Context at inference.Not across your integration layer.

Cut token costs by up to 90%. Memory at the model layer, not across brittle connectors.

ChatGPTGeminiClaudexAIDeepSeek
token_spendbudget exceeded
MetaUberMicrosoftCoinbaseAmazonShopifyWalmartGoogleSalesforce

01

Struggling with token costs?

You're not alone.

Leaders are capping spend, cutting tools, and rethinking every model call.

session_recall0%
mon
tue
wed
fri

memory decay // each session resets

02

Poor memory recall?

Every session starts cold.

Agents forget what worked, what failed, and what your team already decided.

agent_tracenull
prompt
retrieve
tools
infer
output

03

Agents blackboxing you?

You see the output.

Not the retrieval, tool calls, or reasoning that produced it.

knowledge_map5 silos
slack
crm
jira
docs
email
no shared layer

04

Institutional knowledge fragmentation?

Context lives everywhere.

Slack, CRM, tickets, docs. Nothing shares a single source of truth.

Introducing

CORTYXIA

A zero-friction intelligence layer.

One API key swap. No rebuild, no adapters, no integration project. Unified memory, lower token spend, and full observability from day one.

Dashboard

Stop replaying every turn.
Pay for context once.

Full-context replay sends the entire conversation on every call. Cortyxia retrieves structured memory at inference, caps the prompt, and keeps spend bounded as sessions grow. Quality never takes the hit.

80.8%

fewer prompt tokens

10.2×

by question 50

governance eval · q50

103,972

full-context replay

10,158

cortyxia · 10.2× fewer tokens

q1
q25
q50

~8k token budget

01

Intercept at inference

Your app keeps the same API call pattern. Cortyxia wraps your key: one swap, no rebuild, no new adapters.

02

Remember structurally

Facts, entities, and relationships live in a persistent memory graph, not as a growing chat log you resend every turn.

03

Assemble what matters

Relevance scoring packs only what this query needs into a fixed token budget, typically 6–12K, turn 1 or turn 50.

04 · retrieval temperature

LLMs have temperature.
So should context retrieval.

Models already let you control how creative a response is. Cortyxia lets you control how much memory comes back with each call. Turn it down for a focused answer. Turn it up when the work is complex and the model needs richer context. Still bounded. Still under your control.

Lower setting

Focused answers

Less context in the prompt. Less noise. Best for policy questions, support, and everyday lookups where you want the right fact, not the full archive.

Higher setting

Deeper context

Richer memory for complex work: coding, investigations, multi-step fixes. More structure when the task needs it, without replaying the entire conversation history.

Context size over a coding session

20 turns

Prompt tokens per turn

startt5t10t15end
Focused Deeper Full history

Focused and deeper stay flat. Full history climbs through the session.

91.5%

Fewer tokens in a focused coding session versus replaying full history.

~90%

Still cut on the deeper setting, with a bit more context when the task needed it.

100%

Bug-fix success at the highest setting, versus 73% when replaying full history.

Evaluated across four domains

Enterprise governance

80.8%

50-question session · quality held

IDE coding

91.5%

20-turn session · same code quality

SWE-style fixes

70%

Cortyxia 100% vs 73.3% baseline

LoCoMo (public)

39.8%

External benchmark

Unified Memory

Your memory should not die when you switch vendors. Cortyxia keeps one shared context layer across providers and platforms, so you can move freely without rebuilding knowledge from scratch.

Claude
DeepSeek
Gemini
HubSpot
Jira
Meta
n8n
OpenAI
Claude
DeepSeek
Gemini
HubSpot
Jira
Meta
n8n
OpenAI
Salesforce
ServiceNow
Slack
Microsoft Teams
UiPath
Workato
xAI
Zendesk
Salesforce
ServiceNow
Slack
Microsoft Teams
UiPath
Workato
xAI
Zendesk
L3 // Neural Core
Memory MatrixCompounding 24/7
+142%
active_state98.4%
mem_locksecured
Substrate Temp // Optimal32.4°C
L2 // Semantic Router
Cosine Similarity0.942
Target Hub[Vector_Index_C1]
Embedding Engine // Active
L1 // Input Ingress
[Slack]"New strategic guidelines..."
[HubSpot]"Contact updated with notes..."
Listening on // REST, Webhooks, Websockets

Cumulative Intelligence

Every resolved ticket and strategic decision enriches your shared memory layer. No need for manual integrations, just select BYOK or BYOLLM, and use Cortyixa enabled API key and auto-connect with Salesforce, HubSpot, Slack, and more. Your entire stack intergrated within minutes, ensuring expertise compounds and insights never decay.

api_handshake.config
Base API Target
api.openai.com/v1/chat[bypass]
SWAP
api.cortyxia.com/v1/chat
Decoupled
Memory Router:ACTIVE (100% transparent)
Latency Surcharge:< 1ms
Data Sovereignty:Enterprise Encrypted

Zero Overhead Setup

No new adapters or platform lock-in. One-click API key swap wraps around your existing infrastructure, adding model-agnostic memory and real-time context improvement without rebuilding your agents.

Salesforce
Slack

Bidirectional Synchronization

Real-time bidirectional synchronization keeps every connected enterprise app in lockstep. Update once, reflect everywhere instantly. Your data flows seamlessly across your ecosystem.

OSuite Observability

Every inference, fully visible. Pick the right model, tighten prompts, catch guardrail breaks, and trace failures in one pane, without stitching tools together.

Model Comparison

Different tasks need different models. Compare cost, latency, and six quality scores side by side so you route each workload to the provider that actually performs best.

gpt-4o
96
claude-3.7
93
gemini-2.0
90
llama-3.3
86

Prompt Metrics

Track quality on what you send and what comes back. System instructions, user messages, and AI replies are scored on six metrics so weak prompts surface fast.

Hallucination
98
Groundedness
94
Drift
89
Relevance
91
Safety
96
Accuracy
95

Tracer

See exactly what happened on every call. Tools, memory, retrieval, and agent logic traced in one view, with a clear audit trail for your team.

Trace timeline421ms total
User input
prompt + context
0ms
Memory retrieval
4 nodes matched
34ms
Tool call
2 tools invoked
87ms
LLM inference
1.2k tokens
412ms
Response output
guardrails pass
421ms

Guardrail Check

We auto-detect the guardrails in your prompts, from persona rules like "act as a marketing bot" to hard limits like "never mention Topic X." Get alerted the moment a response breaks them.

Input
Generate a product summary...
Check
Output
Approved response delivered.
No PII
On-brand
No toxicity
No prompt injection

Knowledge Health

Expose what your organization knows and what your AI can use. See which business functions your AI covers with confidence, and where memory gaps leave teams without answers.

Knowledge Health & Cluster Intelligence

A command-center view of your organization's knowledge health across every business function, built for leadership visibility and the teams shipping agents in production. Track coverage gaps, stale signals, and blind spots; group queries by cluster to expose hotspots, missing caches, retrieval density, and unclustered nodes before they become silent debt. Prioritize acquisition exactly where recent queries found no relevant memory, so enterprises reduce risk and engineering teams know what to fix next.

Knowledge Health & Cluster Intelligence

Memory Nodes and Connections

Full visibility into how memory actually performs under load, node by node and cluster by cluster. See connection density, retrieval patterns, and how far knowledge spreads across your graph. Surface over-retrieved hotspots wasting context, under-retrieved gaps hiding institutional knowledge, and the exact nodes that need reinforcement, giving operations clear accountability and developers a precise backlog before quality drifts.

Memory Nodes and Connections

Memory Control at Scale

Control what memory is shared, who can access it, and how it stays isolated across every team and environment.

Pooled Memory

Choose what memory converges across teams and what stays locked to its own context. Share when it should, isolate when it must, with no duplication and no leakage.

Scoped Permissions

Set read, write, and admin access per namespace. Every team and agent only touches the memory it is authorized to use.

Environment Isolation

Give every project, team, and environment its own key. Production memory stays scoped and cannot cross-contaminate staging, sandboxes, or other teams.

Observability Mode

Run keys in observability-only mode. Capture telemetry and audit trails without letting monitoring traffic shape production memory.

Granular
Infrastructure

Self Host Your Data

Export Your Data for Training

Your Data, Always Yours

Weighing alternatives?
This is our view.

Cortyxia alternatives and comparisons: Mem0 alternative, Zep alternative, Graphiti alternative, Supermemory alternative, Letta alternative, MemGPT alternative, and LangMem alternative. Each card links to a full-depth Cortyxia vs guide on the blog.

Common Questions

Straight answers on how Cortyxia saves you money, keeps your data yours, and makes production AI actually work.

Cortyxia sits between your application and your model provider as a high-performance proxy. Point your base URL at Cortyxia instead of OpenAI, Anthropic, or whoever you use today, and every LLM call flows through us automatically. We retrieve the right memory, inject it into the prompt, trim what does not belong, and forward the optimized request to your provider. No rebuild. No new workflow. Your team keeps building exactly how they already do, but every call gets smarter context and full visibility from day one.
Most AI tools forget everything the moment a session ends. That means your team re-explains the same context over and over, and every department runs on a different version of the truth. Cortyxia turns scattered interactions into one living memory graph. Pool keys when you want cross-team intelligence, like a decision made in Cursor surfacing in Salesforce the same day. Keep keys isolated when a project needs strict boundaries. You choose what converges and what stays private, so knowledge compounds instead of decaying.
Yes. For teams with data residency, compliance, or security requirements, Cortyxia deploys fully on-premise or inside your VPC. The core proxy runs on SQLite by default. PostgreSQL handles telemetry and analytics. Redis is optional for caching. Your memory, your queries, and your audit trail stay inside your perimeter. You get enterprise-grade AI memory without handing custody to a third-party cloud.
Retrieval adds some overhead before the provider call, because Cortyxia assembles memory at inference instead of blindly replaying history. In return, prompts stay bounded and you send far fewer tokens. On our published evals, that trade paid off in spend and task success. Exact latency depends on workload, retrieval temperature, and provider.
Yes, when you were paying for full-context replay or bloated prompts. On our published 50-question enterprise governance eval, Cortyxia cut prompt tokens by 80.8% versus full-context with quality held, compounding to 10.2× fewer tokens by question 50. A 20-turn IDE session saw 91.5% token reduction with comparable code quality. SWE-style fixes used 70% fewer tokens while resolving 100% of tasks versus 73.3% for full-context. You pay for what the query needs, not the entire history.
Cortyxia is model-agnostic by design. OpenAI, Anthropic, Google Gemini, DeepSeek, xAI, Groq, and more route through the same memory layer. Switch providers or run different models for different tasks without rebuilding your context pipeline. Your memory stays put. Your provider becomes a choice, not a lock-in.
Everything you need to run AI in production with confidence, in one pane. Compare models on cost, latency, and six quality metrics. Score every prompt and reply. Auto-detect guardrails from your instructions and get alerted when something breaks. Trace tool calls, memory lookups, and agent steps on every message. No stitching Datadog, prompt labs, and compliance spreadsheets together. You see what happened, what it cost, and what went wrong before your users do.
Minutes, not a quarter-long integration project. Create a project, generate an API key, and point your application's base URL at Cortyxia. SDK, CLI, and coding agents across OpenAI, Anthropic, Gemini, and other providers work out of the box. Memory starts capturing on the first call. Most teams are running in a dev environment the same day and pushing to production once they see the token savings and retrieval quality for themselves.