AI Evaluations

Future AGI vs Deepchecks: The Showdown Every AI Team Needs to See

Future AGI vs Deepchecks: The Showdown Every AI Team Needs to See

Future AGI vs Deepchecks: The Showdown Every AI Team Needs to See

Future AGI vs Deepchecks: The Showdown Every AI Team Needs to See

Future AGI vs Deepchecks: The Showdown Every AI Team Needs to See

Future AGI vs Deepchecks: The Showdown Every AI Team Needs to See

Future AGI vs Deepchecks: The Showdown Every AI Team Needs to See

Last Updated

Jul 21, 2025

Jul 21, 2025

Jul 21, 2025

Jul 21, 2025

Jul 21, 2025

Jul 21, 2025

Jul 21, 2025

Jul 21, 2025

By

Rishav Hada
Rishav Hada
Rishav Hada

Time to read

13 mins

Table of Contents

TABLE OF CONTENTS

Future AGI vs Deepchecks: The Showdown Every AI Team Needs to See

In the fast lane of AI, two names keep popping up whenever developers gather around the water cooler: Future AGI and Deepchecks. Both have their quirks, their strengths, and, as with any two heavyweight contenders, their devoted fans. But when the chips are down and a team has to bet the farm on reliable, next-level LLM evaluation, which platform takes the trophy? Here’s a side-by-side, real-world comparison that pulls no punches - and just might save your next AI project from going sideways.

Introducing the Contenders

First up, Future AGI. Some call it the Swiss Army knife for GenAI workflows. It’s packed with tools for everything: prototyping, rigorous evaluation and real-time observability. All the big buzzwords - prompt optimization, guardrails, tracing, and AI-driven evals - aren’t just features, they’re baked into its DNA. It claims to help teams reach near-perfect accuracy, and judging by the chatter from folks using it, that’s not just marketing fluff. Integration? Smooth as silk, whether you’re working with OpenAI, Anthropic, Cohere, or that custom LLM the data scientist swears is “the future.”

On the other side of the ring is Deepchecks. This toolkit earned its stripes by being flexible and thorough. Think of Deepchecks as the grizzled QA engineer who’s seen it all - it’s constantly poking, prodding, and double-checking not just LLMs, but all kinds of machine learning models. It doesn’t play favorites; it’s just relentless about finding flaws. The tool comes equipped with automated tests, version comparisons, and root cause analysis. If there’s a gremlin in your data or your pipeline, Deepchecks will probably catch it - often before you even realize there’s an issue.

Capabilities: Who Packs More Punch?

Future AGI goes for the jugular with its focus on the entire LLM lifecycle. It doesn’t just help a team evaluate prompts; it lets users build, break, rebuild, and monitor everything about their generative AI. The platform’s prompt playground is like a candy store for engineers - test new ideas, pit prompts against each other, and let the system pick the champion. Synthetic data? No problem. Guardrails to stop hallucinations or toxic outputs? That’s old hat. Teams rave about catching disasters before they ever hit production. Imagine a QA system that pulls the fire alarm before anyone even smells smoke.

Deepchecks, meanwhile, is the utility knife of AI validation. If flexibility and modularity are what’s needed, it’s ready. Whether running a quick bias audit or an all-out adversarial attack on a new chatbot, Deepchecks thrives.

Features, User Experience, and the "Aha!" Moments

In the wild world of AI, sometimes features are less about the box-ticking and more about how everything feels when in the thick of a launch. Future AGI, with its dashboard-driven design, makes it surprisingly easy for a team to see what’s happening, where things are breaking, and, importantly, what’s actually working. Time saved is sanity preserved. The ability to create synthetic test cases on the fly is a game-changer. Teams often talk about those moments when a single flagged error in the pre-prod phase prevented a PR disaster - like catching a leaky roof before the storm rolls in.

Customer Reviews: What the G2 Crowd Really Says

If software tools were judged by applause, Future AGI would get a standing ovation. Its G2 score hovers close to perfect. Why? Teams keep praising its uncanny knack for sniffing out hallucinations and policy violations. The guardrails aren’t just for show - they’re the real deal. More than one review tells stories of embarrassing AI outputs stopped dead in their tracks. There’s a sense of relief, almost like dodging a bullet, and that sticks with a team. Users mention how the automation and integrated workflow actually let them sleep at night, knowing there’s another set of eyes (albeit digital ones) watching for mistakes.

Deepchecks also gets solid reviews - its score isn’t shabby, though just a hair below Future AGI’s. Reviewers often wax poetic about how Deepchecks brings structure to chaotic pipelines, especially for teams juggling tabular, vision, and LLM models. It’s the peace-of-mind tool, the safety net. The flip side? Some users felt the learning curve was steeper than a San Francisco hill, and documentation sometimes left them scratching their heads. But once set up, its consistency and flexibility win fans for life.

Pricing: Wallet Watch

Let’s not mince words - budget matters. Future AGI makes a splash with a free plan that packs more punch than most would expect. Small teams can get a real taste of its core features without reaching for the company card. When it’s time to scale, the $50/month Pro tier unlocks all the heavy machinery. Enterprise deals are there, too, for those who want the works - on-prem, compliance, VIP support, the whole nine yards.

Deepchecks, For teams who like to build their own castles, this is music to their ears. The Hub, with its SaaS conveniences, starts at a higher price point (about $159/model/month), and those numbers climb for large-scale operations.

Performance, Integrations, and Real-World Fit

Both platforms can handle more load than a busy NYC deli at lunchtime. Future AGI’s cloud architecture means teams can toss huge volumes of eval traces at it without breaking a sweat. Deepchecks matches muscle for muscle on scalability, especially when teams wield its open-source variant on their own infrastructure.

Integration-wise, it’s a dead heat. Future AGI plays nice with every major LLM provider and common ops tools, slotting right into a modern GenAI stack. Deepchecks, being code-first, can worm its way into just about any workflow, from Jupyter to Jenkins. The trick is figuring out what style fits the team’s rhythm: ready-to-go dashboards or hands-on, code-powered validation.

Use Cases: Horses for Courses

Future AGI is tailor-made for teams building chatbots, virtual agents, or content engines powered by LLMs. It’s the secret sauce behind fast-moving AI startups who need airtight outputs - no ifs, ands, or buts. One bug caught early could pay for the whole tool, and users love sharing those war stories.

Deepchecks, meanwhile, is for the AI department that juggles LLMs one day and tabular models the next. It’s the multi-tool that never says no to a challenge. If a project demands custom validation or if CI/CD integration is king, Deepchecks is ready to play ball.

Comparison Table: At a Glance

Aspect

Future AGI (LLM Observability & Eval Platform)

Deepchecks (AI Validation & Testing Framework)

Core Purpose

End-to-end platform to build, evaluate, optimize, monitor, and guardrail generative AI applications. Focused on LLMs and multimodal GenAI (e.g. chatbots, generators) for high accuracy and safe deployment.

Comprehensive solution for AI/ML validation from research to production. Provides testing, evaluation, and monitoring for models (LLMs and traditional ML), ensuring they work properly and reliably.

Key Features

- Prompt Hub & Workbench for rapid prompt experimentation and side-by-side testing.- Automated Evaluations: quality checks (accuracy, compliance) without requiring human labels.- Observability & Tracing: real-time logging of model calls, monitors cost/latency/errors.- Protect Guardrails: automatic detection of hallucinations, toxicity, bias, policy violations to ensure safe outputs.- Error Localizer: Pinpoints where/why a model output failed, aiding debugging.- Synthetic Data Generation: create tailored test data to improve model training/evaluation.- Projects & Experiments: Organize evaluations into projects; identify “winner” prompts or models from experiments.- Dashboards & Alerts: Pre-built dashboards, anomaly detection, and alert integrations (email/Slack) for metrics.

- Automated Testing & Validation: Library of checks for data integrity, bias, and output quality; auto “pass/fail” scoring of model outputs (Automatic Annotations).- Core LLM Eval Features: Version Comparison (A/B test different prompts/models), Root Cause Analysis to diagnose failures, Production Monitoring of model performance over time.- Custom Metrics (Properties): Many built-in metrics (e.g., relevance, correctness, completeness) for various tasks; allows defining new custom evaluation metrics as needed.- AI-Assisted & Manual Annotations: Can integrate LLMs to help label data or facilitate humans in the loop for difficult cases.- Evaluation Set Management: Tools to build and maintain high-quality test sets; guidance on updating tests when data changes.- Adversarial Testing: Features like “Pentesting your LLM app” to systematically probe model weaknesses.- Reporting: Results can be output to dashboards or JSON, and integrated into CI/CD or Jupyter notebooks for analysis.

Observability & Monitoring

Yes – built-in. Live monitoring of every LLM interaction with real-time dashboards. Supports 10k+ traces/month on free (100k on Pro, unlimited Enterprise). Historical data retention (120 days free, 360 days Pro). Alerts on anomalies or policy violations can be configured. Ideal for keeping an eye on a production chatbot or agent continuously.

Yes – continuous validation. Can be set to monitor data and outputs at intervals. Deepchecks Hub provides monitoring UI (with Datadog/New Relic integration for alerts). Often used to monitor data drift, output quality drift and trigger alerts if metrics deviate. Open-source can be run as a scheduled job to simulate monitoring. Suitable for ongoing QA of models in production.

Safety & Bias Mitigation

Strong focus. The Protect module auto-flags toxic, biased, or disallowed content in outputs. It acts in real-time, preventing unsafe responses from reaching users. This is out-of-the-box with pre-defined checks (which can be customized). Future AGI also ensures compliance (SOC-2, HIPAA etc. on enterprise) for data handling.

Configurable. Provides tests for bias/fairness (users can supply datasets for different groups and compare performance). Can detect hallucinations and irrelevant answers via properties (e.g., “Grounded in Context” property to check if answer came from provided context). However, it may require more manual setup to enforce policies (e.g., you might write a check to detect banned words). More flexible but not as plug-and-play for safety as Future AGI’s guardrails.

Data & Integration

Data Handling: Can import data from HuggingFace or CSV, etc., and create synthetic data directly in platform. Supports creating large eval datasets and auto-annotating them (100 rows auto-annotation free, 10k in Pro). Integrations: API/SDK available; integrates with major LLM APIs (OpenAI, Anthropic, Cohere, etc.) and cloud AI platforms (Azure, AWS, GCP). Has web UI for most operations and can hook into Slack/Email for alerts. Enterprise plan integrates with SSO for user management.

Data Handling: Works with pandas DataFrames, JSON, etc. Open-source means you load your data in code. Supports various data types (text, tabular, images via other pkg). No built-in synthetic data generation, but you can use external tools and then validate with Deepchecks.Integrations: Very extensible – Python SDK allows integration anywhere in pipeline. Built-in connectors for OpenAI, Azure, GCP Vertex, Anthropic (for using those in eval or annotation). Integrates with monitoring tools (Datadog, NewRelic) for alerts. Also integrates with LangChain for capturing LLM chain traces. In short, easily slots into custom ML stacks, CI/CD, and data science notebooks.

User Experience

Modern UI, low-code approach. Designed so that much can be done via a dashboard (great for demoing to stakeholders). Intuitive for those familiar with ML; some learning curve for complete non-tech users, but overall praised as “intuitive and easy”. Quick to start with templates and wizards. Initial setup (connecting APIs, instrumenting app) requires dev input but one-time.

Developer-friendly, with a dual approach: code or UI. Data scientists can write config in code (Python) for maximum control, which appeals to engineers. The Deepchecks Hub UI offers a more guided experience for less technical users to view results. Users noted it supports both “coders and clickers” well. However, some find it complex to configure at first and docs assume ML knowledge. Once set up, provides clear visualizations and reports.

Scalability

Cloud-native and enterprise-ready. Handles large volumes of evals (enterprise can scale to millions of traces with custom infra). Team collaboration built-in (multi-seat support).

Highly scalable via open-source or cloud. In open-source, you can scale horizontally by deploying on stronger servers or clusters (used in production by big firms). Deepchecks Hub scales your usage based on plan (e.g., higher DPUs for more models/data). Good for both small projects and enterprise (they secured funding to ensure robust platform).

Pricing

Freemium SaaS: Free tier available (3 user seats, limited usage). Pro Plan at $50/month for higher limits and full feature access. Enterprise is custom (with advanced features & support). Cost is relatively low for startups (and Future AGI offers startup credits).

Open-source + SaaS: Core framework is open-source and free to use. Optional Deepchecks Hub (managed service) has paid plans – e.g., Startup plan ~$159/model/month (with limited-time discounts) and enterprise plans (around $1000+/month at scale). Essentially free to start, pay as you grow or if you need cloud convenience.

Customer G2 Rating

4.8/5 (as of 2025) – Users love its impact on GenAI quality: “warns us early about hallucinations… like having QA for GenAI”; “seamless integration saved hours”. Minor quibbles on docs/integrations, but no major issues reported.

4.3/5 – Users appreciate “automated testing ensures thorough checks” and “user-friendly for tech and non-tech alike”. Critiques about setup complexity and learning curve, but overall seen as powerful and reliable.

Pros, Cons, and Those “Gotcha” Moments

Future AGI Pros:

  • All-in-one workflow, smooth dashboards

  • Powerful, out-of-the-box guardrails

  • Synthetic data and prompt experiments

  • Fast support and startup-friendly pricing

  • Users gush over the error prevention

Future AGI Cons:

  • Feature-rich: easy to get lost at first

  • Docs could use a glow-up

  • Some integrations still on the wishlist

Deepchecks Pros:

  • Open-source power - hack it to fit anything

  • Deep, customizable testing

  • Friendly to both coders and product managers

  • A single framework for all model types

Deepchecks Cons:

  • Learning curve bites if rushed

  • Documentation sometimes sparse

  • Some features locked behind SaaS tier

  • More effort for real-time guardrails

Verdict: Why Future AGI Has the Edge (And Not Just Because It’s Flashy)

Here’s the bottom line: For AI developers on the hunt for a platform that combines speed, depth, and peace of mind, Future AGI brings a lot to the table. The platform’s real-time guardrails and intuitive design mean even the scrappiest startup can punch above its weight. It’s not just about catching errors - it’s about building trust in the outputs and saving those “Oh no, did it really just say that?” moments for someone else’s product launch.

Sure, Deepchecks is a beast in its own right. It’s the go-to for teams who want ultimate flexibility and already have a CI/CD pipeline brimming with custom scripts. However, for the wave of AI teams focused on LLMs, the clear, all-in-one nature of Future AGI offers a smoother ride - and less time spent playing whack-a-mole with bugs.

Choosing between them? It’s not just a coin toss. Consider the speed, the stakes, and the stories the team wants to tell at the next hackathon. If peace of mind and streamlined LLM launches sound appealing, Future AGI isn’t just a good choice - it’s the smart one.

FAQs

How steep is the learning curve for each?

What about costs if the project scales?

Which platform keeps AI safer in production?

Are both platforms good for non-coders?

How steep is the learning curve for each?

What about costs if the project scales?

Which platform keeps AI safer in production?

Are both platforms good for non-coders?

How steep is the learning curve for each?

What about costs if the project scales?

Which platform keeps AI safer in production?

Are both platforms good for non-coders?

How steep is the learning curve for each?

What about costs if the project scales?

Which platform keeps AI safer in production?

Are both platforms good for non-coders?

How steep is the learning curve for each?

What about costs if the project scales?

Which platform keeps AI safer in production?

Are both platforms good for non-coders?

How steep is the learning curve for each?

What about costs if the project scales?

Which platform keeps AI safer in production?

Are both platforms good for non-coders?

How steep is the learning curve for each?

What about costs if the project scales?

Which platform keeps AI safer in production?

Are both platforms good for non-coders?

How steep is the learning curve for each?

What about costs if the project scales?

Which platform keeps AI safer in production?

Are both platforms good for non-coders?

Table of Contents

Table of Contents

Table of Contents

Rishav Hada is an Applied Scientist at Future AGI, specializing in AI evaluation and observability. Previously at Microsoft Research, he built frameworks for generative AI evaluation and multilingual language technologies. His research, funded by Twitter and Meta, has been published in top AI conferences and earned the Best Paper Award at FAccT’24.

Rishav Hada is an Applied Scientist at Future AGI, specializing in AI evaluation and observability. Previously at Microsoft Research, he built frameworks for generative AI evaluation and multilingual language technologies. His research, funded by Twitter and Meta, has been published in top AI conferences and earned the Best Paper Award at FAccT’24.

Rishav Hada is an Applied Scientist at Future AGI, specializing in AI evaluation and observability. Previously at Microsoft Research, he built frameworks for generative AI evaluation and multilingual language technologies. His research, funded by Twitter and Meta, has been published in top AI conferences and earned the Best Paper Award at FAccT’24.

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