From prompts to production IR platform.
Monday: 3 core prompts for investor tracking, update generation, and engagement scoring. Tuesday: automated agent workflows. Wednesday: team collaboration patterns. Thursday: complete technical architecture with agent orchestration, ML pipelines, GDPR compliance, and scaling from 100 to 100K investors monthly.
Key Assumptions
System Requirements
Functional
- Track investor interactions across email, meetings, documents, and events
- Generate personalized weekly/monthly updates for each investor segment
- Score investor engagement and predict likelihood of follow-on investment
- Automate follow-up suggestions based on investor behavior patterns
- Extract and structure data from unstructured investor communications
- Maintain complete audit trail of all investor interactions
- Support multi-fund/multi-portfolio management with access controls
Non-Functional (SLOs)
π° Cost Targets: {"per_investor_per_month_usd":0.5,"per_update_generated_usd":0.15,"per_engagement_score_usd":0.05}
Agent Layer
planner
L4Decomposes high-level tasks into executable sub-tasks and orchestrates agent collaboration
π§ TaskDecomposer, AgentRegistry, ResourceEstimator
β‘ Recovery: Retry with simplified plan, Fall back to manual workflow queue, Alert on-call engineer if critical
executor
L3Executes the primary workflow orchestrated by planner, coordinates between specialized agents
π§ TrackingAgent, ScoringAgent, UpdateGeneratorAgent, DatabaseClient, CRMAdapter
β‘ Recovery: Checkpoint and resume from last successful step, Request replanning from planner agent, Graceful degradation with partial results
evaluator
L3Validates outputs for quality, completeness, and business logic before delivery
π§ QualityChecker, CompletenessValidator, BusinessRuleEngine, HistoricalComparator
β‘ Recovery: Request regeneration if quality < threshold, Flag for human review if repeated failures, Log quality issues for model retraining
guardrail
L4Enforces safety, compliance, and policy constraints across all agent outputs
π§ PIIScanner, ContentModerator, PolicyEngine, AuditLogger
β‘ Recovery: Block delivery if critical violation, Auto-redact and retry if PII detected, Escalate to compliance team if uncertain
tracking
L2Captures and structures investor interactions from multiple channels
π§ EmailParser, NLPExtractor, SentimentAnalyzer, DatabaseWriter
β‘ Recovery: Queue for manual review if extraction confidence < 70%, Retry with alternative parsing strategy, Log parsing failures for model improvement
update_generator
L2Creates personalized investor updates based on recent activity and portfolio performance
π§ LLMClient (Claude/GPT), TemplateEngine, MetricsAggregator, PersonalizationEngine
β‘ Recovery: Retry with different prompt if quality low, Use template fallback if LLM unavailable, Queue for human editing if repeated failures
scoring
L2Calculates investor engagement scores and predicts likelihood of follow-on investment
π§ FeatureStore, MLModel (XGBoost/LightGBM), ScoreAggregator, TrendAnalyzer
β‘ Recovery: Use rule-based fallback if ML model unavailable, Return last known score if computation fails, Alert ML team if prediction confidence low
ML Layer
Feature Store
Update: Hourly for real-time features, daily for aggregated features
- β’ interaction_frequency_7d
- β’ interaction_frequency_30d
- β’ avg_response_time_hours
- β’ meeting_attendance_rate
- β’ email_open_rate
- β’ email_click_rate
- β’ days_since_last_interaction
- β’ total_interactions_all_time
- β’ sentiment_score_avg
- β’ topic_diversity_score
- β’ investment_history_count
- β’ fund_performance_percentile
Model Registry
Strategy: Semantic versioning with automated A/B testing for new versions
- β’ engagement_scorer
- β’ investment_predictor
- β’ sentiment_analyzer
Observability Stack
Real-time monitoring, tracing & alerting
0 activeDeployment Variants
Startup Architecture
Fast to deploy, cost-efficient, scales to 100 competitors
Infrastructure
Risks & Mitigations
β οΈ LLM hallucinations in investor updates (fake data, incorrect facts)
Mediumβ Mitigation: 4-layer validation pipeline (confidence scoring, fact verification, consistency checks, human review). Golden dataset for regression testing. Hallucinations logged and reviewed weekly for prompt improvements.
β οΈ PII leakage to LLM providers (GDPR violation)
Mediumβ Mitigation: Mandatory PII scanning before all LLM calls. Automated redaction. No bypass allowed. Regular audits. Enterprise customers can use private LLM endpoints (AWS Bedrock, Azure OpenAI) with data residency guarantees.
β οΈ Agent autonomy leading to incorrect decisions (wrong investor routing, bad recommendations)
Mediumβ Mitigation: Evaluator agent validates all outputs. Confidence thresholds for autonomous actions. Human-in-the-loop for low-confidence decisions. Agent decision traces logged for post-hoc analysis.
β οΈ Model performance degradation over time (data drift, concept drift)
Highβ Mitigation: Continuous monitoring of prediction accuracy. Automated drift detection (KL divergence on features, performance metrics). Retraining triggered if performance drops >5%. A/B testing for new models before full rollout.
β οΈ Cost overruns from LLM API usage (especially at scale)
Highβ Mitigation: Multi-model routing (use cheaper models for simple tasks). Caching of common queries. Rate limiting per customer. Cost dashboards with alerts. Budget guardrails at API gateway level.
β οΈ Integration failures with CRM/email systems (API changes, rate limits)
Mediumβ Mitigation: Adapter pattern with versioned APIs. Retry logic with exponential backoff. Rate limit monitoring and adaptive throttling. Fallback to manual sync. Integration health dashboard.
β οΈ Compliance violations (GDPR, SOC2) due to inadequate controls
Lowβ Mitigation: Built-in compliance by design. Automated audit trails. Regular compliance audits (quarterly). DPO oversight. Data residency controls. Right to deletion workflows. SOC 2 Type II certification.
Evolution Roadmap
Progressive transformation from MVP to scale
Phase 1: MVP (0-3 months)
Phase 2: Scale & Automate (3-6 months)
Phase 3: Enterprise & Global (6-12 months)
Complete Systems Architecture
9-layer architecture from presentation to security
Presentation
4 components
API Gateway
4 components
Agent Layer
7 components
ML Layer
5 components
Integration
4 components
Data
4 components
External
4 components
Observability
4 components
Security
4 components
Request Flow - Generate Investor Update
Automated data flow every hour
End-to-End Data Flow
From investor interaction to personalized update delivery
Key System Integrations
CRM Integration (Salesforce/HubSpot)
Email Service (SendGrid/Postmark)
Calendar Sync (Google/Outlook)
Document Parser (AWS Textract)
Security & Compliance Architecture
Authentication & Authorization
Data Encryption
Privacy & PII Protection
Audit & Compliance
Secrets Management
Failure Modes & Recovery
| Failure | Fallback | Impact | SLA |
|---|---|---|---|
| LLM API down (Claude/GPT) | Automatic failover to backup LLM provider β Use cached responses for common queries β Queue for retry | Degraded performance (slower generation), not broken | 99.5% (multi-LLM redundancy) |
| Update generation quality low (<80/100) | Regenerate with different prompt β Use template fallback β Queue for human review | Quality maintained, slight delay | 99% (quality threshold enforced) |
| Database connection lost | Read from replica β Serve from cache β Return cached data with staleness warning | Read-only mode, eventual consistency | 99.9% (multi-AZ deployment) |
| PII detection service unavailable | Block all LLM processing β Queue requests β Alert compliance team | Processing halted (safety first) | 100% (no PII leakage tolerated) |
| Feature store data stale (>6 hours old) | Use last known good features β Compute features on-demand β Alert ML team | Slightly less accurate scores | 99% (freshness SLO: <1 hour) |
| Email delivery failure (bounces, blocks) | Retry with different sender domain β Use alternative email provider β SMS fallback | Delivery via alternative channel | 98% (deliverability target) |
| CRM sync lag (>1 hour behind) | Increase sync frequency β Manual sync trigger β Alert operations team | Slightly stale data in CRM | 95% (sync lag SLO: <15 min) |
ββββββββββββββββ
β Planner Agentβ β Orchestrates all agents
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β
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β β β β β
ββββΌββββ βββΌββββ ββββΌβββββ ββββΌβββββ ββββΌβββββ
βTrack β βScoreβ βUpdate β βEval β βGuard β
βAgent β βAgentβ βGen β βAgent β βAgent β
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β
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βExecutor β β Coordinates workflow
β Agent β
βββββββββββπAgent Collaboration Flow
πAgent Types
Reactive Agent
Low (Level 1)Tracking Agent - Responds to input (fetch interactions), returns structured output
Reflexive Agent
Medium (Level 2)Scoring Agent - Uses rules + ML model, adapts to context (investor segment)
Deliberative Agent
High (Level 3)Update Generator - Plans content structure, iteratively refines based on quality checks
Orchestrator Agent
Highest (Level 4)Planner + Executor - Makes routing decisions, handles loops and retries, coordinates all agents
πLevels of Autonomy
RAG vs Fine-Tuning Decision
Hallucination Detection & Mitigation
Evaluation Framework
Dataset Curation & Quality
Agentic RAG (Multi-Step Reasoning)
Multi-Model Routing
Technology Stack
2026 Randeep Bhatia. All Rights Reserved.
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