Ethereum 15 TPS vs. BlockDAG 800: Key Testnet Insights from 7th AMA – Coincu

Ethereum at 15 TPS, BlockDAG Achieves 800 in Beta: Insights from the 7th AMA Testnet Update

BlockDAG’s recent beta testnet rollout has delivered measurable progress, supported by on-chain metrics. With 34 live nodes—17 of which are community-operated—the testnet reached 800 transactions per second (TPS) under real usage conditions. These results are not hypothetical or simulated; they reflect tested throughput during active network participation.

This marks a turning point for BlockDAG, transitioning from early development into operational viability. The next goal is to push TPS to over 2,000 at mainnet launch and continue scaling toward 15,000 TPS in upcoming phases. The development strategy remains focused and transparent. While many projects aim high but fall short in practice, BlockDAG is using performance data to set benchmarks for what comes next. The latest testnet results offer early confirmation that this Layer 1 may have the structure to handle future demand at scale.

Beta Testnet Shows 800 TPS & Strong Community Node Support

BlockDAG’s beta phase was more than just a technical release—it functioned as a live environment stress test. With 34 active nodes in operation, including half run by community participants, the testnet allowed for a broad simulation of real-world conditions. Achieving 800 TPS under this structure represents an important step for the project’s roadmap.

The entire beta was launched on a clean slate—no reused alpha data, no legacy bottlenecks. Upgrades to block processing and network logic were applied from the start, resulting in faster validation and more stable performance. Central to this efficiency is BlockDAG’s core engine, which blends directed acyclic graph (DAG) design with Proof-of-Work consensus. By enabling parallel block processing, the system reduces delays and improves finality without affecting network decentralization.

This 800 TPS figure isn’t just theoretical—it captures how the protocol behaves during real usage. It positions BlockDAG among the few Layer 1 networks that have demonstrated practical throughput at this stage of development.

Comparing BlockDAG’s Performance with Other Layer 1 Protocols

Transaction throughput remains a critical topic in Layer 1 discussions, but most networks struggle to translate projections into consistent, real-world delivery. For example, Solana often refers to its theoretical 65,000 TPS, yet it typically averages 4,000–5,000 TPS under actual load. Ethereum continues to process 12–15 TPS natively, with higher numbers only possible through recently expanded Layer 2 solutions. Avalanche and Polkadot maintain peak claims but generally operate at lower levels—around 2.4 TPS and 0.07 TPS, respectively.

BlockDAG’s numbers stand out because they’re drawn from live testnet results. The beta was open to public participation, used actual transactions, and delivered measurable throughput. With the next target set at 2,000 TPS and longer-term plans for 15,000 TPS, the scaling model is grounded in infrastructure that has already shown real promise.

This approach separates BlockDAG from platforms that lead with projections and spend years working toward those goals. Instead, it begins with data, builds incrementally, and aligns expectations with observable progress.

Community Nodes Play a Key Role in Network Testing

One of the defining aspects of BlockDAG’s beta testnet was the inclusion of community node operators. Rather than centralizing control within internal servers, the team opened the testnet to outside participants. This decision introduced a wider variety of hardware setups, network conditions, and user behaviors—factors that helped test the network under diverse conditions.

A notable issue emerged during this phase: a memory leak triggered as node numbers increased. This wasn’t caught during internal testing but was quickly flagged by community operators. The development team issued a patched node client and guided users through its implementation. This collaborative troubleshooting process not only resolved the issue but also enhanced the node design ahead of mainnet.

The beta testnet proves that BlockDAG’s commitment to decentralization is practical, not just theoretical. The network was shaped and improved by its users, laying the foundation for a mainnet where the same structure can scale effectively.

Targeting 2,000+ TPS with a Scalable Roadmap in Place

The current 800 TPS achieved in beta is just the beginning. BlockDAG’s public roadmap outlines a target of 2,000 TPS for its mainnet debut and 15,000 TPS through future scaling. These figures are supported by architecture that blends DAG-based validation and Proof-of-Work trust mechanisms, creating a structure equipped for high-throughput demands.

Supporting systems are already being developed. The testnet includes a real-time blockchain explorer, a tool for no-code token and NFT generation, and smart contract integration points. These aren’t secondary tools—they’re necessary for ecosystem growth and readying developers ahead of launch. A full smart contract audit is scheduled for the next testnet update to enhance security before public deployment.

Reaching 15,000 TPS will require more than software. It involves scaling node infrastructure, refining consensus roles, and onboarding more global participants. Additional plans include DeFi tools, staking, governance features, and cross-chain bridge support—all designed to increase volume and interaction. Thanks to its modular layout, BlockDAG can gradually incorporate these upgrades as demand rises.

With core performance already proven, the focus now shifts to rollout stability and mainnet readiness. Every milestone ahead is aimed at increasing capacity without losing usability or system reliability.

Key Takeaways

BlockDAG’s beta launch has moved the project beyond planning and into measurable delivery. With 34 active nodes and an 800 TPS result confirmed under live testing, the foundation for a scalable Layer 1 is already in place. The platform isn’t offering projections—it’s offering data-backed development anchored in an evolving hybrid architecture.

Community involvement has provided critical feedback and surfaced real-world issues early. That input helped fine-tune performance and offered insight into how the network functions under active usage. With 2,000 TPS targeted at mainnet and a scaling strategy toward 15,000 TPS, BlockDAG is preparing for long-term participation rather than short-term hype.

This phase gives both developers and early supporters a closer look at what the final product could offer. For those exploring new networks, BlockDAG’s beta testnet serves as a strong indicator of technical readiness and collaborative design.

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