Org-aware memory for multi-user AI apps.

Drop-in memory infrastructure that learns at the role, team, and org level — so your AI app gets smarter as more agents and humans use it.

terminal
$ pip install memsy

>>> from memsy import MemsyClient, EventPayload
>>> client = MemsyClient(api_key="...")
>>> 
>>> # Agent and human — same API, same memory plane
>>> client.ingest([
>>>     EventPayload(actor_id="agent:triage-bot", role_id="support", ...),
>>>     EventPayload(actor_id="user_42", role_id="support", ...),
>>> ])
How memsy works

Memory at every level of your org.Surfaced when it matters.

Memsy keeps individual moments and the patterns that emerge from them. When your AI app needs cross-user context, the right tier surfaces.

Waiting for the first query from your AI app…
OrgTeamRoleIndividualMMiaSupportOOwenSupportRRajEng>_[Triage]Support agentDDevEngSSaraSalesJJulesSupport>_[DeployBot]Eng agentNNoorSales>_[Pipeline]Sales agent
Human
>_ Agent
Individual

Raw conversations as they arrive. The source material that patterns and shared knowledge emerge from.

Role

Patterns within a function — what a role has come to know across everyone in it.

Team

Knowledge that crosses roles — shared across a team or department.

Org

What the whole org has come to know — company-wide truth.

Our statement

Memory that knows your users' org. Not just their last prompt.

Other systems remember the last conversation. Memsy operates at a different layer — extracting patterns, procedures, and context that apply at the role, team, and function level. Individual conversations stay scoped to the individual.

Our features

Everything your AINeeds to remember

How it works

Four steps to org memory

# 1. Install
pip install memsy

# 2. Initialize
import os
from memsy import MemsyClient

client = MemsyClient(
    base_url="https://api.memsy.io",
    api_key=os.environ["MEMSY_API_KEY"],
)
Benchmark

Tested against every major memory system.Ranked above all of them.

No benchmark exists for organizational intelligence — the cross-user patterns, role context, and structured memory that Memsy extracts. So we ran the industry's toughest individual memory benchmark instead. And topped it.

LoCoMo Answer Accuracy — Production Retrieval Depth

88.12
k=20
Memsy
87.21
k=10
Memsy
85.00
CORE
82.66
k=50
mem0
80.32
k≈10
Zep

LoCoMo (Snap Research, ACL 2024). Cat 1–4, Adversarial Excluded Per Standard Protocol.

Now look at what it takes.

mem0 reports 91.6% on LoCoMo — the highest published score. Here are the conditions behind that number and ours.

Memsy
mem0
LoCoMo Score
88.12%
91.6%
Answer Model
GPT-4.1 mini
GPT-5
Judge Model
GPT-4.1 mini
GPT-5
Memories Retrieved
20
200
Tokens Per Query
~1,700
~7,000
Score / 1K Tokens
51.84× BETTER
13.1

Memory performance metrics

accuracy per token
10×
less retrieval to win
88.12%
single pass, no post-processing

The accuracy advantage isn't the model.
It's the Architecture.

Higher scores exist — using 10× more memories, 4× more tokens per query, and the most expensive model available. Memsy finds the right memory first. And then does something no other system even attempts — extracting the organizational intelligence behind it.

LoCoMo Long-Context Memory Benchmark (Snap Research, ACL 2024). Categories 1–4, Adversarial Excluded Per Standard Protocol. Memsy: Single-Pass Run, GPT-4.1 Mini, No Post-Processing. mem0 Scores From github.com/mem0ai/memory-benchmarks. CORE Score From github.com/RedPlanetHQ/core-benchmark. Zep Score From zep.ai. All Scores Reflect Each System's Own Published Evaluation Configuration.