
Up to 80%+ token cost reduction with improved accuracy.
Powered by Rembr and the Recursive Language Model pattern proven by MIT.
See how much Rembr can save your team with AI Context Infrastructure
A smarter way to handle massive contexts without breaking the bank
Traditional AI agents stuff everything into one massive context window:
Result: 200K tokens × $0.01/1K = $2 per request
Performance degrades as context grows (context rot)
Instead of loading everything at once, the AI breaks down work and delegates to sub-agents:
Break task into smaller sub-problems
Spawn fresh sub-agents for each piece
Combine results into final answer
Example: "Refactor auth system across 50 files"
Main agent: Analyzes structure (5K tokens)
Sub-agents: Each handles 1 file (10 × 3K = 30K tokens)
Total: 35K tokens instead of 200K+ = 80%+ savings
RLM's power comes from not having to re-analyze everything. That requires infrastructure:
Store analyzed context once, retrieve instantly. Main agent doesn't re-read 100K tokens every session.
Sub-agents retrieve only relevant memories (500 tokens) instead of full context (100K+ tokens).
All sub-agents access the same memory pool. No redundant analysis across parallel tasks.
Memories persist between sessions. Your agent gets smarter over time, not amnesic.
Fast enough to enable aggressive decomposition. Spawn 10 sub-agents in parallel without latency penalty.
Works with Claude, Cursor, Windsurf, and any MCP client. No custom integration needed.
The Bottom Line:
RLM is the strategy (smart delegation).
Rembr is the infrastructure (persistent, searchable context).
Together: 80%+ cost savings + better accuracy.
MIT's Recursive Language Model paper demonstrated that intelligent context management:
Reduces token usage by 80%
Up to 2× better performance vs context stuffing
Handles 10M+ token contexts
Scale from side project to enterprise.
All plans include the full RLM context layer.
Unlimited everything • SLA • SSO • Dedicated support