> For the complete documentation index, see [llms.txt](https://onex-3.gitbook.io/onex-document/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://onex-3.gitbook.io/onex-document/coin/anti-crash-framework.md).

# Anti crash framework

> ONEx deploys 14 simultaneous, interlocking defense mechanisms. Disabling any single pillar does not disable the others — the system degrades gracefully.

## All 14 Pillars at a Glance

| Pillar | Name                                      | Category          | Primary Function                                  |
| ------ | ----------------------------------------- | ----------------- | ------------------------------------------------- |
| 1      | Internal Exit Vault (IEV)                 | Supply Control    | 70% of ICO tokens never touch the market          |
| 2      | Synthetic Exit Model (SEM)                | Supply Control    | Whales exit off-market with zero AMM impact       |
| 3      | Adaptive Liquidity Engine (ALE)           | Liquidity Defense | Deep concentrated liquidity always maintained     |
| 4      | Whale Detection & Throttling (WDTS)       | Supply Control    | Whales throttled to 2–20% daily sell cap          |
| 5      | Dynamic Sell Pressure Absorber (DSPA)     | Real-time Defense | Real-time pressure response — 4 levels            |
| 6      | Price Floor Defense Protocol (PFDP)       | Floor Defense     | Hard price floor defended by buyback wall         |
| 7      | Automated Buyback Reactor (ABR)           | Demand Creation   | Constant automated buy pressure 24/7              |
| 8      | Vesting Velocity Controller (VVC)         | Supply Control    | Vesting slows automatically in weak market        |
| 9      | Anti-Dump Taxation Ladder (ADTL)          | Friction Layer    | Dumping costs up to 25% tax — unprofitable        |
| 10     | Liquidity Depth Shield (LDS)              | Liquidity Defense | Price impact limits enforce orderly selling       |
| 11     | Oracle-Based Circuit Breaker (OBCB)       | Emergency Stop    | Circuit breaker halts cascades via tax + pause    |
| 12     | Community Loyalty Reward Amplifier (CLRA) | Demand Creation   | Loyalty rewards holders, penalises sellers        |
| 13     | ZK Privacy Shield (ZKPS) ★ NEW            | Anti-Manipulation | Hides large order intent — prevents front-running |
| 14     | AI Anomaly Detection Engine (AADE) ★ NEW  | Anti-Manipulation | ML-based real-time attack detection & response    |

***

## Why 14 Pillars?

A single mechanism can be overcome. Multiple independent mechanisms require an attacker to simultaneously defeat all of them — which is by design economically irrational.

To crash ONEx, an attacker must simultaneously:

* Overcome 70% IEV lockup on all ICO tokens
* Pay 15–25% sell taxes on every transaction
* Stay within per-wallet daily sell caps with cooldowns
* Not trigger automated circuit breakers (contract-level)
* Overcome 24/7 ABR automated buying
* Break through $300K–$500K+ liquidity walls
* Defeat VVC reducing new supply entry
* Trade against 10× concentrated liquidity depth
* While CLRA incentivizes all other holders to stake and hold
* Against DSPA dynamically amplifying all defenses in real-time
* While PFDP backstop stands with Treasury + Buyback fund
* Against ZKPS hiding all large order intent from their bots
* While AADE detects their coordinated pattern before execution
* Without triggering 5-of-9 governance multisig intervention
* Against 4-oracle consensus preventing oracle manipulation

**The math makes coordinated attack economically irrational at every scale.**