Production-Ready Infrastructure for AI Agents

Stop losing 30% of your agent productivity to memory issues. Deploy enterprise-grade agent operations in minutes.

30-40% Productivity Loss from Memory Issues
< 5 min Setup Time
99.9% Uptime SLA

Framework agnostic • No vendor lock-in • Production tested

Before AgentOps

agent.memory = [] # Lost context
❌ Memory overflow error
❌ State corrupted
❌ Agent restart required

With AgentOps

agent.remember("user_preference")
✓ Persistent across sessions
✓ Auto-compaction
✓ State recovery

Why Agent Development is Hard

Real feedback from developers building production agent systems

🧠

Memory Management Hell

"The agent memory is nothing more than a list of messages... You're absolutely correct that passing the entire list saturates the context window, leading to reduced accuracy."

— Reddit r/AI_Agents

🔧

Framework Reliability Issues

"LangChain turns into spaghetti fast once you start chaining multiple agents... Hidden state issues if you're not super careful."

— Production Developer

Production Failures

"AutoGPT: Fun to play with. Terrible for production. CrewAI: Random breaks show up quickly in anything long-running or stateful."

— Framework Comparison

Agent Productivity Over Time

Studies show agents lose 30-40% productivity due to memory and state issues

Enterprise Agent Infrastructure

Three pillars that make agent operations reliable and scalable

Persistent Memory

Agents remember across sessions, conversations, and deployments. No more starting from scratch every time.

  • Context-aware memory management
  • Automatic relevance scoring
  • Cross-session persistence
  • Smart memory compaction

State Recovery

Automatic failure handling and state reconstruction. Your agents recover gracefully from any interruption.

  • Automatic checkpointing
  • State reconstruction
  • Failure recovery protocols
  • Context window management

Multi-Agent Coordination

Shared state management for agent squads. Coordinate complex workflows without state conflicts.

  • Shared memory spaces
  • Agent-to-agent communication
  • Workflow orchestration
  • Conflict resolution

Developer Experience That Just Works

From complex memory management to simple SDK calls

Before: Complex Memory Management

import json
from typing import List, Dict

class AgentMemory:
    def __init__(self):
        self.memory = []
        self.context_limit = 4000
        
    def add_memory(self, content: str):
        self.memory.append(content)
        if self._estimate_tokens() > self.context_limit:
            self._compress_memory()
    
    def _estimate_tokens(self) -> int:
        # Complex token estimation logic
        return sum(len(m.split()) * 1.3 for m in self.memory)
    
    def _compress_memory(self):
        # Manual memory compression
        # Risk of losing important context
        self.memory = self.memory[-10:]
    
    def get_relevant_context(self, query: str) -> str:
        # Custom relevance scoring
        # Prone to errors and context loss
        return "\n".join(self.memory[-5:])

With AgentOps: Simple & Reliable

from agentops import AgentMemory

# Initialize with automatic optimization
memory = AgentMemory(
    agent_id="customer_service_bot",
    optimization="smart_compress"
)

# Add memories with automatic relevance scoring
memory.remember("User prefers email over phone contact")
memory.remember("Previous issue: billing question resolved")
memory.remember("Customer tier: premium, 3 years")

# Get relevant context automatically
context = memory.recall(
    query="customer wants to change contact method",
    max_tokens=2000  # Automatic context fitting
)

# Memories persist across sessions automatically
# No manual compression or state management required

Framework Agnostic

Works with any agent framework or custom implementation

LangChain ✓ Supported
CrewAI ✓ Supported
AutoGPT ✓ Supported
Custom ✓ Supported

Production Reliability for Enterprise

Enterprise-grade infrastructure with developer-friendly experience

99.9% Uptime SLA

Production-grade reliability with automatic failover and redundancy

SOC 2 Type II Compliance

Enterprise security standards with end-to-end encryption

Advanced Observability

Debug agent behavior with detailed logs and performance metrics

Multi-Region Deployment

Global infrastructure with data residency compliance

24/7 Support

Dedicated support team with agent architecture expertise

Custom Integrations

Seamless integration with existing enterprise systems

Real-Time Operations Dashboard

Active Agents 1,247
Memory Operations/sec 8,432
Avg Response Time 23ms
Success Rate 99.97%

Get Started in Minutes

Simple setup, immediate value

1

Install SDK

pip install agentops
2

Initialize Agent

import agentops

agent = agentops.Agent(
    name="my_assistant",
    memory_strategy="smart_compress"
)
3

Start Building

agent.remember("User prefers concise responses")
response = agent.process("What's the weather?")
# Memory persists automatically

Ready to eliminate agent memory issues?

Free 14-day trial • No credit card required • Full feature access