AI tool comparison
Eyeball vs OmX (Oh My Codex)
Which one should you ship with? Here is the side-by-side panel verdict, pricing read, reviewer split, and community vote comparison.
Developer Tools
Eyeball
Embeds source screenshots in AI analysis to kill hallucinations
75%
Panel ship
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Community
Free
Entry
Eyeball is a GitHub Copilot CLI plugin with a deceptively simple idea: instead of trusting the AI to accurately summarize documents, it captures screenshots of the actual source material and embeds them alongside the AI's claims in the output report. If the model says "Section 10 requires mutual indemnification," the report shows that exact section highlighted in yellow directly below the claim. The underlying insight is sharp — screenshots cannot be hallucinated. Text can be subtly reworded, paraphrased incorrectly, or synthesized from nowhere. But a screenshot is a literal capture of the source. Built for legal review, compliance analysis, financial due diligence, and any domain where the stakes of an AI error are high. Built by indie developer dvelton, it handles PDFs, Word documents, and web pages. MIT licensed, free to use. Surfaced on Hacker News Show HN today, where it sparked an active discussion about AI verification and the underrated value of visual evidence in AI-assisted analysis workflows.
Developer Tools
OmX (Oh My Codex)
Supercharge Codex CLI with multi-agent teams, hooks & live HUDs
75%
Panel ship
—
Community
Free
Entry
Oh My Codex (OmX) is an open-source orchestration layer that wraps around OpenAI's Codex CLI without replacing it. Built by indie developer Yeachan-Heo, it adds the multi-agent infrastructure that Codex CLI conspicuously lacks: spawning parallel worker agents in isolated git worktrees, a persistent project memory file (.omx/project-memory.json) that survives context pruning, and extensible event hooks via .omx/hooks/*.mjs. The standout feature is the live Heads-Up Display — run 'omx hud --watch' and get a real-time terminal dashboard showing which agents are running, what they've done, and where they're stuck. Special built-in commands like $deep-interview (intent clarification), $ralplan (consensus planning with trade-off review), and $ralph (persistent execution until verified) give structured workflows on top of raw Codex intelligence. OmX fills a real gap: power users of Codex CLI were already duct-taping together scripts to coordinate agents and persist state. OmX makes that native, composable, and observable — without forking the core engine. It's already integrating with OpenClaw for cross-tool memory sharing.
Reviewer scorecard
“This is one of those ideas that makes you think 'why isn't every AI analysis tool doing this?' The implementation is simple — capture screenshots of the source during analysis — but the trust it builds in the output is enormous. I'd use this immediately for any contract or regulatory review workflow.”
“The primitive here is clean: a process supervisor and state manager for Codex CLI agents, using git worktrees as isolation boundaries — which is exactly the right call, not an invented abstraction. The DX bet is that complexity lives in `.omx/` config and hook files rather than a CLI flag explosion, and that's the right place for it; the `$ralph` loop pattern in particular solves a real problem I've personally scripted around three times. The weekend-alternative test is close — you could duct-tape worktree spawning and a JSON state file yourself — but the live HUD and hook system would take a week, not a weekend, and the result would be worse. Earns the ship on the hooks-as-composition primitive alone.”
“Screenshots prove the source exists but don't verify the AI's interpretation of it is correct. A model can still misread highlighted text or draw wrong conclusions. Also, PDF-to-screenshot pipelines get messy with scanned documents, multi-column layouts, and complex tables — exactly the docs where hallucinations are most likely.”
“Category is Codex CLI orchestration, and the direct competitor is OpenAI itself — which has every incentive to ship native multi-agent coordination the moment it becomes a retention driver, at which point OmX's entire value proposition evaporates. The specific scenario where this breaks is any team larger than one: `.omx/project-memory.json` as a flat file is going to produce race conditions and merge conflicts the moment two engineers are running agents against the same repo simultaneously. What kills this in 12 months is OpenAI shipping native agent orchestration in Codex CLI — not 'if,' when — and the tool would need either a model-agnostic architecture or a community-owned memory backend to earn a ship.”
“Eyeball points toward a future of verifiable AI outputs — not just 'the model said this' but 'the model said this, here's the evidence, here's the reasoning chain.' Legal AI adoption hinges on explainability, and embedded source screenshots are a practical step toward outputs that hold up under professional scrutiny.”
“The thesis here is falsifiable: within two years, the bottleneck in AI-assisted development shifts from individual agent capability to coordination overhead — and the team that owns the orchestration layer owns the workflow. OmX is betting on git worktrees as the canonical isolation primitive for agent parallelism, which is a smart bet because it composes with every existing tool in the developer stack without requiring new infrastructure. The second-order effect that matters isn't faster coding — it's that the `.omx/hooks/*.mjs` pattern turns OmX into an event bus for AI agent actions, which means the real play is cross-tool coordination (the OpenClaw integration is the tell). OmX is early on the multi-agent dev tooling trend line, which is exactly where you want to be if the thesis holds.”
“For research, journalism, and content work where you're citing sources, this is a game-changer. The ability to produce a report where every claim is visually anchored to the source makes the output publishable rather than just useful. The design of the output document matters — would love to see more control over the visual layout.”
“The job-to-be-done is singular and honest: coordinate multiple Codex CLI agents on a shared codebase without losing your mind or your context. Onboarding is a GitHub clone and one config file, and the live HUD delivers value inside the first five minutes — you can actually see what your agents are doing, which is the moment current Codex CLI users feel the problem acutely. The one real completeness gap is that `project-memory.json` as a single JSON file is going to hit a wall fast on larger projects, and there's no apparent answer for conflict resolution yet; that gap keeps this in the 'power user only' tier for now, but it's a solvable problem and the core product opinion — agents should be observable and stateful — is the right one.”
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