Autonomous Liquidity Provision System (ALPS)

Overview

ALPS is the autonomous liquidity engine of DBIS, providing real-time liquidity injections without human intervention. It includes real-time liquidity monitoring, predictive stress module, automated stabilization executor, and GLP interface.

Architecture

ALPS includes:

Real-time liquidity monitor: Monitors SXLR (Sovereign Liquidity Ratio) for all sovereigns
Predictive stress module: Predicts liquidity stress events
Automated stabilization executor: Executes injections/withdrawals automatically
GLP interface: Integrates with Global Liquidity Pool

Liquidity Injection Algorithm

if (liquidity_ratio < threshold)
   amount = required_liquidity - current_liquidity
   inject(amount)

Inputs:

SXLR (Sovereign Liquidity Ratio)
SRI risk levels
FX volatility indices
CBDC flow constraints

Autonomous Liquidity Withdrawal

Reverse mechanism triggers when:

Excess liquidity → inflation risk
Settlement congestion decreases
FX bands stabilize

API Endpoints

Run Autonomous Engine

POST /api/v1/alps/run

Monitor Liquidity

GET /api/v1/alps/monitor
GET /api/v1/alps/monitor/:sovereignBankId

Predict Stress Events

POST /api/v1/alps/stress/predict
GET /api/v1/alps/stress?sovereignBankId=xxx

Get Actions

GET /api/v1/alps/actions?sovereignBankId=xxx&actionType=INJECTION

Manual Injection/Withdrawal

POST /api/v1/alps/inject
POST /api/v1/alps/withdraw

Usage Example

import { alpsService } from '@/core/treasury/alps';

// Run autonomous engine
await alpsService.runAutonomousEngine();

// Monitor liquidity
const ratios = await alpsService.monitorLiquidity();

// Predict stress events
const events = await alpsService.predictStressEvents();

Database Models

AutonomousLiquidityAction: Injection/withdrawal records
LiquidityStressEvent: Predicted stress events
SovereignLiquidityRatio: SXLR tracking

2.0 KiB Raw Permalink Blame History