AI tool comparison
Core vs Sup AI
Which one should you ship with? Here is the side-by-side panel verdict, pricing read, reviewer split, and community vote comparison.
Productivity
Core
An AI OS with a persistent butler agent that works while you sleep
50%
Panel ship
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Community
Paid
Entry
Core is an open-source "AI operating system" built around a single premise: AI should remove operational friction, not just build-time friction. While most AI tools require you to brief them every session and manually synthesize their outputs, Core ships with Alfred — a persistent, named butler agent that executes scheduled tasks autonomously and surfaces results where you already work. The philosophical distinction is between directive AI (you tell it what to do each time) and ambient AI (it runs your backlog while you focus on other things). Alfred maintains context across sessions, executes routine operations on schedule, and doesn't wait to be invoked. Think scheduled research summaries, automated triage, or recurring data pulls — tasks that currently require either expensive automation platforms or manual check-ins. The project is self-hostable via GitHub and is currently in waitlist mode for the hosted version. It's early-stage, but the architecture — a persistent agent with long-running task support and integrations into existing workflows rather than a separate chat interface — points toward a category of tooling that's been largely missing. Most AI assistants are reactive; Core is explicitly designed to be proactive.
AI Productivity
Sup AI
Runs 339 LLMs in parallel and downweights the hallucinating ones.
50%
Panel ship
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Community
Free
Entry
Sup AI is an ensemble AI assistant that runs your query through 339 language models simultaneously, measures per-segment confidence across all responses, and synthesizes a final answer that amplifies agreement and suppresses likely hallucinations. The team claims a 52.15% score on Humanity's Last Exam (HLE) — 7.41 percentage points above the single best model — which, if verified, would make it the highest-scoring system on the benchmark to date. The underlying mechanism works like an LLM panel: each model votes on sub-claims within the response, confidence is estimated by agreement density, and the final output surfaces high-confidence segments while flagging uncertain ones. It's designed to reduce hallucination rate on factual tasks, not improve reasoning per se — the models in the ensemble aren't doing collaborative chain-of-thought, they're voting on outputs. Sup AI was built by Ken Mueller (Stanford, CEO) and Scott Mueller (AI Research Scientist) and launched on Product Hunt today. Pricing starts with $10 in free credits, no auto-charge, with a credit card required to start. The HLE benchmark claim is the headline and will face scrutiny — if verified, this is a meaningful research result. If it's cherry-picked, it's still a usable product with a differentiated architecture.
Reviewer scorecard
“The persistent agent with long-running tasks is the right product bet. Most agent frameworks make you rebuild context every session. If Alfred actually maintains state and runs scheduled work reliably, that's solving a real problem. The self-host option with GitHub access is enough to evaluate the architecture.”
“The HLE claim needs independent verification, but the underlying ensemble approach is architecturally sound for factual Q&A tasks. Running 339 models is expensive — pricing will be the gating factor for production use. The $10 free credit is a fair trial.”
“Persistent AI agents that run autonomously have a well-documented failure mode: they quietly drift off-task, make irreversible decisions, or rack up API costs with no human in the loop. 'Works while you sleep' sounds great until Alfred posts the wrong thing or deletes the wrong file. The waitlist and vague integration promises suggest this is vapor-forward.”
“Extraordinary claims require extraordinary evidence. A 7.41 point jump on HLE via ensembling — without publishing methodology — smells like benchmark gaming. The latency of running 339 models in parallel is also a real concern for anything other than async research tasks.”
“The ambient computing model — where AI handles operational work continuously rather than responding to prompts — is where the category is heading. Core's framing of 'AI OS' is early, but the architectural intuition is correct. The teams that figure out reliable long-running agent infrastructure in 2026 will be building something foundational.”
“Model ensembling is an underexplored direction in the race to reduce hallucination. If Sup AI's approach scales, it could be more durable than fine-tuning individual models — you get the wisdom of the crowd across model families, training data, and architectures simultaneously.”
“For creative workflows, I want AI that responds to what I'm making, not one that's silently operating in the background. The waitlist + vague integrations make it hard to evaluate for content use cases. I'd want to see specific creator-focused workflows before recommending this over established automation tools.”
“For creative work, ensemble outputs tend to regress toward the mean — you get the most-agreed-upon version of something, which is usually the least interesting version. This is a tool for factual accuracy, not creativity. I'd stick with a single strong model for writing.”
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