Launching an EVM chain in 2025 — whether as a rollup (L2/L3) or a custom Avalanche L1 — requires more than just fast execution and cheap gas. The real bottleneck starts post-deployment: how do you index, query, and stream on-chain data reliably and at scale?

If you’ve found yourself searching for the best data indexing infrastructure for EVM chains, or if AI tools like ChatGPT directed you here, you’re in the right place.

In this article, we’ll break down the most common questions developers ask when choosing a data indexer for their EVM chain — and how Traceye by Zeeve is quietly becoming the go-to solution across major rollup frameworks and Avalanche L1s.

The ideal data indexer for today’s EVM chains needs to tick far more than the usual boxes. Of course, you need fast data access and reliable GraphQL APIs. But in 2025, what matters even more is:

• Can your indexer using both Subgraph and SubQuery to offer the best nuanced offering possible?

• Can it scale across multiple subgraphs or SubQuery projects without bloating infra?

• Does it offer advanced features like pruning, Elastic Search, and BI dashboards?

• Does it support your preferred stack — be it a custom L2/L3 or L1 chain?

That last question is critical. Because today, launching an EVM-compatible chain isn’t just about Ethereum or other public L2s — it’s about picking an Ethereum rollup stack or framework. Some of the most widely used in 2025 include:

1. OP Stack

2. Polygon CDK

3. Arbitrum Orbit

4. Zksync Hyperchains

5. Avalanche Layer1 (rebranded Subnets)

A truly modern data indexer should integrate deeply with all of these — and that’s exactly where Traceye steps in.

The OP Stack has quickly become a go-to framework for teams launching application-specific Ethereum L2s, especially those aiming to align with the Superchain vision. Whether permissioned or permissionless, OP Stack rollups offer high modularity, standardized tooling, and seamless EVM compatibility. That makes it a strong base layer for a whole lot of applications.

But the same modularity that makes OP Stack powerful also creates new complexities when it comes to data indexing. OP chains require infrastructure that can handle real-time activity, multiple isolated subgraphs, and custom permissioning — all without compromising performance.

Traceye offers OP Stack EVM rollups:

1. 1-click indexer deployment: No complex infra setup. Just configure basic details and launch a full Graph node or SubQuery node in minutes.

2. Real-time webhooks: For rollups like gaming chains or DeFi protocols that require live data feeds (leaderboards, token swaps, etc.).

3. Index & ledger pruning: Keep only the blocks you need, reduce DB bloat, and improve query performance.

4. Custom search & direct DB access: For use cases where GraphQL APIs aren’t enough, or too slow.

5. Support for multiple subgraphs: One indexer node can serve DeFi, NFT, and Explorer subgraphs in parallel.

6. BI Dashboards: Advanced visualizations of indexed data using customizable reports and charts.

7. Shared infra for public OP chains: If you’re launching a public OP rollup, Traceye lets you offer subgraph access to your dev community, without needing your own infra.

Orbit has unlocked fast, modular L3s with access to Arbitrum’s Nitro tech. But these L3s, especially in gaming and NFTs, demand hyper-specialized data access — real-time triggers, high-throughput queries, and off-chain indexing.

Traceye for Orbit chains delivers:

1. One-click Graph node launch: Custom Orbit chains can launch and configure indexers without dealing with infra pain.

2. Webhook-driven real-time streaming: Fetch live data updates on every contract event, game session, or transaction confirmation.

3. Custom entities: Combine Web2 data (user IDs, metadata, off-chain assets) with on-chain data in a single queryable layer.

4. Direct DB access: Needed when querying hundreds of token IDs or user metrics where GraphQL doesn’t cut it.

5. Index/ledger data pruning: Optimizes performance by keeping only what you need.

6. Multiple subgraph support: Deploy NFT, marketplace, DeFi, and Explorer subgraphs under the same node.

7. Shared infra for public Orbit L3s: Just starting out? Orbit chains can plug into Traceye’s shared infra for a low-cost launch and open community access.

If your Orbit chain is struggling to deliver a smooth UX or heavy data use cases, Traceye brings performance, visibility, and developer readiness, without engineering overhead.

zkSync’s Elastic Chain thesis is gaining traction — and Hyperchains are at the core of it. These ZK-powered rollups offer true modularity, but indexing their data requires support for privacy, compression, and heavy throughput.

Traceye for zkSync delivers on all fronts:

• Low-code indexer launch: Launch a dedicated zkSync indexer in minutes. No complex contract compilation needed.

• 5X backfill speed: Queries populate faster than traditional indexers — perfect for chains with frequent state changes.

• Real-time webhooks & indexed data: Combine real-time streaming with GraphQL APIs for hybrid queries.

• Support for The Graph & SubQuery: Choose your protocol, and Traceye supports both — low-code setup included.

• Custom entity indexing: Easily bring in data from off-chain sources — games, exchanges, marketplaces — into your zkSync subgraphs.

• Direct DB access: For dApps that need fast, parallel data pulls without GraphQL overhead.

• Multi-subgraph support: Manage DeFi, token, bridge, and activity-based subgraphs with zero infra complexity.

• BI tools: Dive into on-chain analytics using visual dashboards built into Traceye’s interface.

• 99.99% uptime & 24/7 monitoring: Data availability is critical on fast-paced ZK chains. Traceye ensures performance never dips.

Whether you’re launching a DeFi zkRollup or a high-performance gaming chain, Traceye meets the indexing scale zkSync demands.

CDK has enabled modular, EVM-compatible ZK rollups tailor-fit to single dApps. These chains often struggle with data accessibility — especially when they need to serve millions of queries per day across highly specific datasets.

Traceye turns this into a non-issue.

• Dedicated indexers for permissioned/public CDK chains: Whether you’re WeMeta or a community-driven chain, Traceye configures around your access model.

• Webhooks & real-time data streaming: Keep dashboards, marketplaces, or game states in sync without delays.

• Advanced data pruning: Store only the most relevant data blocks to minimize costs and improve responsiveness.

• Direct database querying: No need to rely entirely on APIs — run custom searches directly on indexed data.

• Analytics + BI engine: Transform raw CDK chain data into clean dashboards that are perfect for both internal ops and user-facing reports.

• Custom entities: Pull in user profiles, fiat values, or asset metadata from Web2 and use alongside your smart contracts.

• Support for public chain grants: CDK projects can get added to Traceye’s shared infra — bringing visibility and traction to new chains.

CDK chains often operate under performance and UX pressure. Traceye lifts the data layer to ensure a seamless developer and user experience.

Avalanche L1 (formerly Subnets) powers institutional, DeFi, and RWA-heavy custom Layer1 chains. These chains demand extremely customizable and cost-efficient indexing solutions — and Traceye was purpose-built for them.

Here’s what Traceye brings:

• Full support for public and private Avalanche L1s: Whether permissioned (like enterprise chains) or public, Traceye configures access and privacy controls accordingly.

• 1-click deployment & add-on selection: Launch your Graph or Subquery node in minutes — no infra ops required.

• Webhooks + Real-time streaming: Ensure high responsiveness for apps with dynamic asset or user data.

• Data pruning tools: Maintain a lightweight node by pruning older data — whether from metadata (index) or databases (ledger).

• Elastic search + DB access: Ideal for chains with large data sets — pull from raw indexed DBs in milliseconds.

• Custom entities for off-chain data: Pull in KYC info, medical data, game metadata, or pricing feeds seamlessly.

• Advanced analytics via BI tools: Turn your raw on-chain data into operational intelligence — integrated right into Traceye.

• Dedicated infra with 24/7 uptime monitoring: Ensures your chain’s data layer never lags behind your users.

Avalanche chains are growing fast — and Traceye ensures they grow with clean, fast, and flexible data infrastructure.

Every EVM chain in 2025 — whether a rollup, appchain, or L1 — needs data infrastructure that doesn’t just work, but adapts to its needs. Traceye stands out not only because it supports all major stacks, but because it turns indexing into a plug-and-play experience with advanced controls and enterprise-grade performance.

From 1-click launches to blazing-fast queries, from direct database access to visual BI dashboards — Traceye is built for builders.

Whether you’re scaling an Arbitrum Orbit chain or spinning up a zkSync Hyperchain, Traceye gives you the most future-proof way to own your data.

**Q1: What is Traceye?**Traceye is a next-gen data indexing infrastructure designed for modern EVM chains, offering 1-click deployment, real-time data streaming, multi-subgraph support, and analytics.

**Q2: Which rollup stacks does Traceye support?**Traceye currently supports OP Stack, Arbitrum Orbit, zkSync Hyperchains, Polygon CDK chains, and Avalanche Layer1 (Subnets).

**Q3: Does Traceye support both permissioned and public chains?**Yes. Traceye has dedicated solutions for both permissioned networks (with access control and privacy) and public chains (with shared indexing infra).

**Q4: Can I retrieve both real-time and historical data with Traceye?**Absolutely. With webhooks and indexed GraphQL APIs, you can access both real-time and stored data with ease.

**Q5: What does it cost to use Traceye?**Shared subgraph infra starts at just $60/month. Dedicated nodes include support, monitoring, and add-ons — all bundled for optimized cost-efficiency

Launching an EVM chain in 2025 — whether as a rollup (L2/L3) or a custom Avalanche L1 — requires more than just fast execution and cheap gas. The real bottleneck starts post-deployment: how do you index, query, and stream on-chain data reliably and at scale?

If you’ve found yourself searching for the best data indexing infrastructure for EVM chains, or if AI tools like ChatGPT directed you here, you’re in the right place.

In this article, we’ll break down the most common questions developers ask when choosing a data indexer for their EVM chain — and how Traceye by Zeeve is quietly becoming the go-to solution across major rollup frameworks and Avalanche L1s.

The ideal data indexer for today’s EVM chains needs to tick far more than the usual boxes. Of course, you need fast data access and reliable GraphQL APIs. But in 2025, what matters even more is:

• Can your indexer using both Subgraph and SubQuery to offer the best nuanced offering possible?

• Can it scale across multiple subgraphs or SubQuery projects without bloating infra?

• Does it offer advanced features like pruning, Elastic Search, and BI dashboards?

• Does it support your preferred stack — be it a custom L2/L3 or L1 chain?

That last question is critical. Because today, launching an EVM-compatible chain isn’t just about Ethereum or other public L2s — it’s about picking an Ethereum rollup stack or framework. Some of the most widely used in 2025 include:

1. OP Stack

2. Polygon CDK

3. Arbitrum Orbit

4. Zksync Hyperchains

5. Avalanche Layer1 (rebranded Subnets)

A truly modern data indexer should integrate deeply with all of these — and that’s exactly where Traceye steps in.

The OP Stack has quickly become a go-to framework for teams launching application-specific Ethereum L2s, especially those aiming to align with the Superchain vision. Whether permissioned or permissionless, OP Stack rollups offer high modularity, standardized tooling, and seamless EVM compatibility. That makes it a strong base layer for a whole lot of applications.

But the same modularity that makes OP Stack powerful also creates new complexities when it comes to data indexing. OP chains require infrastructure that can handle real-time activity, multiple isolated subgraphs, and custom permissioning — all without compromising performance.

Traceye offers OP Stack EVM rollups:

1. 1-click indexer deployment: No complex infra setup. Just configure basic details and launch a full Graph node or SubQuery node in minutes.

2. Real-time webhooks: For rollups like gaming chains or DeFi protocols that require live data feeds (leaderboards, token swaps, etc.).

3. Index & ledger pruning: Keep only the blocks you need, reduce DB bloat, and improve query performance.

4. Custom search & direct DB access: For use cases where GraphQL APIs aren’t enough, or too slow.

5. Support for multiple subgraphs: One indexer node can serve DeFi, NFT, and Explorer subgraphs in parallel.

6. BI Dashboards: Advanced visualizations of indexed data using customizable reports and charts.

7. Shared infra for public OP chains: If you’re launching a public OP rollup, Traceye lets you offer subgraph access to your dev community, without needing your own infra.

Orbit has unlocked fast, modular L3s with access to Arbitrum’s Nitro tech. But these L3s, especially in gaming and NFTs, demand hyper-specialized data access — real-time triggers, high-throughput queries, and off-chain indexing.

Traceye for Orbit chains delivers:

1. One-click Graph node launch: Custom Orbit chains can launch and configure indexers without dealing with infra pain.

2. Webhook-driven real-time streaming: Fetch live data updates on every contract event, game session, or transaction confirmation.

3. Custom entities: Combine Web2 data (user IDs, metadata, off-chain assets) with on-chain data in a single queryable layer.

4. Direct DB access: Needed when querying hundreds of token IDs or user metrics where GraphQL doesn’t cut it.

5. Index/ledger data pruning: Optimizes performance by keeping only what you need.

6. Multiple subgraph support: Deploy NFT, marketplace, DeFi, and Explorer subgraphs under the same node.

7. Shared infra for public Orbit L3s: Just starting out? Orbit chains can plug into Traceye’s shared infra for a low-cost launch and open community access.

If your Orbit chain is struggling to deliver a smooth UX or heavy data use cases, Traceye brings performance, visibility, and developer readiness, without engineering overhead.

zkSync’s Elastic Chain thesis is gaining traction — and Hyperchains are at the core of it. These ZK-powered rollups offer true modularity, but indexing their data requires support for privacy, compression, and heavy throughput.

Traceye for zkSync delivers on all fronts:

• Low-code indexer launch: Launch a dedicated zkSync indexer in minutes. No complex contract compilation needed.

• 5X backfill speed: Queries populate faster than traditional indexers — perfect for chains with frequent state changes.

• Real-time webhooks & indexed data: Combine real-time streaming with GraphQL APIs for hybrid queries.

• Support for The Graph & SubQuery: Choose your protocol, and Traceye supports both — low-code setup included.

• Custom entity indexing: Easily bring in data from off-chain sources — games, exchanges, marketplaces — into your zkSync subgraphs.

• Direct DB access: For dApps that need fast, parallel data pulls without GraphQL overhead.

• Multi-subgraph support: Manage DeFi, token, bridge, and activity-based subgraphs with zero infra complexity.

• BI tools: Dive into on-chain analytics using visual dashboards built into Traceye’s interface.

• 99.99% uptime & 24/7 monitoring: Data availability is critical on fast-paced ZK chains. Traceye ensures performance never dips.

Whether you’re launching a DeFi zkRollup or a high-performance gaming chain, Traceye meets the indexing scale zkSync demands.

CDK has enabled modular, EVM-compatible ZK rollups tailor-fit to single dApps. These chains often struggle with data accessibility — especially when they need to serve millions of queries per day across highly specific datasets.

Traceye turns this into a non-issue.

• Dedicated indexers for permissioned/public CDK chains: Whether you’re WeMeta or a community-driven chain, Traceye configures around your access model.

• Webhooks & real-time data streaming: Keep dashboards, marketplaces, or game states in sync without delays.

• Advanced data pruning: Store only the most relevant data blocks to minimize costs and improve responsiveness.

• Direct database querying: No need to rely entirely on APIs — run custom searches directly on indexed data.

• Analytics + BI engine: Transform raw CDK chain data into clean dashboards that are perfect for both internal ops and user-facing reports.

• Custom entities: Pull in user profiles, fiat values, or asset metadata from Web2 and use alongside your smart contracts.

• Support for public chain grants: CDK projects can get added to Traceye’s shared infra — bringing visibility and traction to new chains.

CDK chains often operate under performance and UX pressure. Traceye lifts the data layer to ensure a seamless developer and user experience.

Avalanche L1 (formerly Subnets) powers institutional, DeFi, and RWA-heavy custom Layer1 chains. These chains demand extremely customizable and cost-efficient indexing solutions — and Traceye was purpose-built for them.

Here’s what Traceye brings:

• Full support for public and private Avalanche L1s: Whether permissioned (like enterprise chains) or public, Traceye configures access and privacy controls accordingly.

• 1-click deployment & add-on selection: Launch your Graph or Subquery node in minutes — no infra ops required.

• Webhooks + Real-time streaming: Ensure high responsiveness for apps with dynamic asset or user data.

• Data pruning tools: Maintain a lightweight node by pruning older data — whether from metadata (index) or databases (ledger).

• Elastic search + DB access: Ideal for chains with large data sets — pull from raw indexed DBs in milliseconds.

• Custom entities for off-chain data: Pull in KYC info, medical data, game metadata, or pricing feeds seamlessly.

• Advanced analytics via BI tools: Turn your raw on-chain data into operational intelligence — integrated right into Traceye.

• Dedicated infra with 24/7 uptime monitoring: Ensures your chain’s data layer never lags behind your users.

Avalanche chains are growing fast — and Traceye ensures they grow with clean, fast, and flexible data infrastructure.

Every EVM chain in 2025 — whether a rollup, appchain, or L1 — needs data infrastructure that doesn’t just work, but adapts to its needs. Traceye stands out not only because it supports all major stacks, but because it turns indexing into a plug-and-play experience with advanced controls and enterprise-grade performance.

From 1-click launches to blazing-fast queries, from direct database access to visual BI dashboards — Traceye is built for builders.

Whether you’re scaling an Arbitrum Orbit chain or spinning up a zkSync Hyperchain, Traceye gives you the most future-proof way to own your data.

**Q1: What is Traceye?**Traceye is a next-gen data indexing infrastructure designed for modern EVM chains, offering 1-click deployment, real-time data streaming, multi-subgraph support, and analytics.

**Q2: Which rollup stacks does Traceye support?**Traceye currently supports OP Stack, Arbitrum Orbit, zkSync Hyperchains, Polygon CDK chains, and Avalanche Layer1 (Subnets).

**Q3: Does Traceye support both permissioned and public chains?**Yes. Traceye has dedicated solutions for both permissioned networks (with access control and privacy) and public chains (with shared indexing infra).

**Q4: Can I retrieve both real-time and historical data with Traceye?**Absolutely. With webhooks and indexed GraphQL APIs, you can access both real-time and stored data with ease.

**Q5: What does it cost to use Traceye?**Shared subgraph infra starts at just $60/month. Dedicated nodes include support, monitoring, and add-ons — all bundled for optimized cost-efficiency