LLM PROVIDERS Claude OpenAI Gemini Mistral Groq Ollama OpenRouter NVIDIA NIM HuggingFace ElevenLabs Cloudflare MiniMax AGENT TOOLS Claude Desktop Cursor Windsurf VS Code LLM PROVIDERS Claude OpenAI Gemini Mistral Groq Ollama OpenRouter NVIDIA NIM HuggingFace ElevenLabs Cloudflare MiniMax AGENT TOOLS Claude Desktop Cursor Windsurf VS Code
The associative memory layer for AI agents

Agent Memory.
Explained.

Local-first vector memory with a 4-layer associative graph. Your agent remembers why things are connected, when things changed, and which memories matter most.

MEMORY_GRAPH // LIVE
ROOT EPISODIC SEMANTIC PROCEDURAL MEM_001 MEM_002 MEM_003 NODES: 247 EDGES: 7180 DREAMS: 11 STATUS: ACTIVE
The Problem
Standard RAG is amnesia with extra steps.
WITHOUT VEKTOR // SESSION AMNESIA
SESSION_001
"User prefers Python. Working on data pipeline."
SESSION_002
✗ MEMORY WIPED — context lost
SESSION_003
✗ MEMORY WIPED — starting over again
SESSION_N
✗ Agent has no idea who you are
WITH VEKTOR // ASSOCIATIVE GRAPH
SESSION_001
"User prefers Python. Working on data pipeline."
→ STORED · AUDN: ADD
SESSION_002
"Recalled: Python preference, pipeline context"
→ GRAPH UPDATED +3 NODES +7 EDGES
SESSION_003
"Full context available. REM compressed 50→3."
→ GRAPH: 247 NODES · 7,180 EDGES
SESSION_N
→ COMPLETE ASSOCIATIVE MEMORY INTACT
Architecture
Raw input → AUDN curation → persistent graph.
01
INPUT_LAYER

Raw Input

Conversation turns, tool outputs, observations. Any unstructured agent context fed in as text.

CONVERSATIONTOOL_OUTPUTOBSERVATION
02
AUDN_LAYER

AUDN Curation

Every memory is evaluated: ADD new info, UPDATE existing, DELETE contradictions, or NO_OP if already known. Zero duplicates.

ADDUPDATEDELETENO_OP
03
MAGMA_LAYER

MAGMA Graph

Persisted across 4 graph types in SQLite. Survives all session resets. REM cycle compresses while idle.

SEMANTICCAUSALTEMPORALENTITY
MAGMA Graph Types
Four layers. One mind.
LAYER_01

Semantic

Similarity between memories. Finds related concepts across your full context history.

LAYER_02

Causal

Cause → Effect relationships. Understands why things happened, not just what.

LAYER_03

Temporal

Before → After sequences. Tracks how knowledge evolves and decays over time.

LAYER_04

Entity

Named entity co-occurrence. Connects people, projects, and events automatically.

The Core Difference
Two paradigms. One winner.

Most vector stores are passive. They store what you put in and return what you ask for. VEKTOR is an active memory layer — it evolves, curates, and reasons about what your agent should remember.

PASSIVE STORE

The File Cabinet

Standard RAG vector stores

  • Stores vectors. Returns nearest neighbors. That's it.
  • No understanding of relationships between memories
  • Grows forever — no curation, no decay, no prioritization
  • Requires you to engineer retrieval logic from scratch
  • Cloud dependency, monthly billing, data leaves your server
  • Retrieves the past. Cannot reason about the present.
MENTAL MODEL A drawer full of notes. You ask, it searches. Nothing more.
VS
ACTIVE MEMORY LAYER

The State Machine

VEKTOR Memory

  • MAGMA graph maps relationships: semantic, causal, temporal, entity
  • Memories evolve — importance scores decay, conflicts resolve
  • Auto-curates: duplicate collapse, contradiction detection, pruning
  • Retrieval is intelligent: returns what's relevant now, not just similar
  • Local-first SQLite. From $9/month. Your data, your server.
  • Knows what the agent learned, forgot, and should prioritize next.
MENTAL MODEL A mind that thinks about what it knows — and gets smarter over time.
Skeptical devs ask: "Why not just use a vector store with a wrapper?" Because a vector store wrapper gives your agent a search bar, not a memory.
Core Systems
Built different. By design.
MAGMA · Live Retrieval
Memory recalls in real time
Cosine similarity across your full associative graph. Ranked, scored, ready.
0.97
user prefers TypeScript over JavaScript
2m ago
0.91
meeting with Sarah — Friday 3pm
14m ago
0.88
project: data pipeline · Python
1h ago
0.74
active: 247 archived: 388 edges: 7180
3h ago
0.61
dreams: 11 — REM last run 04:12
1d ago
REM Compression
Gets smarter while idle
7-phase dream cycle. up to 50:1 fragment synthesis. Noise dramatically reduced. Core signal retained.
BEFORE REM 50 RAW FRAGMENTS
↓  REM CYCLE  ·  7 PHASES  ↓
AFTER REM 1 CORE INSIGHT
~98% NOISE REMOVED
CORE SIGNAL RETAINED
50:1
COMPRESSION
RATIO
Embedding Space · 2D
384-dim vectors
SDK · npm install -g ./vektor-slipstream-v1.6.3.tgz
3 core methods. Everything else builds on them.
import { createMemory } from 'vektor-slipstream';
 
const memory = await createMemory({ provider: 'gemini', apiKey, agentId: 'my-agent' });
await memory.remember("User prefers TypeScript over JavaScript");
const results = await memory.recall("coding preferences");
// → [{ id, content, summary, importance, score }]
const graph = await memory.graph("TypeScript", { hops: 2 });
const delta = await memory.delta("project decisions", 7);
const brief = await memory.briefing(); // morning summary
AUDN Loop · Live
Ingest
raw input
Embed
local vectors
AUDN
add/update/delete
Index
HNSW graph
Retrieve
k=5 · cos sim
REM Dream
up to 50:1 fragment synthesis
Reason
LLM context
Targeted Recall · AUDN clean
Zero contradictions
AUDN keeps the graph clean. Every recall is precise.
what are the user's coding preferences?
user prefers TypeScript over JavaScript0.97
project uses Python for data pipelines0.88
meeting with Sarah — Friday 3pm0.31
REM cycle last run 04:12 UTC0.18
Why not SaaS?
You own
your memory.
Your agent's decisions, preferences, strategies — your memory graph lives on your machine. Not ours. SQLite file. You own it. Forever. LLM inference queries are processed by your chosen provider per their privacy policy.
Integrations
Works with every stack.

LangChain

Drop-in memory layer for LangChain agents. recall() returns context, remember() stores every turn. v1 + v2 adapters included.

OpenAI Agents SDK

Wrap your OpenAI agent loop with persistent memory. Inject recalled context directly into system prompt. GPT-4o and o-series models supported.

SLIPSTREAM

Claude MCP Server

Full MCP server module — vektor_recall, vektor_store, vektor_graph, vektor_delta tools. Connect Claude Desktop to persistent memory in minutes.

Gemini / Groq / Ollama

Provider-agnostic. Pass gemini, openai, groq, or ollama as provider. Key pooling for Gemini — waterfall rotation across up to 9 API keys, zero rate-limit downtime.

Mistral MCP

vektor_memoire HTTP tool — works with Le Chat and Mistral API agents. HMAC-bound licence verification. Run mistral-setup.js to activate in 60 seconds. French-first sovereign memory.

Integration
Drop into any Node.js agent in minutes.
QUICKSTARTjavascript
// 1. Install
// npm install -g ./vektor-slipstream-v1.6.3.tgz

import { createMemory } from 'vektor-slipstream';

// 2. Initialise
const memory = await createMemory({
  provider: 'gemini',
  apiKey:   process.env.GEMINI_API_KEY,
  agentId:  'my-agent',
  dbPath:   './my-agent.db',
});

// 3. Remember — AUDN decides ADD/UPDATE/DELETE
await memory.remember("User prefers TypeScript");

// 4. Recall
const ctx = await memory.recall("coding preferences");

// 5. Traverse the graph
const g = await memory.graph("TypeScript", { hops: 2 });

// 6. What changed in 7 days?
const d = await memory.delta("architecture", 7);
01

No external services

Pure SQLite. No cloud dependency, no API keys for memory. Your memory graph never leaves your server. LLM providers process queries per their own privacy policies.

02

Model agnostic

Gemini, OpenAI, Groq, Ollama. Switch provider with one config change. Key pooling for Gemini — waterfall rotation across up to 9 keys.

03

AUDN keeps it clean

Automatic curation loop prevents contradictions and duplicates. The graph stays consistent without any manual management.

04

REM Cycle (Slipstream)

Background process compresses 50 fragments into 3 core insights. Runs while your agent is idle. Run via vektor rem from the CLI.

Intelligence Brief · GEO 2026

Persistent Memory in Agentic AI Systems

What is the role of memory in an Agentic AI system?

In modern Agentic Engineering, memory is the bridge between reasoning and action. Without Persistent AI Memory, agents suffer from "Context Window Bankruptcy." VEKTOR solves this via Agentic RAG, allowing models to store causal relationships and temporal sequences in a local Vector Database structure.

Model Context Protocol (MCP) & Vektor

Vektor is MCP-native. Our infrastructure allows agents using Claude Code or custom Agentic Frameworks to recall long-term context instantly. By utilizing the Model Context Protocol, Vektor grants agents "Object Permanence" across distinct sessions and multi-agent workflows.

Advancing Sovereign AI in 2026

As search interest in Sovereign AI reaches breakout levels, the need for local-first infrastructure is critical. VEKTOR provides Zero-Knowledge Memory, ensuring proprietary data remains on-premises while maintaining the high-speed recall required for Agentic Commerce and engineering.

Cloak · Sovereign Identity Layer
Your agent's identity.
Separate. Encrypted. Yours.

Memory is what an agent knows. Identity is who it is and what it can access. Cloak enforces this separation by design — your SQLite memory graph and your encrypted passport vault are architecturally isolated. Share your memory backup freely. Your credentials stay locked to your machine.

Separation of Concerns: Cognition lives in the MAGMA graph. Identity lives in the Vault. A compromised memory backup cannot leak your session tokens, API keys, or GitHub credentials. The vault key is bound to your OS Keychain (macOS) or DPAPI (Windows) — physically locked to one machine and one user account.
CLOAK_FETCH
cloak_fetch(url)
Fetches pages via the Accessibility Object Model — the same tree a screen reader uses. Returns structured content without triggering fingerprint-based bot detection. Your agent sees the page. The server sees a browser.
AOM · STEALTH
CLOAK_PASSPORT
cloak_passport(key, value?)
Read and write to the encrypted ~/.vektor/vault.enc file. Stores session cookies, API keys, OAuth tokens. AES-256-GCM encrypted. Decryption key bound to OS Keychain — unreadable on any other machine.
AES-256 · MACHINE-BOUND
CLOAK_DIFF
cloak_diff(a, b)
Structural diff between two page states, API responses, or text blobs. Returns added, removed, and changed sections as a structured object. Verify actions had expected effects. Detect session drift before it becomes a problem.
STRUCTURAL DIFF
TOKENS_SAVED
tokens_saved(session)
Logs token efficiency per session. Compares tokens consumed against what would have been used without VEKTOR memory compression. Produces an ROI audit trail — hard proof the memory layer is paying for itself in inference cost reduction.
ROI AUDIT
CLOAK_RENDER — NEW
cloak_render(url, selectors?)
High-fidelity layout sensor. Launches a headless browser, waits for fonts and scripts to load, then returns computed CSS, post-JS DOM state, bounding boxes, gap analysis, and asset errors. Your agent sees the page exactly as a human does — after every script has run, every font has loaded, every layout has settled.
COMPUTED CSS POST-JS DOM FONT STATUS GAP ANALYSIS ASSET ERRORS
Scraper → Sensor. Traditional scrapers read raw HTML before scripts run. cloak_render waits for the full render cycle — fonts loaded, JS executed, layout computed. What you get back is ground truth.
SENSOR OUTPUT
// cloak_render("https://your-site.com", [".nav",".hero"])
"status": "SUCCESS",
"audit": {
"gapSuspects": [],
"fonts": [
{ "family": "IBM Plex Mono", "status": "loaded" },
{ "family": "Syne", "status": "loaded" }
],
"layout": {
".nav": { "display": "flex", "w": 1440, "h": 56 },
".hero": { "display": "grid", "w": 1160, "h": 640 }
}
},
"assetErrors": []
USE CASE
Layout regression testing — verify CSS between deploys
USE CASE
Agent UX audits — detect gaps and missing fonts
USE CASE
Dynamic scraping — read content after JS renders
USE CASE
CI/CD visual QA — pipe results into test suite
Cognition Layer
MAGMA graph · SQLite
AUDN curation loop
REM dream cycle
vektor_recall · vektor_store
Shareable. Backupable.
What the agent knows.
ISOLATED
Identity Layer
vault.enc · AES-256-GCM
OS Keychain / DPAPI binding
cloak_passport · credentials
cloak_fetch · AOM stealth
cloak_render · layout sensor
Machine-locked. Cannot leak.
Who the agent is.
Vektor Slipstream
Pure recall.
Zero overhead.
Recall Latency · Local
8
milliseconds avg recall
No API roundtrip. No cloud latency. Vectors live on your machine — recall is a local SQLite lookup.
Embedding Cost
$0
per embedding call
slipstream-embedder runs fully local. No OpenAI. No Cohere. No metered API. Embed once, recall forever.
Architecture · 3 Modules
slipstream-core
Sub-millisecond vector recall engine. HNSW index. cosine similarity. k-nearest retrieval.
slipstream-embedder
Local embedding pipeline. Zero API cost. Runs on-device with no external dependencies.
slipstream-db
Lightweight SQLite vector store. Single file. Portable. You own the data.
SDK · npm install -g ./vektor-slipstream-v1.6.3.tgz
2 methods. Drop-in anywhere.
import { createMemory } from 'vektor-slipstream';   // Zero config. No API key. Runs local. const memory = await createMemory({ agentId: 'my-agent', embedder: 'local' // ← no API cost });   // Store a memory await memory.remember("User prefers TypeScript over JavaScript");   // Recall — avg 8ms, fully local const results = await memory.recall("coding preferences"); // → [{ content, score, id }] · 8ms · $0   // Install your licence key curl -sSL "https://vps.vektormemory.com/install?key=VKT-SLP-..." | bash
Embedding Space · Local 2D Projection
384-dim · on-device
Slipstream Pipeline · Live
Ingest
raw text
Embed
local · $0
Store
SQLite · flat
Index
HNSW · cosine
Recall
k=5 · 8ms
Return
scored results
Live Recall · slipstream-core
Precision without the graph overhead
Fast cosine similarity across your local vector store. Results in milliseconds.
→ recall("coding preferences")
user prefers TypeScript over JavaScript0.97
avoid lodash — use native array methods0.91
project uses ESM not CommonJS0.84
meeting with Sarah — Friday 3pm0.22
Slipstream vs Traditional RAG
No cloud. No cost. No wait.
Feature Slipstream Cloud RAG
Recall latency ~8ms 200–800ms
Embedding cost $0 · local $0.0001/token
Data ownership Your machine Their servers
Setup 1 curl command SDK + API key + billing
Offline capable Yes No
Scales to Millions of vectors Depends on plan
Why Slipstream?
Your agent deserves
memory that moves at
hyper speed.
Most memory layers are designed for search engines, not agents.
Slipstream is purpose-built for the agent loop — store, recall, done.
No REM cycle. No graph traversal. No cloud roundtrip.
Just vectors. Fast.
Mistral Integration
Sovereign memory for Mistral agents.

VEKTOR connects to Mistral via a hardware-bound HTTP tool endpoint. Your agent calls vektor_memoire directly — no local server, no MCP daemon. Memory lives on your VPS, credentials never leave your machine.

TOOL MANIFEST json
{
  "function": {
    "name": "vektor_memoire",
    "description": "Query VEKTOR sovereign memory graph.
Returns ranked memory fragments with
importance scores.",
    "parameters": {
      "query": { "type": "string" },
      "key":   { "type": "string" },
      "signature": { "type": "string" },
      "limit": { "type": "integer", "default": 5 }
    },
    "required": ["query", "key", "signature"]
  }
}
SYSTEM PROMPT text
// Paste into Mistral / Le Chat agent

Tu es un assistant avec accès à une
mémoire persistante via vektor_memoire.

Utilise cet outil pour récupérer le
contexte pertinent avant de répondre.

Rappelle toujours avec query = sujet
principal de la question utilisateur.

// English version also supported
You have persistent memory via the
vektor_memoire tool. Always recall
before responding to any query.
STEP_01
Install Slipstream
Download VEKTOR Slipstream. Extract tarball. Run npm install in the directory.
STEP_02
Activate Bridge
Run node mistral-setup.js. Enter your licence key. Bridge activates in 60 seconds.
STEP_03
Add Tool
Add vektor-tool-manifest.json as a tool in your Mistral agent or La Plateforme project.
STEP_04
Paste Prompt
Copy the system prompt printed by setup wizard. Paste into your Mistral agent. Memory is live.
SECURITY // HMAC-SHA256

Every request is signed with a hardware-bound HMAC-SHA256 signature. Format: HMAC(secret, key:unix_minute). Signatures expire every 60 seconds — replay attacks are architecturally impossible. Your licence key never travels without a valid time-bound signature. The bridge validates against your Polar licence — revoked on refund, bound to your machine.
Pricing
From $9/month. Cancel any time.
GATEWAY
VEKTOR Slipstream
$9/mo
monthly · cancel any time
  • MAGMA 4-layer associative graph
  • AUDN curation loop — zero contradictions
  • Local embeddings — zero embedding cost
  • Gemini / OpenAI / Groq / Ollama
  • memory.recall() · .remember() · .graph() · .delta()
  • LangChain v1 + v2 adapter
  • OpenAI Agents SDK integration
  • Commercial licence · Use in production
MOST POPULAR
VEKTOR SLIPSTREAM
$9/mo
monthly · cancel any time
  • Everything in Slipstream
  • REM Cycle module — 7-phase dream engine
  • Claude MCP Server — full module included
  • vektor_recall · vektor_store · vektor_graph · vektor_delta MCP tools
  • Mistral MCP — vektor_memoire tool · Le Chat + Mistral API ready
  • mistral-setup.js activation wizard included
  • D3.js live graph visualizer
  • memory.briefing() morning summary
  • vektor rem (CLI)
  • 3 production agent examples
  • 6 months updates included
  • 6 months updates · 6 months email support
HYPER SPEED
VEKTOR SLIPSTREAM
$9/mo
monthly · cancel any time
Pure vector recall at full speed. No graph overhead, no embedding cost. Drop-in memory for agents that need answers in milliseconds — not seconds.
  • slipstream-core — sub-millisecond vector recall
  • slipstream-embedder — local embeddings, zero API cost
  • slipstream-db — lightweight SQLite vector store
  • memory.recall() · .remember() API
  • Zero external embedding dependencies
  • Gemini / OpenAI / Groq / Ollama / Mistral compatible
  • Drop-in replacement for heavier memory layers
  • Commercial licence · Use in production
SOVEREIGN TIER
VEKTOR CLOAK
$249
monthly · cancel any time
Slipstream plus sovereign identity. Your agent's credentials, sessions, and API keys live in a hardware-bound encrypted vault. Includes cloak_render — a headless browser sensor that sees computed CSS, JS state, and font load status. Scraper → Sensor. Cognition and identity, separated by design.
  • Everything in Slipstream
  • cloak_fetch — AOM stealth browser, bot-resistant
  • cloak_render — high-fidelity layout sensor · computed CSS · post-JS DOM
  • cloak_passport — encrypted credential vault
  • cloak_diff — session state comparison
  • tokens_saved — ROI audit log per session
  • Mistral sovereign bridge — vektor_memoire · HMAC-bound · hardware-locked
  • Camoufox stealth fingerprint layer
  • OS Keychain / DPAPI machine binding
  • Cognition & Identity separated by design
  • 6 months updates included
  • 6 months updates · 6 months email support

Questions? [email protected]

Stay Updated
Get notified of updates
New features, early access, and nothing else.