Day 4 — Garuda Army Bootcamp Recap (Video)
Source: Meteora LP Army Bootcamp - Indonesia - Day 1 — Led by mentors Yunus, Megumi (Zero Xumi), and Mas Beng.
Introduction & Disclaimers
Mentors Yunus, Megumi, and Mas Beng introduce the first day of the Indonesian “Garuda Army Bootcamp” for Meteora. The session is purely for educational purposes and does not guarantee any airdrops, allocations, or NFTs.
Risk Warning: Yunus emphasizes that the content is not financial advice. Participants must do their own research and only invest funds they are entirely prepared to lose.
Key DeFi Terminology
Yunus breaks down essential DeFi terminology for beginners entering the DLMM ecosystem:
- Contract Address (CA) — The unique on-chain identifier for a token; always verify via official sources before interacting
- Slippage — Price difference between transaction initiation and execution
- TVL (Total Value Locked) — Total capital deposited in a protocol or pool
- Volume — Trading activity flowing through a pool; directly affects LP fee income
- Volatility — Magnitude of price swings; higher volatility means higher dynamic fees but also greater impermanent loss risk
The Evolution: AMM to CLMM to DLMM
flowchart LR
A["Traditional AMM"] --> B["CLMM"]
B --> C["DLMM"]
A1["Liquidity spread<br>across full curve"] -.-> A
B1["Concentrated in<br>price ranges"] -.-> B
C1["Shaped across bins<br>with zero slippage"] -.-> C
style A fill:#888,color:#fff
style B fill:#e68619,color:#fff
style C fill:#2d7d46,color:#fff
- AMM (Automated Market Maker) — Liquidity is spread across the entire price curve; simple but capital-inefficient
- CLMM (Concentrated Liquidity Market Maker) — Allows users to concentrate funds in specific price ranges; more efficient capital usage and higher fee generation
- DLMM (Dynamic Liquidity Market Maker) — Meteora’s innovation: liquidity shaped across discrete bins with zero slippage and dynamic fee adjustment
Meteora V1 vs V2
Mas Beng explains the distinction between Meteora’s two AMM versions:
flowchart LR
V1["AMM V1<br>(Traditional)"] --> V1a["Standard pool<br>mechanics"]
V1 --> V1b["No Meteora<br>points"]
V2["AMM V2"] --> V2a["Optimized for<br>fast-paced trading"]
V2 --> V2b["Token launches<br>& migrations"]
V2 --> V2c["Earns Meteora<br>points"]
style V1 fill:#888,color:#fff
style V2 fill:#2d7d46,color:#fff
style V2c fill:#1473e6,color:#fff
- V1 (Traditional AMM) — Standard pool mechanics, no additional incentives
- V2 (Dynamic AMM) — Highly effective for fast-paced trading scenarios such as token launches or migrations; also rewards users with Meteora points, unlike V1
DLMM Mechanics Deep Dive
Bins and Binsteps
Yunus explains that liquidity is stored in distinct price bins. The gap between consecutive bins is called a binstep, defining the granularity of price coverage.
flowchart TD
A["DLMM Pool"] --> B["Bin 1<br>$95"]
A --> C["Bin 2<br>$100<br>Active"]
A --> D["Bin 3<br>$105"]
A --> E["Bin 4<br>$110"]
C --> F["Zero slippage<br>within active bin"]
B --> G["Token side<br>below price"]
D --> H["SOL side<br>above price"]
style C fill:#2d7d46,color:#fff
style B fill:#1473e6,color:#fff
style D fill:#e68619,color:#fff
style E fill:#e68619,color:#fff
Key properties:
- Each bin holds liquidity at a discrete price point
- Trades execute with zero slippage within a single bin
- Highly volatile markets trigger dynamic fees, increasing yield for LPs during rapid price fluctuations
- Single-sided liquidity is supported — deposit just one token type instead of a pair
Impermanent (Divergent) Loss
Yunus details how providing liquidity inherently involves divergent loss as deposited tokens swap back and forth with market movements. The primary goal of LPing is to collect enough trading fees to outpace these inherent losses.
flowchart LR
A["LP Position"] --> B["Price Moves"]
B --> C["Token ratio<br>shifts"]
C --> D["Divergent Loss"]
A --> E["Trading Volume"]
E --> F["Fee Income"]
D --> G{"Fees > Loss?"}
F --> G
G -->|"Yes"| H["Profitable"]
G -->|"No"| I["Unprofitable"]
style H fill:#2d7d46,color:#fff
style I fill:#c9252d,color:#fff
style D fill:#e68619,color:#fff
style F fill:#2d7d46,color:#fff
Liquidity Strategies
Three Primary Distribution Shapes
Yunus covers the three main DLMM distribution shapes:
flowchart TD
S["Spot"] --> S1["Even distribution<br>across range"]
S --> S2["General purpose<br>Best for beginners"]
Cu["Curve"] --> Cu1["Concentrated<br>around current price"]
Cu --> Cu2["Best for stable pairs<br>with low volatility"]
BA["Bid-Ask"] --> BA1["Inverse curve<br>More at edges"]
BA --> BA2["Ideal for DCA<br>in or out"]
style S fill:#1473e6,color:#fff
style Cu fill:#2d7d46,color:#fff
style BA fill:#e68619,color:#fff
- Spot — Uniform spread across your selected price range; most versatile starting point
- Curve — Concentrated in the middle around current price; best for ranging or stable markets
- Bid-Ask — Inverse curve with more liquidity at the edges; highly favored on Meteora for Dollar Cost Averaging (DCA) strategies
Pro tip: You can stack multiple strategies in a single position — for example, mixing Bid-Ask with Spot for a hybrid approach that combines DCA exits with broad fee capture.
Live UI Walkthrough
Connecting & Finding Pools
Mas Beng leads a live demonstration of the Meteora interface:
flowchart TD
A["Connect Wallet<br>Phantom / Solflare"] --> B["Navigate to<br>DLMM Pools"]
B --> C{"Search for pool"}
C -->|"By name"| D["Risk: Scam tokens<br>with same name"]
C -->|"By CA"| E["Safe: Verified<br>contract address"]
E --> F["Select Pool"]
F --> G["Review pool stats<br>TVL, Volume, Fees"]
style D fill:#c9252d,color:#fff
style E fill:#2d7d46,color:#fff
style A fill:#888,color:#fff
Always search by Contract Address (CA) to avoid malicious copycat tokens that impersonate legitimate projects with identical names.
Deploying a Position
Mas Beng demonstrates how to set custom price parameters and deploy liquidity:
- Select trading pair — Choose the pool with the right bin step for your strategy
- Set price parameters — Define custom minimum and maximum price for your liquidity range
- Choose distribution — Select Spot, Curve, Bid-Ask, or stack multiple strategies
- Set deposit amount — Single-sided (one token) or dual-sided (both tokens)
- Review and confirm — Check all parameters before signing the transaction
Risk Management & Q&A Insights
Non-Refundable Bin Rent
The mentors warn users to be careful of non-refundable rent fees when creating new bins:
flowchart LR
A["New Token Pool"] --> B{"Bins already<br>created?"}
B -->|"No"| C["You pay rent<br>to create bins"]
B -->|"Yes"| D["No extra cost"]
C --> E["Non-refundable<br>SOL fee"]
style C fill:#c9252d,color:#fff
style D fill:#2d7d46,color:#fff
style E fill:#c9252d,color:#fff
When interacting with brand-new token pools, creating new bins requires a non-refundable rent fee in SOL. They suggest waiting for other LPs to create the bins first to protect your capital.
Capital Allocation Rules
- Never put your entire portfolio into a single liquidity position
- Diversify across multiple positions and token pairs
- Keep a reserve for opportunities and emergencies
The Power of Compounding
During the Q&A, Megumi emphasizes that LPing on Meteora is about steady compounding rather than getting rich quickly:
flowchart LR
A["5-10% daily<br>target"] --> B["Consistent<br>compounding"]
B --> C["Sustainable<br>portfolio growth"]
D["Chase 100%+<br>pumps"] --> E["Occasional<br>big win"]
E --> F["Frequent<br>wipeouts"]
style A fill:#2d7d46,color:#fff
style C fill:#2d7d46,color:#fff
style D fill:#c9252d,color:#fff
style F fill:#c9252d,color:#fff
Consistently targeting a 5% to 10% daily return builds wealth much more safely than gambling on high-risk meme coins. Small, consistent gains compound significantly over time.
Homework & Certification
The mentors conclude day one with a mandatory quiz. Participants must pass this quiz to advance in the bootcamp and earn the “Garuda Army Private” role in the Discord community.
Key takeaway: This bootcamp emphasizes learning by doing — theoretical knowledge must be validated through practical application and assessment before advancing.