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nest CL, the concentrated liquidity layer of nest Exchange on HyperEVM, has become one of the clearest production examples of Algebra Integral in action.
Launched in November 2025, nest CL reached $10M in TVL within 14 days and has since generated $1.784B in all-time spot volume and $1.85M in fees. In this article, nest CL TVL refers to capital deposited into AMM pools and directly available for swaps within each pool’s curve.
But the more important story is not just growth. It is capital efficiency. That is exactly what a concentrated liquidity AMM is supposed to do: make the same dollar of liquidity work harder.
What Algebra Integral powers here
nest CL runs on Algebra Integral, Algebra’s modular V4 concentrated liquidity engine.
Unlike a traditional full-range AMM, a CLAMM allows liquidity providers and protocols to concentrate liquidity around active trading ranges. Instead of spreading capital across price zones where trades may never happen, liquidity can sit closer to real market activity.
- For traders, this means better execution.
- For protocols, it means higher volume capacity per dollar of liquidity.
- For builders, it means more flexible market design.
Algebra Integral also brings a modular architecture with dynamic fee logic and plugin-based customization. This allows DEX teams to adjust fees, incentives, access logic, reward systems, and additional mechanics without rebuilding the core protocol from scratch.
In nest’s case, this architecture has produced measurable results in a live, competitive HyperEVM environment.
Fast launch traction: $0 to $10M TVL in 14 days
nest CL launched on November 15, 2025, with only $71 in tracked liquidity.
Two weeks later, it had crossed $10M TVL. This matters because HyperEVM sits inside the broader Hyperliquid ecosystem, where new spot infrastructure needs to complement an already active trading environment. nest CL adds a programmable AMM layer for liquidity formation, token launches, and pool-based spot markets.
nest’s early growth was driven by its HyperEVM-native positioning, incentive design, community distribution, and liquidity strategy, with Algebra Integral providing the concentrated liquidity infrastructure underneath.
Combine the right technology with strong marketing, a vibrant community, and well-designed incentives – and you get a successful DEX launch on a fully stacked chain.
That’s exactly what nest did.
Launch Timeline
Milestone | Day | Date |
Launch | Day 0 | Nov 15, 2025 |
$1M TVL | Day 10 | Nov 25, 2025 |
$5M TVL | Day 13 | Nov 28, 2025 |
$10M TVL | Day 14 | Nov 29, 2025 |
$1M Daily Volume | Day 10 | Nov 25, 2025 |
$10M Daily Volume | Day 12 | Nov 27, 2025 |
Realized fee capture increased as nest CL scaled
As nest CL grew, its aggregate fee generation increased significantly.
The effective fee rate across all nest CL pools, calculated as aggregate fees divided by aggregate volume, moved from 0.043% in February to 0.129% in June. Monthly fees grew from $121.7K in December to $967.5K in June, nearly an 8× increase from the first full month of operation.
This metric does not isolate a single cause. The increase may reflect pool composition, asset mix, market conditions, and a higher share of volume moving through pools with higher fees – as well as the dynamic fee feature powered by Algebra as a V4 plugin plugged into nest.
What the metric does show for sure is that as nest CL scaled, its liquidity became increasingly productive from a fee-generation perspective: more fees were captured per unit of volume at the aggregate level.
Algebra Integral’s dynamic fee logic gives DEX teams an additional tool for adapting pool behavior to changing market conditions. Combined with Algebra’s broader modular architecture, it allows teams to design fee models, incentives, and liquidity strategies around the specific markets they serve – rather than being locked into a static fee structure forever.
Monthly Performance
Month | Monthly Fees | Monthly Volume | Effective Fee Rate | Volume / Avg TVL |
Nov 2025 | $43.8K | $51.1M | 0.086% | 22.9x |
Dec 2025 | $121.7K | $166.6M | 0.073% | 20.3x |
Jan 2026 | $68.1K | $138.4M | 0.049% | 27.5x |
Feb 2026 | $48.8K | $114.2M | 0.043% | 29.4x |
Mar 2026 | $40.2K | $66.3M | 0.061% | 16.9x |
Apr 2026 | $76.6K | $88.3M | 0.087% | 18.8x |
May 2026 | $483.8K | $406.6M | 0.119% | 43.5x |
Jun 2026 | $967.5K | $753.1M | 0.129% | 36.8x |
Why this matters for DEX builders
nest CL shows what Algebra Integral is designed to deliver: a production-ready DEX engine that combines concentrated liquidity, dynamic fees, and modular customization.
Instead of launching another rigid fork, teams can use Algebra as a white-label DEX foundation and customize around their market.
That includes:
- concentrated liquidity pools
- dynamic fee logic
- optional V4 plugins
- custom incentive systems
- ve-style governance and fee distribution
- chain-specific mechanics
- compliance-aware or access-controlled extensions
- long-term upgradeability without rebuilding the core
This makes Algebra less like a single fixed DEX protocol and more like infrastructure for building many different types of exchanges.
A team can use the same core engine to launch a high-performance spot DEX, an RWA-focused exchange, a ve(3,3)-based liquidity layer, or a compliance-aware institutional trading venue.
The point is flexibility without starting from zero.
The takeaway
nest CL is a strong live case study for Algebra Integral – it reached $10M TVL in 14 days, generated $1.784B in all-time spot volume, and showed that an Algebra-powered CLAMM can turn a smaller liquidity base into a highly productive spot trading venue
The most important lesson is simple: in modern DeFi, liquidity is not only about how much capital a protocol attracts. It is about how efficiently that capital is used.
For DEX builders, that is the real value of Algebra Integral: more volume per dollar of TVL, stronger fee velocity, and a modular foundation that can evolve with the market.
Data as of June 23, 2026. Source: DefiLlama. nest CL metrics are sourced from nest Blaze API aggregates.
