The memory layer built for Claude Code. ekkOS remembers your taste across every session — aesthetic rules, interaction preferences, brand instincts, and winning patterns — so your AI stops resetting and starts compounding.
No more re-explaining the vibe. No more taste drift. Just faster iteration on work that already feels like you.
Built for Claude Code first. Extendable across your stack via extensions and MCP.
Claude CodeAlso compatible with Cursor, Windsurf, and MCP via extensionsYou already use Claude Code to move fast. ekkOS is the missing memory layer that turns vibe coding from fragile to compounding.
Bring it into the rest of your workflow through extensions and MCP when needed.
Taste Directives
Lock in aesthetic rules that persist across sessions and get enforced over time.
Vibe Patterns
ekkOS learns from successful iterations and turns them into reusable patterns your AI can apply again.
Dream Forge
Overnight consolidation merges winning vibes, prunes weak ones, and proposes refined directions for the next session.
Vibe Conflict Check
Catch when new output clashes with your established taste before bad changes spread.
Schema-Aware Vibe
Preserve the feel without breaking implementation details.
Your AI becomes a taste co-pilot instead of a forgetful intern.
Deploy in 3 Steps
Initialize the memory layer
Built for Claude Code. Compatible via extensions and MCP.
Vibe Demo
47-second demo slot reserved. This placeholder keeps navigation stable until the video asset is wired.
The ekkOS System
Pulse protects runtime continuity. Cortex structures context. Dream Forge evolves it overnight.
You
Ask a question
ekkOS Memory
Living knowledge layer
Smarter AI
Knows your history
Follows your rules
Gets smarter daily
You
Ask a question in your IDE
ekkOS Memory
Living knowledge layer
Smarter AI
Knows history • Follows rules • Improves daily
Watch Your AI Get Smarter
Illustrative demo of how ekkOS searches memory, applies learned patterns, and compounds knowledge over time. This sequence is not live telemetry.
Session 1: First Pattern Capture
Real-time memory operations
Search First
Every question triggers a memory search. Your AI checks what it already knows before answering.
Forge Patterns
Solutions that work get saved automatically. Anti-patterns from failures are recorded too.
Compound Learning
Outcome signals reinforce effective patterns and decay weak ones over time.
Pulse protects runtime continuity. Cortex structures that context. Dream Forge evolves it overnight.
Pulse — Runtime Continuity Layer
Cache-stable proxy for long coding sessions: durable context in motion, smart compression, and live observability.
Cortex — Structured Context Layer
Turns session traces into directives, patterns, and living docs that stay inspectable and reusable.
Dream Forge — Evolution Engine
Overnight, winning directions are recombined, weak ones are pruned, and refined next states are proposed.
Autonomous subsystems operating below the surface.
Closed-loop learning architecture. Every interaction refines the model.
The Key Insight
Standard AI operates stateless — full context reconstruction every session. ekkOS maintains persistent state. The more you operate, the sharper it gets.
Overnight the Forge merged your playful button motion with the premium spacing pattern from last week — a new composite vibe pattern is ready.
Retrieval
Surfaces relevant patterns from the substrate on query
Capture
Encodes successful resolutions as executable patterns
Reinforcement
Outcome signals strengthen or decay patterns over time
Live Trace
While your AI works, ekkOS quietly recalls what worked before, applies your preferences, and helps you avoid repeat mistakes.
How memory capture, retrieval, and reinforcement run in production.
Capture Workflow
You ask:
"Set up auth with Supabase"
ekkOS_ asks:
"Remember this?"
You say "Yes" — now it's:
ekkOS_Forever_Memory™
Retrieve + Validate
You ask:
"Add password reset"
ekkOS automatically:
Applies your prior knowledge and validates suggestions.
"Matches your prior decisions."
Live Substrate State
Seamless state persistence across development environments.
Route through any provider — operational context persists across the entire model ecosystem.
Automatic Context Injection
Operational context injected into every request. Provider-agnostic.
Unified Substrate
Train on Claude, retrieve on GPT. One substrate, all providers.
Single-Endpoint Integration
One connection. Memory-aware intelligence across your entire stack.
Eliminate context reconstruction overhead. Your operational history persists across all sessions and environments. Focus on shipping, not re-explaining.
- Zero context reconstruction overhead
- Autonomous pattern capture on resolution
- Anti-pattern detection prevents regression
- Full provenance chain for every recommendation
Compound intelligence. Every session strengthens the substrate.
Institutional knowledge transfer with shared substrate context.
Knowledge Propagation
One operator resolves an incident. The entire fleet inherits the solution.
Pattern Alignment
Recommendations aligned with team architecture. Drift detected, not discovered.
Zero-Day Operational Readiness
New operators inherit years of institutional intelligence from first session.
Architectural Drift Detection
Continuous monitoring for pattern divergence. Consolidate before it compounds into debt.
Every suggestion validated against your operational history.
Grounded
Aligns with proven patterns in your operational history. Execute with confidence.
Speculative
No prior data. Uncharted territory. Proceed with validation.
Conflict
Contradicts an established pattern or directive. ekkOS flags the divergence.
Every suggestion cross-referenced against accumulated patterns, directives, and operational history. Intercepts regressions before they reach your codebase.
The architecture separating storage from intelligence
The Golden Loop™
Every cycle refines the model. Effective patterns reinforce. Failures decay. The substrate sharpens.
Static Memory
- Returns identical results regardless of outcome
- Requires manual curation and maintenance
- No feedback loop — cannot self-improve
- Stale patterns persist indefinitely
ekkOS Adaptive Memory
- Outcome tracking on every application
- Autonomous capture of successful resolutions
- Continuous reinforcement from usage signals
- Stale patterns decay via forgetting engine
The difference: static storage repeats what was saved. ekkOS continuously incorporates outcome signals, reinforcing what works and decaying what fails.
Deploy free. Scale with your intelligence footprint.
Developer
Start learning immediately—see the difference on day one
- Built for Claude Code (compatible via extensions & MCP)
- Pattern forging (50/month)
- Memory search (100/month)
- Basic pattern injection
- Directive & conflict checking
- Auto-forge from fixes
- Secrets vault (5 secrets)
- 7-day memory retention
- Community support
Professional
Faster learning, deeper memory—for developers who ship daily
- Unlimited pattern forging & memory search
- ekkOS_Forever_Memory™ (permanent retention)
- Full Cortex intelligence (smart injection)
- Schema, gap detection & episodic recall
- Unlimited secrets vault (AES-256-GCM)
- Unlimited plans & goals
- Collective Memory access
- API access (20 keys)
- Priority support
Team
Shared intelligence across your team—compound learning at scale
- Everything in Professional
- Shared pattern library across team
- Team memory spaces with role-awareness
- Team analytics & drift detection
- Collaborative pattern curation
- Admin controls & permissions
- SSO (Google, GitHub, SAML)
- Audit logs
- Custom retention policies
Accelerated by
Deploy the substrate and start capturing operational knowledge from the first session.Build a continuously improving memory loop across every AI interaction.
Free forever on Developer tier. No credit card required.
Built for Claude Code. Works with Cursor, Windsurf & any MCP client.