Future AGI: Evaluate, Observe, and Improve AI Agents in One Place

Table of Contents

If you have shipped an AI agent, this will sound familiar. The demo runs fine. Then it hits production, the hallucinations start, and you can’t tell what went wrong or why. So you bolt on one tool for evals, another for tracing, another for guardrails. The real problem is that none of them talk to each other, so the loop you need to actually fix things never closes.

Future AGI is an open-source platform built to close that loop. It puts simulation, evaluation, guardrails, monitoring, and optimization on one surface and lets data move between them. It’s Apache 2.0, self-hostable, and past 1.2k GitHub stars.

The problem

A typical LLM stack ends up scattered:

  • Evals in something like Braintrust
  • Tracing in Langfuse or Helicone
  • Guardrails in Guardrails AI
  • Simulation in a script someone wrote

Because each piece is a different tool, the data doesn’t move. Production traces never come back as a signal for the next version, so the agent gets watched but never gets better. Future AGI merges those flows. Every trace becomes input for the next iteration.

Six features

It’s built on six pillars, and each one stands in for a tool you’d otherwise run on its own.

FeatureWhat it does
๐Ÿงช SimulateMulti-turn conversations against personas, adversarial inputs, and edge cases, run before launch (text and voice: LiveKit, VAPI)
๐Ÿ“Š Evaluate50-odd metrics in one evaluate() call: groundedness, hallucination, tool-use correctness, PII, tone. LLM-as-judge plus heuristics plus ML
๐Ÿ›ก๏ธ Protect18 built-in scanners (PII, jailbreak, injection) and 15 vendor adapters (Lakera, Presidio, Llama Guard)
๐Ÿ‘๏ธ MonitorOpenTelemetry tracing, wired into 50-odd frameworks (LangChain, LlamaIndex, CrewAI) with no config
๐ŸŽ›๏ธ Agent Command CenterOpenAI-compatible gateway. 100-odd providers, semantic caching. ~29k req/s, P99 under 21ms with guardrails on
๐Ÿ” OptimizeSix prompt-optimization algorithms (GEPA, PromptWizard, ProTeGi). Production traces feed back as training data

The gateway is written in Go, and the performance numbers ship with a benchmark harness you can rerun. That’s more convincing than the word “fast.”

Sixty-second start

Free tier, no install:

pip install ai-evaluation
# Sign up at app.futureagi.com

The whole stack, self-hosted with Docker:

git clone https://github.com/future-agi/future-agi.git
cd future-agi
./bin/install            # Windows: .\bin\install.ps1
# http://localhost:3000

Adding tracing to an existing agent takes a few lines:

from fi_instrumentation import register
from traceai_openai import OpenAIInstrumentor

register(project_name="my-agent")
OpenAIInstrumentor().instrument()
# Your existing OpenAI code is now traced.

How it differs

This space already has strong players. LangSmith is great at tracing inside the LangChain world. Arize came from ML observability, so its stats run deep. Braintrust is built around prompt experiments, and Langfuse is the open-source self-hosting favorite. Future AGI plays a different angle: don’t stitch a separate vendor onto every stage, do the whole lifecycle in one place. Pricing is flat rather than per-seat (free tier, then Pro at $50/month), and it leans on the fact that your data never leaves your network.

Being honest about it: the all-in-one bet cuts both ways. A team that only needs one stage done really well may be better off with a specialist tool. Future AGI fits the team that’s tired of gluing five vendors together.

Worth reading alongside

  • Langfuse: the open-source observability favorite, self-hostable
  • Arize Phoenix: evals and drift analysis with an ML-observability backbone
  • Braintrust: prompt experimentation and evals
  • LangSmith: tracing for LangChain stacks

Wrapping up

If you’re pushing an LLM app past the prototype stage and you’re sick of the tool sprawl, it’s worth a look. It may not be the single best option at any one stage, but the direction (pull the scattered pieces onto one thread) is clear.

References

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