From Networks to Outcomes: Firelight’s Setting the New Standard for On-Chain Security

Because decentralized infra markets are still nascent, security has often been applied in a network‑wide way. Protocols lease security for their entire network — much like paying for a 24/7 security detail for an entire building, even if you only need to protect a single room.

While pioneering models like EigenLayer’s Actively Validated Services (AVSs) solved the problem of bootstrapping trust, they didn’t address efficiency. The crucial question remains: how can we make security as flexible as the applications it protects?

The answer lies in shifting our perspective from securing networks to guaranteeing outcomes.

This is how the idea of Economically Secured Services (ESS) came to fruition. ESS creates a marketplace for on-demand economic guarantees, where slashable collateral can underwrite a single transaction, a price feed update, or any verifiable on-chain task.

In the full-scale launch of Firelight, we’re harnessing the power of ESS as a direct response to the needs of an emerging security marketplace. Specific DeFi primitives can be scalably built on Firelight and are created to provide distinct benefits to all participants: the services leasing security, the users providing the capital, and the operators running the infrastructure.

The Foundation — The Concept of AVSs

Let’s start from the beginning.

EigenLayer introduced the concept of restaking, enabling Etherum’s substantial economic security to be extended to a broader range of applications. For a refresher on this, head to this Medium article.

What is an AVS?

An Actively Validated Service (AVS) is any decentralized protocol — such as a data availability layer, a cross-chain bridge, an oracle network, or a new virtual machine — that requires its own distributed validation system but does not want to build it from scratch.

Historically, these services faced a dilemma. They had to either build their own Proof-of-Stake (PoS) network, which involved attracting a large, dedicated set of validators and issuing a native token with high inflationary rewards to secure it, or they had to accept centralized points of failure. Both options are high risk and costly.

EigenLayer solved this by creating a 3-sided marketplace with (re)stakers, node operators, and AVSs. (Re)stakers are users who deposit their ETH to EigenLayer and can then choose to opt-in to securing various AVSs. In simple terms, they’re allowing their capital to provide security for AVSs in exchange for additional rewards.

Operators, on the other hand, are entities that run the infrastructure to provide validated services to AVSs and earn rewards in the process. AVSs are protocols or services that rely on shared security to enhance their own security. They benefit from the infrastructure and economically robust validator sets, so they don’t have to bear the burden or cost of building their own.

EigenDA, EigenLayer’s native data availability service, is a great example. EigenDA allows Layer-2 rollups to post their transaction data to a network of operators, secured by restaked $ETH, instead of directly on the largely congested and expensive Ethereum mainnet.

The Evolution — Securing Networks to Guaranteeing Outcomes

While the model is powerful, the concept of economically guaranteed security has broader implications. The evolution from AVSs to ESS is a move from an infrastructure-shared security solution to a flexible marketplace for trust.

Economically Secured Services (ESS) is our framework for packaging low‑risk, yield‑generating activities — similar to EigenLayer’s AVSs or Symbiotic networks, but centered on economic guarantees rather than pure network security. ESS primitives span DeFi insurance pools, real‑world‑asset liquidity hubs, and other high‑impact services, each tuned so their risk profile aligns with traditional staking.

Firelight’s Architecture

This architecture of Firelight uses the benefits of economic guarantees, tackling the pain points that exist in an AVS model. It delivers clear benefits to all participants: stakers, operators, and ESS.

In Firelight’s model, ESS represents the demand side of Firelight, leasing economic security for their decentralized services. Meanwhile, stakers and operators represent the supply side. We’re creating a marketplace that benefits both sides in an equitable and efficient way.

Economically Secured Services (ESS) — The Demand Side

Firelight’s architecture enables the creation of new DeFi primitives by providing a more efficient and accessible way to lease economic security.

Benefits to ESSes

The benefits to ESS of flexible security are widespread. One of their biggest advantages is the ability to scale security up or down depending on real-time needs and market conditions. This flexibility leads to much better capital efficiency than relying on fixed, permanent validator sets.

An ESS benefits from a no-infrastructure model. Instead of building and maintaining their own validator systems, ESSes can use Firelight’s network of operators. This greatly reduces both operational complexity and startup costs. In addition, there are strong economic guarantees built in. If an operator misbehaves, slashing mechanisms impose real penalties — ensuring that operators have powerful incentives to act honestly. ESS runs on a pay-for-performance model. Services only pay for the security they actually use, avoiding the large fixed costs tied to traditional models.

Stakers and Operators — The Supply Side

Meanwhile for capital providers — our stakers and operators — the architecture is designed to maximize utility while intelligently managing risk.

Benefits to Stakers and Operators

Firelight enables staking for FXRP through a curated vault system. Upon staking, users receive an LST (e.g., $stXRP) that remains productive and usable across the DeFi ecosystem, ensuring capital is never locked.

Vault managers competitively select operators based on their fee structures and performance histories, creating a market-driven environment that benefits all participants. Operators earn a percentage of ESS fees as compensation for their services with a performance-based bonus to reward operators that exceed baseline requirements. Conversely, slashing penalties for misconduct or extended downtime ensure accountability and protect staker interests.

A huge benefit of this architecture for stakers and operators alike are risk-isolated vaults. Instead of a single, shared risk pool, each vault backs a specific set of services. This design contains any potential slashing event to a single vault, preventing contagion risk and allowing stakers to choose strategies that precisely match their risk appetite.

The monolithic approach of securing entire networks is giving way to a more dynamic marketplace for on-demand economic guarantees.

Firelight is at the forefront of this evolution, architecting a system where security is not only flexible and efficient but also fundamentally safer for all participants. By solving for both sides of the marketplace, we are creating a robust foundation for a new generation of decentralized applications. Join us as we build the future of decentralized security.