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Whether we talk about Rollups’ state in 2024 or the current year, L2 rollups have gained unrealistic growth & adoption with $10.22B TVL, $31.25B TVS, and close to 400 chains launched already. Ethereum’s pro-dank sharding upgrade, Stage-1 decentralization, Dencun upgrade, Optimism’s Bedrock upgrade, Polygon’s AggLayer, and Elastic Network from ZKSYNC are the major reasons behind this tremendous growth. Due to such popularity, choosing the Rollups framework can be really a challenge, especially...

Use Cases To Make Room For Blockchain To Evolve in the BFSI Segment
e momIn the last article “ The Industrialization of Blockchain in Banking, Financial Services, and Insurance” a lengthy discussion ideally anchored blockchain as the force multiplier or a problem solver for the BFSI sector. But merely anchoring blockchain as the silver bullet in the BFSI sector will not be enough unless tangible impacts can be accounted for. In this piece, some of the use-cases with real time impact will provide tangible proof that blockchain is indeed changing the face of BF...

Overcoming Historical Light Client Limitations in L2 rollups with Alt DA layers
Rollups are suffering under one grave problem where they need to be highly interoperable with other ecosystems for not diluting the liquidity. However, in order to do that, they need cost-efficient data availability solutions for validation, which should be decentralized and secure. That’s where the light nodes/clients are making a difference. In this piece, we shall deep dive to understand how light nodes/clients are allowing the rollups to maintain the integrity of the network without compr...
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The Hottest Rollup Framework in 2025? Here’s What to Know
Whether we talk about Rollups’ state in 2024 or the current year, L2 rollups have gained unrealistic growth & adoption with $10.22B TVL, $31.25B TVS, and close to 400 chains launched already. Ethereum’s pro-dank sharding upgrade, Stage-1 decentralization, Dencun upgrade, Optimism’s Bedrock upgrade, Polygon’s AggLayer, and Elastic Network from ZKSYNC are the major reasons behind this tremendous growth. Due to such popularity, choosing the Rollups framework can be really a challenge, especially...

Use Cases To Make Room For Blockchain To Evolve in the BFSI Segment
e momIn the last article “ The Industrialization of Blockchain in Banking, Financial Services, and Insurance” a lengthy discussion ideally anchored blockchain as the force multiplier or a problem solver for the BFSI sector. But merely anchoring blockchain as the silver bullet in the BFSI sector will not be enough unless tangible impacts can be accounted for. In this piece, some of the use-cases with real time impact will provide tangible proof that blockchain is indeed changing the face of BF...

Overcoming Historical Light Client Limitations in L2 rollups with Alt DA layers
Rollups are suffering under one grave problem where they need to be highly interoperable with other ecosystems for not diluting the liquidity. However, in order to do that, they need cost-efficient data availability solutions for validation, which should be decentralized and secure. That’s where the light nodes/clients are making a difference. In this piece, we shall deep dive to understand how light nodes/clients are allowing the rollups to maintain the integrity of the network without compr...


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When enterprises explore the Arbitrum Orbit stack to launch scalable and customizable L2/L3 chains, data indexing often becomes the silent bottleneck. Whether you’re building a permissioned appchain for DeFi, gaming, or NFT use cases, having fast, accurate, and manageable access to on-chain data is non-negotiable. That’s where the choice of a rollup provider — and more specifically, a data indexer — comes in.
So, who is the best Arbitrum Orbit rollup provider for enterprise-grade indexing? The answer is Traceye by Zeeve.
In this article, we break down why Traceye is the most comprehensive, enterprise-ready indexing provider for Arbitrum Orbit chains — especially when evaluated through the lens of real-world enterprise needs.
Before diving into Traceye, let’s quickly understand why Arbitrum Orbit is an appealing choice for enterprises:
Customizability: Orbit allows teams to build either permissioned or permissionless chains, with full control over the chain’s gas token, governance, and data.
Sequencer Flexibility: Enterprises can run their own sequencer, ensuring sovereignty over their transaction ordering and fees.
Fast & Elastic Block Times: Arbitrum Orbit enables responsive applications thanks to fast finality and configurable throughput.
EVM Compatibility: The entire stack remains Ethereum-compatible, so developers don’t need to rewrite smart contracts.
However, enterprises choosing Orbit chains must ensure that the data layer is just as powerful as the capabilities of Orbit. That’s where Traceye shines.
Let’s break down the critical enterprise-level requirements and how Traceye addresses each one:
Dedicated Indexer Infrastructure with One-Click Deployment
Traceye removes the infrastructure burden entirely with its one-click Graph Node deployment. Enterprises can launch dedicated nodes tailored to their Orbit L2/L3s without deep Graph protocol expertise or CLI know-how.
Everything from network configuration to monitoring tools is pre-integrated.
With Traceye’s one-click deployment, your Orbit rollup can launch a fully dedicated Graph Node — preconfigured with support for subgraphs, real-time pipelines, and optimized Postgres backends. No coding required. Just choose your Orbit L2/L3, add your subgraph schema, select your add-ons (BI tool, webhooks, pruning), and hit deploy.
Built-in benefits:
Chain-level abstraction for Orbit L2s and L3s
Pre-integrated add-ons like webhooks and BI dashboards
SLA-backed infrastructure managed entirely by Zeeve
Support for Both Permissioned and Public Orbit Chains
Whether you’re launching a permissioned enterprise chain or a public community-driven L3, Traceye can fit your application:
For Permissioned Chains:
Traceye provides private, isolated indexing infrastructure, ideal for enterprises that need full data privacy, internal compliance, and zero leakage to the public web. You can run sensitive financial logic, regulated apps, or institutional-grade DeFi safely.
For Public Chains:
Orbit L2s/ L3s targeting open ecosystems can launch subgraphs that serve their entire community — NFT mint history, bridge transfers, token analytics — via Traceye’s shared infra or multi-subgraph dedicated nodes. It’s cost-efficient and instantly scalable.
Real-Time Webhooks for Event-Driven Applications
Any modern dApp needs live responses to on-chain events.
Traceye’s webhook streaming engine is designed exactly for this. Available as an opt-in service, it listens for entity changes on your subgraph and pushes real-time updates to your backend or app without polling and delays.
Use cases:
Trigger payouts when an NFT is sold
Monitor TVL changes for DeFi dashboards
Alert KYC/AML systems on-chain activity in permissioned chains
Visual Business Intelligence with Traceye BI
Raw data ≠ usable insight. Most enterprise teams — whether finance, compliance, or growth — need intuitive dashboards, not just SQL data feed.
Traceye’s no-code BI engine turns indexed Orbit data into visual charts, tables, and dashboards. You can track:
NFT mint volumes over time
Top borrowers/lenders across your protocol
Real-time asset flows
Gaming leaderboards and event triggers
It’s built on Apache Superset, but abstracted behind a user-friendly UI. Filter data by timestamp, transaction types, addresses, or chain activity. No technical expertise required.
That’s how Traceye makes Orbit data visible for enterprises.
Data Pruning for Cost and Query Optimization
Enterprise chains dealing with millions of on-chain interactions face one big issue: database bloat.
When enterprises explore the Arbitrum Orbit stack to launch scalable and customizable L2/L3 chains, data indexing often becomes the silent bottleneck. Whether you’re building a permissioned appchain for DeFi, gaming, or NFT use cases, having fast, accurate, and manageable access to on-chain data is non-negotiable. That’s where the choice of a rollup provider — and more specifically, a data indexer — comes in.
So, who is the best Arbitrum Orbit rollup provider for enterprise-grade indexing? The answer is Traceye by Zeeve.
In this article, we break down why Traceye is the most comprehensive, enterprise-ready indexing provider for Arbitrum Orbit chains — especially when evaluated through the lens of real-world enterprise needs.
Before diving into Traceye, let’s quickly understand why Arbitrum Orbit is an appealing choice for enterprises:
Customizability: Orbit allows teams to build either permissioned or permissionless chains, with full control over the chain’s gas token, governance, and data.
Sequencer Flexibility: Enterprises can run their own sequencer, ensuring sovereignty over their transaction ordering and fees.
Fast & Elastic Block Times: Arbitrum Orbit enables responsive applications thanks to fast finality and configurable throughput.
EVM Compatibility: The entire stack remains Ethereum-compatible, so developers don’t need to rewrite smart contracts.
However, enterprises choosing Orbit chains must ensure that the data layer is just as powerful as the capabilities of Orbit. That’s where Traceye shines.
Let’s break down the critical enterprise-level requirements and how Traceye addresses each one:
Dedicated Indexer Infrastructure with One-Click Deployment
Traceye removes the infrastructure burden entirely with its one-click Graph Node deployment. Enterprises can launch dedicated nodes tailored to their Orbit L2/L3s without deep Graph protocol expertise or CLI know-how.
Everything from network configuration to monitoring tools is pre-integrated.
With Traceye’s one-click deployment, your Orbit rollup can launch a fully dedicated Graph Node — preconfigured with support for subgraphs, real-time pipelines, and optimized Postgres backends. No coding required. Just choose your Orbit L2/L3, add your subgraph schema, select your add-ons (BI tool, webhooks, pruning), and hit deploy.
Built-in benefits:
Chain-level abstraction for Orbit L2s and L3s
Pre-integrated add-ons like webhooks and BI dashboards
SLA-backed infrastructure managed entirely by Zeeve
Support for Both Permissioned and Public Orbit Chains
Whether you’re launching a permissioned enterprise chain or a public community-driven L3, Traceye can fit your application:
For Permissioned Chains:
Traceye provides private, isolated indexing infrastructure, ideal for enterprises that need full data privacy, internal compliance, and zero leakage to the public web. You can run sensitive financial logic, regulated apps, or institutional-grade DeFi safely.
For Public Chains:
Orbit L2s/ L3s targeting open ecosystems can launch subgraphs that serve their entire community — NFT mint history, bridge transfers, token analytics — via Traceye’s shared infra or multi-subgraph dedicated nodes. It’s cost-efficient and instantly scalable.
Real-Time Webhooks for Event-Driven Applications
Any modern dApp needs live responses to on-chain events.
Traceye’s webhook streaming engine is designed exactly for this. Available as an opt-in service, it listens for entity changes on your subgraph and pushes real-time updates to your backend or app without polling and delays.
Use cases:
Trigger payouts when an NFT is sold
Monitor TVL changes for DeFi dashboards
Alert KYC/AML systems on-chain activity in permissioned chains
Visual Business Intelligence with Traceye BI
Raw data ≠ usable insight. Most enterprise teams — whether finance, compliance, or growth — need intuitive dashboards, not just SQL data feed.
Traceye’s no-code BI engine turns indexed Orbit data into visual charts, tables, and dashboards. You can track:
NFT mint volumes over time
Top borrowers/lenders across your protocol
Real-time asset flows
Gaming leaderboards and event triggers
It’s built on Apache Superset, but abstracted behind a user-friendly UI. Filter data by timestamp, transaction types, addresses, or chain activity. No technical expertise required.
That’s how Traceye makes Orbit data visible for enterprises.
Data Pruning for Cost and Query Optimization
Enterprise chains dealing with millions of on-chain interactions face one big issue: database bloat.
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