
Public goods funding doesn’t fail because of distribution mechanics.
It fails because sustainable capital never materializes.
Open-source, civic, and ecosystem projects rarely optimize for revenue. Many generate none at all.
Yet they require long-term capital to maintain and grow.
Most funding conversations focus on allocation models (quadratic voting, governance design, proposal mechanics) but allocation only works if capital is consistently there to allocate.
The structural gap is not “how do we distribute funds better?”
It’s “how do we design infrastructure that attracts, deploys, and routes capital sustainably?”
That was the challenge Octant set out to solve with Octant V2.
Backed by the Golem ecosystem, Octant’s goal was to build a Sustainable Ecosystem Funding protocol where capital could be provisioned efficiently, generate yield, and route that yield toward impactful projects aligned with community preferences.
To turn that ambition into production-grade infrastructure, Octant partnered with dOrg.
dOrg partnered with Octant to design and implement the core on-chain architecture behind V2.
The Problem: Sustainable Capital and Rigid Infrastructure
As Octant prepared V2, four structural constraints were clear:
Public goods funding lacked sustainable capital sources
Capital allocation systems struggled to capture community preferences at scale
Existing platforms were too rigid to support experimentation
Core logic remained partially off-chain or manually operated
In other words, funding mechanisms existed, but the underlying capital architecture was insufficient.
If capital depends on episodic inflows, funding remains episodic.
If allocation logic is rigid, innovation slows.
If coordination is manual, operational overhead compounds.
Octant’s ambition was more ambitious than launching another grants round. It was to design a system where capital itself becomes productive, and where allocation mechanisms can evolve without destabilizing the protocol.
The Approach: Make Capital Productive and Allocation Composable
Octant V2 is built around a structural shift:
Instead of repeatedly raising capital to distribute, design a protocol where capital generates yield, and that earned yield funds public goods continuously.
This model introduces two architectural requirements:
Capital must be safely onboarded and deployed into yield-generating strategies.
Allocation mechanisms must remain modular and compatible with evolving funding primitives.
Attracting capital requires credible infrastructure. Capital depositors need clarity, transparency, and predictable rules. At the same time, ecosystem participants need allocation mechanisms that can adapt over time.
The objective was to encode flexibility directly into the protocol’s core.
The Technical Solution: Designing the Core On-Chain Capital Infrastructure
dOrg partnered with Octant to design and implement the foundational on-chain infrastructure required for V2: ERC-4626 Vaults and Yield-Donating Strategies
Octant V2 leverages ERC-4626 vault standards to provision capital into yield-donating strategies connected to Ethereum DeFi protocols. This enables capital to generate yield from arbitrary yield sources.
The key principle: Yield generated by the system can be routed toward ecosystem funding aligned with community preferences.
This expands beyond a single capital source and increases flexibility in how capital is onboarded and deployed.
Sustainable public goods funding requires sustainable capital flows, and sustainable capital flows require robust architecture.
Modular Allocation Mechanisms
The protocol includes bespoke, modular allocation smart contracts capable of supporting multiple funding primitives, including Capital Constrained Liberal Radicalism (quadratic funding variants).
The goal was not to predict the dominant allocation model. It was to remain compatible with both existing and experimental mechanisms.
This preserves adaptability as governance evolves.
Trust-Minimized Automation via Gnosis Safe Modules
To reduce operational overhead and reliance on manual coordination, dOrg conducted research and development on Gnosis Safe modules, drawing on deep experience within the Gnosis ecosystem.
Automation at the infrastructure level reduces centralized touchpoints and strengthens progressive decentralization.
When a protocol is designed to hold and route real capital, operational clarity is not optional, but structural.
On-Chain Transparency and Indexing
Subgraph development was implemented to index contract state based on the protocol’s event schema. As core funding logic moved fully on-chain, observability became essential for transparency, accountability, and long-term scalability.
Infrastructure that routes capital cannot afford opacity.
Why This Matters to Web3 Founders
For founders building protocols that route capital on-chain (whether in public goods funding, DAO treasury infrastructure, yield strategies, or governance execution) capital architecture will eventually define the boundaries of experimentation.
Early-stage momentum often masks architectural constraints. As usage increases and governance matures, however, the flexibility of the system depends on whether it can onboard new capital sources, introduce new allocation mechanisms, and reduce trust assumptions without destabilizing core contracts.
Questions that may seem secondary at launch become decisive later:
Can capital be integrated from multiple sources without redesigning the protocol?
Can allocation logic evolve without redeploying foundational contracts?
Is the system aligned with widely adopted standards like ERC-4626 to preserve composability?
Does automation progressively reduce operational burden and centralized control?
These considerations shape whether a protocol can adapt as its ecosystem grows.
Results
By the end of the engagement, dOrg delivered core on-chain infrastructure required to launch Octant V2, enabling:
Yield-generated ecosystem funding
Flexible, community-driven capital allocation
Reduced reliance on centralized operations
A composable base for future funding models
Progressive decentralization of governance and execution
The visible outcome is yield funding public goods.
The deeper outcome is architectural: a funding protocol designed to attract capital, route yield efficiently, and evolve without structural rewrites.
For founders building Web3 protocols that move capital on-chain, whether in public goods funding, treasury infrastructure, or yield-based systems, the lesson is straightforward:
Sustainable funding is not only a governance question. It is a capital architecture question. And once your capital architecture is live, it quietly defines the boundaries of what your ecosystem can become.
Read the full Octant V2 case study to explore the architecture in detail
If you’re building Web3 protocols that manage real capital flows (treasury infrastructure, funding mechanisms, or yield-based systems) dOrg works with teams designing production-grade on-chain infrastructure. Let’s chat