the short answer
Pick Latitude if you want to self-host a focused agent observability platform under a plain MIT licence, on Docker Compose or its Helm chart, with evals, annotation and Agent Dispatch fix PRs. Pick Future AGI if you want far more in one Apache-2.0 platform, including simulation, built-in evaluators, a model gateway and runtime guardrails, and can run it on Docker Compose, its only supported self-host path today. Both need PostgreSQL, ClickHouse, Redis and Temporal.
- Latitude
- Tracing, evals, annotation, monitors, Agent Dispatch. MIT. Compose or Helm. Cloud from free to $99/month.
- Future AGI
- Simulation, evals, tracing, gateway, Protect, optimization. Apache-2.0, with LICENSE-EE for ee/ code. Compose only.
- Shared stack
- Both: PostgreSQL, ClickHouse, Redis, Temporal, object storage. Future AGI adds a privileged code executor.
- Runtime control
- Latitude: none, scores after the session. Future AGI: Protect and gateway scanners.
Two Open-Source Platforms of Different Widths
Latitude, from Barcelona, is open-source observability for agents: "Latitude traces your agent in production, finds the failures, and dispatches your coding agent to fix them." Its V2, released in June 2026, is deliberately narrow. It traces sessions, tools, memory and cost over OpenTelemetry with about 40 integrations; evaluates completed sessions with rule conditions, an LLM judge or custom JavaScript; supports human annotation; alerts through monitors; and sends Claude Code or Cursor to open a fix PR through Agent Dispatch. V2 dropped V1's prompt gateway, triggers and hosted tools; V1 keeps running for existing customers.
Future AGI is open source at the other extreme of scope. Its platform, Apache-2.0 at the core since Q2 2026, has six parts: Simulate (multi-turn text and voice), Evaluate (built-in evaluators, "50+ metrics" by its README's count, and its own Turing judge models), Monitor (traceAI on OpenTelemetry, and Error Feed), Protect (guardrails that block, warn, mask or log), the Agent Command Center gateway to 100+ model providers, and Optimize (prompt optimization). It reports "10K+ self-hosted deployments", by its own count.
If you are choosing between them, you have probably already decided you want to run the thing yourself, or at least keep the option. So this page starts with licences and servers and gets to features after.
Side by Side
| capability | Latitude | Future AGI |
|---|---|---|
| Licence | MIT, whole platform | Apache-2.0 core; LICENSE-EE for ee/ code |
| Single-host install | Docker Compose | Docker Compose |
| Kubernetes | Helm chart | Helm and manifests on the roadmap |
| Same images as the cloud | Documented | Published images |
| Telemetry from self-host | Not covered in the docs we read | On by default; one env var to disable |
| Evals | Rules, LLM judge, JavaScript | Built-in evaluators, Turing judges |
| Human annotation | Built in; generated evals stay aligned | Annotation queues |
| Simulation | Replays from real traces instead | Multi-turn text and voice |
| Runtime guardrails | Scores after the session | Protect; gateway tool scanners |
| Fix PRs from failures | Agent Dispatch | Not a published feature |
Future AGI has the longer feature list by a wide margin. Latitude has the simpler licence and the more finished Kubernetes story. For a platform team, the second pair of facts often matters more than the first.
MIT, or Apache-2.0 with an EE Directory
Latitude's licence is the easy read. The latitude-llm repository moved from LGPL-3.0 to MIT on May 20, 2026, and the platform in it is the platform Latitude runs: its deployment docs say every self-host option "deploys the same images with the same configurable values". There is no enterprise directory to check. Latitude's Enterprise tier sells custom on-premises deployment, SAML SSO, RBAC and an SLA, which are services and support around the same code.
Future AGI's licence needs one more step. The core is Apache-2.0, a permissive licence with an explicit patent grant that many legal teams like. Beside it sits a LICENSE-EE file: code under the repository's ee/ directories needs an Enterprise licence key or a Future AGI Cloud plan in production. That is a standard open-core arrangement. It does mean that before your teams build on a feature, someone should check whether its code lives under ee/.
Self-Hosting One by Friday
A platform engineer is asked on Monday to get one of these running on the company's own infrastructure by Friday, for a pilot with three agent teams. Here is the week, with each vendor's documented path.
Monday: count the services
Latitude runs five application services, web, api, ingest, workers and workflows, on PostgreSQL with pgvector, ClickHouse, Redis, Temporal and an object store. Future AGI's requirements page lists PostgreSQL, ClickHouse, Redis, Temporal, MinIO for object storage and a code executor that needs privileged containers, and its README also names RabbitMQ. It sizes a production install at 16+ cores, 32+ GB of RAM and 200 GB+ of SSD, and warns that "under-provisioning RAM is the most common cause of a failed first boot". Both stacks have a column store, a workflow engine and object storage. Neither is a single binary.
Tuesday: one host
Both stand up on a single machine with Docker Compose. Latitude calls its Compose route "a production-grade instance on one machine". Future AGI's README starts from published images and
docker compose up -don a fresh clone, and a profile system lets you choose which services run. Set FUTURE_AGI_TELEMETRY_DISABLED=1 if you do not want the default telemetry; the README says it collects registration data and usage counts, and "No trace data, no prompts, no API keys, ever."Wednesday: the production shape
Latitude has a Helm chart for "a scalable, highly-available deployment on Kubernetes". Future AGI's docs are direct: there are no Helm charts or Kubernetes manifests yet, that support "is on the roadmap", and Docker Compose "is the only supported path today". On a Kubernetes-only platform, that is the conversation to have first, along with whether your cluster policy allows the privileged code executor.
Thursday: read the issue trackers
Future AGI's open issues include a ClickHouse config crash-loop (#1540), missing gateway logs (#1060), reCAPTCHA blocking self-hosted login (#155), a bad span dropping a batch (#1080), SDK and platform evals disagreeing (#1890), and a CDN dependency breaking offline installs (#2339). Latitude's include near-duplicate failure clustering (#4396), a pinned OpenTelemetry version disabling CrewAI tracing (#4373) and token-sum mismatches (#4497). Check each against your agents' frameworks and your network rules.
Friday: hand it over
On a Kubernetes shop, Latitude is the likelier Friday demo, because the chart exists. On a Compose-friendly host with enough RAM, both are realistic, and Future AGI gives the three teams far more to try.
The honest summary is that the footprints are close in kind. Future AGI's is somewhat larger, with a privileged code executor and, per its README, a message queue; but anyone who tells you one of these is light and the other heavy is comparing feature lists, not Compose files. Both are real distributed systems with a column store and a workflow engine in them, and both want the care you give any stateful service.
What You Get Once It Is Running
Here the difference is large. Future AGI gives the three pilot teams a simulation environment for testing agents before release, including voice; built-in evaluators and Turing judge models to score with; an OpenAI-compatible gateway; guardrails that can mask personal data or block a disallowed tool call in the traffic they see; and prompt optimization. Its Tool Permissions and MCP Security scanners enforce tool access for traffic routed through the gateway.
Latitude gives them less, and more finished in its lane. Evaluations come in three kinds, and its docs describe rule conditions as "deterministic checks, free and instant". Human annotation is built in, and evaluations Latitude generates stay aligned to annotations over time. Datasets built from real traces feed replays and regression tests. Monitors alert in-app, by email and in Slack. Agent Dispatch sends Cursor, Claude Code, Linear or a webhook to investigate a failure through Latitude's MCP and open a PR that you review. None of it acts on a live request: evaluations score sessions after they complete.
So the feature question comes down to one thing: do you need anything in the request path? If yes, only Future AGI has it, and you will be running its gateway. If no, Latitude's narrower scope is less to operate, less to learn, and less to upgrade.
Where Each One Is Stronger
Latitude
- Licence clarity. MIT across the whole repository, with no enterprise directory to audit.
- Kubernetes today. A Helm chart for a highly available deployment, where Future AGI supports Docker Compose only.
- The repair loop. Agent Dispatch turns a failure into a pull request someone reviews.
- Operational scope. Nothing in the request path, so nothing on the hot path to keep available.
Future AGI
- Breadth. Simulation, evaluators, a gateway, guardrails and prompt optimization in one deployment.
- Runtime control. The only one of the two that can block or mask anything in live traffic.
- Deployment choices. Managed SaaS, your own VPC on AWS, GCP or Azure, or air-gapped on-prem, besides self-hosting.
- Published compliance add-ons. SOC 2 Type II, HIPAA BAA, SAML SSO and SCIM, each with a list price.
If You Would Rather Not Run It
| Latitude cloud | Future AGI cloud | |
|---|---|---|
| Free | Starter: 20K credits a month, 30-day retention, unlimited seats | 50GB storage, 2K AI credits, 100K gateway requests, 30-day retention, unlimited seats |
| Paid | Pro: $99/month, 100K credits, 90-day retention, $20 per extra 10K credits | Pay-as-you-go, plus add-ons: Boost $250, Scale $750, Enterprise $2,000 a month |
| Compliance | SOC 2 and ISO 27001 reports on Pro | SOC 2 Type II on Boost; HIPAA BAA on Scale |
| SSO | SAML SSO on Enterprise | OAuth SSO on Boost; SAML SSO and SCIM on Scale |
| Where it runs | AWS eu-central-1 | Managed SaaS, your VPC on AWS, GCP or Azure, or air-gapped |
Both clouds start free with unlimited seats and 30-day retention, which makes a side-by-side trial cheap. Each has one caveat on its pricing page. Latitude does not say what a credit measures; the page lists the question without answering it there. Future AGI's pricing and enterprise pages disagree on some SLA figures and gating. Get both answers in writing before you model a bill.
Which to Choose
- Choose Latitude when you want the simplest licence, a Helm chart today, a focused product your team can operate without learning a gateway, and failures delivered as pull requests.
- Choose Future AGI when you want simulation, built-in evaluators, a gateway and runtime guardrails from one platform, and can run Docker Compose until Kubernetes support ships.
- Choose Failproof AI if the control you need is on a coding agent's own actions, such as shell commands and file writes in Claude Code, Codex or Cursor, where a policy at the agent hook blocks them before they run.
FAQ
Is Latitude or Future AGI easier to self-host?
Closer than their feature lists suggest. Both run on PostgreSQL, ClickHouse, Redis, Temporal and object storage; Future AGI adds a code executor that needs privileged containers, and its README also names RabbitMQ. Both run on one host with Docker Compose. Latitude also has a Helm chart for Kubernetes today; Future AGI's docs put Helm on the roadmap and call Compose the only supported path.
Is Future AGI fully open source like Latitude?
Mostly. Future AGI's core platform is Apache-2.0, and the repository also carries a LICENSE-EE file: code under its ee/ directories needs an Enterprise licence key or a Future AGI Cloud plan in production. Latitude's entire platform has been MIT-licensed since May 20, 2026, and self-hosted installs use the same images as its cloud.
Does Future AGI send telemetry from a self-hosted install?
Yes, by default. Its README says telemetry collects registration data and usage counts, and no trace data, prompts or API keys. Set FUTURE_AGI_TELEMETRY_DISABLED=1 in the environment to turn it off. The Latitude docs we read did not describe self-host telemetry either way.
Which one can block an agent action?
Future AGI, for traffic that passes through its Agent Command Center gateway or its Protect SDK: Protect can block, warn, mask or log, and gateway scanners restrict tool calls and inspect MCP traffic. Latitude cannot; its evaluations score sessions after they complete and never block or change a response.
Get Started
Failproof AI is free to start. It finds recurring failure modes across agent sessions using code-based and LLM-based evaluations, groups the evidence into findings, and recommends fixes. Bring the eval suite you already have, alert the right owner when behavior drifts, and turn a tested fix into a policy that prevents the failure from recurring. See pricing for the tiers.
Sources
Checked against each vendor's own site and docs on 2026-09-14. Products change; if a detail here is out of date, tell us at support@befailproof.ai.
- Latitude homepage
- Latitude docs: Deployment
- Latitude docs: Evaluations
- Latitude docs: Migrate from V1
- Latitude changelog: Agent Dispatch
- Latitude pricing
- latitude-llm on GitHub
- latitude-llm PR #3217: license change to MIT
- Future AGI on GitHub
- Future AGI docs: self-hosting requirements
- Future AGI docs: evaluator models
- Future AGI pricing
- Future AGI enterprise
- Future AGI docs: Protect
- Future AGI: agent runtime guardrails (May 2026)