BrandMinder
LIVE · 2025Autonomous multi-agent intelligence platform monitoring brand sentiment across live Arabic & English feeds.
Executive Summary
Full-Stack Architect & AI Systems Engineer — designed multi-agent orchestration loops, rate-limit circuit breakers, tiered model routing (fast filter vs deep reasoning), and high-throughput ingestion queue.
Python, Django, Celery, Redis, OpenAI / Claude APIs, PostgreSQL, TailwindCSS, WebSockets
Processed 25,000+ brand mentions across 15+ monitored channels with automated triage.
1. The Problem Space & Hard Constraints
Modern brand and PR teams lack automated mechanisms to monitor reputation shifts across scattered social feeds, forums, and press releases. Manual tracking misses rapid PR crises, and off-the-shelf sentiment analyzers perform poorly on Arabic nuances and regional slang.
Cost efficiency when processing continuous streaming feeds, preventing LLM rate limit exhaustion (HTTP 429), and maintaining sub-second UI responsiveness for live sentiment trends.
2. Engineered Architecture & Data Pipeline
Built an asynchronous multi-agent pipeline orchestrating distributed scraping workers, message deduplication, LLM-based sentiment scoring, contextual categorization, and real-time crisis alerting via Webhooks and WhatsApp/Slack notifications.
3. Key Decisions & Hard Bottlenecks Overcome
Implemented a two-tier model routing architecture: a lightweight heuristic/small model performs binary relevance filtering (filtering 70% noise for fractions of a cent), while larger models only evaluate high-signal brand mentions.
Scraper bursts previously overwhelmed the LLM worker pool. Implemented exponential backoff with Redis token-bucket rate limiters and Celery task priority queues to guarantee urgent crisis alerts bypass standard background indexing.
4. Verified Measurable Outcomes
- Processed 25,000+ brand mentions across 15+ monitored channels with automated triage.
- Achieved 94.2% sentiment classification accuracy on internal evaluation set with custom Arabic normalization heuristics.
- Achieved 98.6% categorization accuracy on validation dataset using two-tiered prompt validation chains.