Solution

Validators DAO aims to resolve the structural issues facing the Solana network — the reduction and centralization of validators, inefficiencies in SWQoS, and the stagnation of bandwidth utilization — through software-based systems.

The DAO’s framework consists of three core components:

These systems operate independently yet complement each other, forming the foundation that sustains Solana’s decentralization and efficiency over the long term.

SLV is the AI Agent Kit for Solana devs. Every method in SLV is MCP-enabled, so once onboarding is complete, teams can start using AI agents for validator operations, RPC work, and app development right away. The CLI's full power and precision stay underneath, while reusable skills and specialist agents help those workflows move forward on one foundation.

This removes the need to memorize complex commands or rebuild the same operational knowledge across teams. Validator operators can standardize setup, monitoring, updates, migrations, and recovery, while developers can build and operate Solana apps in the same environment. By turning advanced workflows into repeatable agent-driven operations, SLV reduces technical and time burdens without sacrificing control.

SLV is distributed as open-source software, enabling anyone to use, inspect, and improve it freely. By sharing operational knowledge and making advanced Solana workflows more repeatable and collaborative, SLV serves as a practical foundation for technical decentralization across the Solana network.

The SWQoS Market Software provides an open and transparent environment for trading network bandwidth on Solana. Previously, bandwidth was managed through private contracts between validators and RPC operators, with little transparency or standardized pricing.

Within this market, bandwidth is represented as SSP (SOL Staking Power), and its value is expressed through VLD (Validators DAO Token). Supply-side participants list SSP at their desired rates, while demand-side participants purchase SSP using VLD. Prices are autonomously formed based on demand and supply, accurately reflecting the actual cost of bandwidth within the Solana network.

For unsold SSP, rewards are still distributed based on the utilization of shared SWQoS endpoints. The unutilized portion of SSP receives a proportional allocation of VLD, ensuring that providers are compensated even when direct sales do not occur.

For RPC operators and developers, this system eliminates the need for direct contracts or complex configuration with validators. They can simply obtain the required bandwidth through the market, resulting in standardized, efficient, and transparent communication resource allocation across Solana.

The SWQoS Market Software replaces the previously closed contract model with a transparent and fair transaction layer, becoming a core component of Solana’s communication economy.

elSOL is a liquid staking token (LST) designed to operate in conjunction with the SWQoS market. While other LSTs or validator stakes do not necessarily contribute to SWQoS bandwidth, elSOL is utilized entirely—100%—as SWQoS-enabled bandwidth.

All elSOL validators operate with zero commission fees and are MEV-enabled. They contribute 20% of their block rewards back to the elSOL pool every epoch. As a result, elSOL consistently delivers higher yields to stakers than conventional staking pools, providing a clear incentive for participation.

elSOL directly connects Solana’s staking structure with SWQoS bandwidth. This ensures that staked assets actively function as network bandwidth, aligning communication quality and economic value within a unified framework.

By offering a high-yield structure while promoting SWQoS utilization, elSOL activates bandwidth use across the Solana network. Consequently, Solana operates with aligned incentives among stake, bandwidth, and rewards, achieving a balanced and sustainable ecosystem built on decentralization and efficiency.