How Aligned Helps Ethereum Become the Backbone of Global Finance?

Aligned initially focused on reducing the cost of ZK proofs on Ethereum, and is now shifting its product focus towards a more complete Ethereum backend infrastructure.

Written by: Graham

Value Reassessment: The 'Congestion' of the Mainnet is No Longer a Report Card

As the public chain ecosystem approaches 2026, an old standard is becoming obsolete: a busier mainnet no longer equates to a stronger ecosystem.

A few years ago, congestion was still a report card. If people were willing to queue and pay high gas fees, it indicated that applications, assets, and attention were all concentrated here. However, Ethereum's later trajectory has been to dismantle this report card: it did not continue to keep all transactions on the mainnet, but instead delegated a large amount of execution to L2. Base, Arbitrum, and Optimism have taken away users, applications, and transaction volumes, along with many fees that would have occurred on the mainnet.

The prosperity of L2 has not automatically fed back into the mainnet. Just because Base has become popular does not mean that transactions and fees will naturally flow back to Ethereum; the smoother the user experience, the more likely Ethereum is to retreat to the background.

This is not Ethereum losing its center, but rather the position of the center has changed. In the past, the center meant where transactions occurred; now, the question has become whether the results of these external environments will ultimately return to Ethereum for recognition after execution leaves the mainnet.

Each chain has its own state, and each application chain has its own rules, with assets and information beginning to flow between different environments. Transaction costs have decreased, but connection costs have started to rise; execution has become lighter, but execution results, asset relationships, and final confirmations have been fragmented across more locations.

This is not a failure of L2, but rather a new bottleneck that naturally arises after multiple execution environments become a reality. Ethereum can send execution out, but it cannot allow these external environments to become completely isolated ledgers from one another. Otherwise, what it gains is not a larger financial network, but a set of cheaper, yet more fragmented execution spaces.

Thus, as the number of chains increases, the question is not just whether "each chain can run," but how the results produced by these chains can be recognized back by Ethereum.

Invisible Costs: Execution Has Become Lighter, but Verification Has Turned into a Continuous Bill

Maintaining this relationship often boils down to a more specific aspect: verification.

Rollups bring states back to Ethereum, ZK applications allow the chain to accept computation results, bridges and interoperability protocols synchronize states from another chain, and ultimately, all of this cannot avoid proof verification.

Looking at it individually, each verification is just a part of the process; but as execution environments, application chains, and cross-chain protocols increase together, verification will shift from an occasional action to a continuous bill.

This bill is already visible. Data from L2BEAT over the past year shows that the peak on-chain costs paid by Rollups to Ethereum in a single day reached about $80,000. This metric does not account for user transaction fees, but rather the backend costs that L2 bears for publishing transaction data, submitting proofs, and updating states.

Data Source: L2BEAT Costs, Rollups / Total / USD / 1Y

At this point, the industry's pain point is no longer just "who can run faster," but how these scattered proofs can be processed more cheaply and ultimately recognized back by Ethereum.

The value of Proof Aggregation lies here: it merges proofs that were originally submitted and verified separately, and then uniformly enters the verification process. Verification is no longer a series of isolated on-chain actions, but rather a backend process that can be batch processed and cost diluted.

Sewing Together Fragments: After Proof Generation, a Backend Pipeline is Still Needed

Proof Aggregation sounds like an intuitive direction, but truly establishing it as infrastructure involves challenges not in the concept, but in engineering.

The proofs generated by different Rollups, ZK applications, bridges, and interoperability protocols vary in source, format, and verification methods. To integrate them into the same process and submit them uniformly to Ethereum requires long-term handling of underlying issues such as ZK proof processing, Rollup settlement, and on-chain verification costs.

Are there any ready-made solutions available?

Aligned is one of the more typical examples. It initially focused on reducing the cost of ZK proofs on Ethereum and is now shifting its product focus towards a more complete Ethereum backend infrastructure: Proof Aggregation, Rollup-as-a-Service, Wallet-as-a-Service, interoperability layers, and zkVM LambdaVM built in collaboration with LambdaClass and 3MI Labs.

Among the core products that have already launched, the Proof Aggregation Service is the most critical component. The Mainnet Alpha of this service has been running since January 2026 and is fully integrated with Ethrex. For each Aligned rollup based on Ethrex, on-chain transactions will ultimately generate ZK proofs that need to be verified on Ethereum; if each proof is verified separately, costs will continue to rise with the increase in chains and applications. Aligned's Proof Aggregation Service batches multiple proofs together and submits them uniformly for verification on Ethereum, thereby continuing to dilute verification costs as the scale of the chain expands.

This also explains Aligned's recent shift in focus: it is moving from the early single-point proof verification capability to a more complete infrastructure centered around the Proof Aggregation Service. What Aligned is addressing is that easily overlooked backend path after proof generation: not generating another proof, but allowing proofs from different sources to enter the same aggregation and verification process, ultimately returning to Ethereum for confirmation.

Demand Upgrade: Applications Need More Than Just Gas Savings, but a Dedicated 'On-chain Backend'

If we only look at proof aggregation, Aligned seems to be solving a backend cost issue. However, following this line further down, the space it truly wants to open is much larger than just "saving gas."

For example, a team wants to create a stablecoin payment network aimed at enterprises. They do not just want to issue a contract on a certain L2, but need their own account system, transaction rules, and compliance boundaries: users can log in with an email or Face ID, enterprise accounts can make bulk payments, assets can connect with stablecoin liquidity in the Ethereum ecosystem, and the backend state can be recognized by Ethereum.

At this point, single-point tools are no longer sufficient.

These types of products require a complete set of on-chain backends: dedicated execution environments to carry business rules, proof systems like LambdaVM to turn transactions and states into verifiable results, proof aggregation services to bring results back to Ethereum at lower costs, interoperability layers to continue connecting assets and messages, and wallet services to hide mnemonic phrases, gas, and cross-chain details behind the scenes for users.

If teams were to piece together this complex infrastructure themselves, it would often require months of development cycles and extremely high trial-and-error costs.

This is also a step forward for Aligned. It has not stopped at "how to reduce proof verification costs," but continues to ask: can the external execution environments that generate these proofs be more easily constructed, proven, connected, and truly used by users?

Token Economics: Technical Narratives Enter Market Pricing

If in the past two years Aligned primarily validated its technical route, then the $ALIGN TGE will push this narrative into the market pricing phase.

According to Aligned's official disclosure, $ALIGN is the native ERC-20 asset of the Aligned ecosystem, with a total supply of 10 billion tokens, and an initial circulating supply of about 16% at TGE. In the token economics distribution, Team accounts for 23.50%, Investors for 19.71%, Ecosystem for 18.00%, Future Provisions for 16.61%, Foundation for 11.40%, Airdrop for 8.74%, and Community Sales for 2.04%.

From a usage perspective, $ALIGN is designed as the fee asset for various services in the Aligned stack. The official tokenomics lists use cases including Proof Aggregation, Rollup-as-a-Service, Wallet-as-a-Service, and other Aligned stack services; combined with Aligned's subsequent route adjustments, the Proof Aggregation Service will become a more core fee and usage scenario.

In other words, the value capture of $ALIGN ultimately needs to be tied to the usage of Aligned's infrastructure: whether proof aggregation is adopted by more rollups and ZK applications, and whether RaaS and WaaS can truly lower the barriers for fintech, institutions, and enterprises to access Ethereum.

Therefore, Aligned's TGE is not just a liquidity event, but also a test of the market's response to its grand narrative. In the short term, the market will focus on initial circulation, airdrop claims, trading depth, and community recognition; in the medium to long term, what truly determines valuation is still whether Aligned can turn Proof Aggregation, RaaS, WaaS, zkVM, and interoperability layers from a product mix into a truly operable Ethereum financial backend for developers and institutions.

Endgame Simulation: Ethereum Steps Back, but Remains the Final Ledger

If this backend connection is successful, Ethereum's position will resemble that of a confirmation layer behind the scenes.

It does not need to stand in front of every transaction again, nor does it need to make users re-perceive the mainnet. Applications can handle accounts, transactions, assets, and business rules within their own execution environments, and users can continue to stay in cheaper and smoother external environments. What Ethereum truly undertakes is the confirmation relationship when these external results return.

This is the more realistic version of "Ethereum as a financial backend": not all transactions squeezing back to the mainnet, but rather more applications, after having their own on-chain backends, still willing to return the final state to Ethereum for reconciliation.

For Aligned, the real validation to follow lies here: can it ensure that its proof aggregation service is adopted by real projects? More critically, can it transform RaaS, LambdaVM, Proof Aggregation, interoperability, and WaaS from a scattered product mix into a truly operable "on-chain backend pipeline" for fintech, institutions, and developers?