Memory Architecture

Build a Security Analyst AI That Actually Remembers

Most AI-powered security analyst ai systems forget everything when the session ends. Smriti gives your security analyst ai a persistent timeline — so it understands context, cause, and consequence.

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O(1)
Connection Retrieval
S-V-O
Extraction Engine
Dual
pgvector Architecture
∞
Context Retention
The Problem

A security analyst ai that forgets its users is not intelligent — it is a search engine with a chat interface. Every session reset destroys trust, increases user friction, and makes the system feel broken.

The Smriti Solution

Smriti gives your security analyst ai a persistent causal memory. Every interaction is stored as a Subject-Verb-Object triple on a chronological timeline. When a user returns after days or weeks, the system remembers not just what happened — but why.

How It Works with Security Analyst AI

For a security analyst ai, Smriti stores the full history of every user interaction in a dual pgvector space. When the user asks a question, Smriti retrieves the most causally relevant memories — not just the most recent ones — and passes them to your language model as structured context.

# Install Smriti pip install smriti # Initialize with security-analyst-ai from smriti import SmritiMemory memory = SmritiMemory( backend="pgvector", mode="dual", # semantic + episodic svo_extraction=True # auto S-V-O tagging ) # Store any interaction memory.store("User bought flowers on Tuesday") # Retrieve with causal context result = memory.recall("why did we argue on Friday?") # Returns: Tuesday → flowers → context → Friday

Smriti vs Session-Only Memory

Feature Session-Only Memory Smriti
Long-term memory Partial Full timeline
Causal context (A caused B) No S-V-O graph
Cross-session retention Session only Persistent
Encrypted memory blocks No Block-level
Query speed O(n) scan O(1) via index

Why security analyst ai AI systems fail without long-term memory

The majority of security analyst ai AI systems today rely on in-session context windows. Once the session ends, all memory is lost. Users are forced to repeat their preferences, history, and background every time they interact. This creates frustration and destroys the value of AI personalization.

Smriti's causal memory model for security analyst ai applications

Smriti does not simply store and retrieve text. It extracts the causal structure of every interaction — who did what, when, and why — and organises these events on a chronological timeline. For a security analyst ai, this means the AI can answer questions like 'why did this user's situation change?' with real contextual evidence.

Technical architecture for security analyst ai memory with Smriti

Smriti uses a dual pgvector architecture. The semantic space captures meaning and similarity. The episodic space captures temporal ordering and causal relationships. For a security analyst ai, this means both fuzzy recall ('something about pricing') and precise recall ('the user asked about pricing after their contract expired') are supported simultaneously.