Is ShadeCoder Detectable? (2026)

Short answer: ShadeCoder hides from your screen share, but two hands-on reviews caught it running in the process list. Its stealth covers one layer and skips another. If a proctor or recruiter looks at Activity Monitor or Task Manager instead of your shared screen, the published evidence says ShadeCoder is there to be found.

That is the honest version. Below is the long version, with every claim tied to a source you can open yourself. We build Interview Coder, a competing tool, so read this with that bias in mind and check the links.

ShadeCoder (shadecoder.com) is a native desktop app for macOS and Windows, current build v3.0.3. It is not a browser extension. You drive it entirely with global hotkeys, and the answer surfaces in a hidden overlay on your screen. Three independent write-ups confirm the native, no-extension architecture: seektool.ai, the linkjob.ai review, and interviewman.com, which describes it as "desktop only and delivered through the hotkey mechanism."

Being native instead of a browser extension is the right call, and it is worth saying clearly. A browser extension shows up in your extension list, can be enumerated by a proctoring page, and lives inside the exact tab you are sharing. A native hotkey app sidesteps all of that. So ShadeCoder starts from a better foundation than any extension-based tool. The question is what it does with that foundation.

ShadeCoder's stealth pitch is narrow and specific. The site says the overlay "remains completely hidden during screensharing" and is "invisible to all screen-recording software" (shadecoder.com). That is the entire invisibility claim. It is scoped to the screen-share and screen-recording layer, and nothing else.

Read that carefully, because the boundary of the claim is the whole story. ShadeCoder does not claim to be invisible in Activity Monitor on macOS or Task Manager on Windows. It does not claim OS-level process hiding, process-name masking, or WebRTC blocking. Its FAQ even poses the question "Is Shadecoder detectable by anti-cheating software?" but the answer is not surfaced on the page. When a vendor raises the exact question you care about and then does not answer it, that silence is information.

So there are two separate detection surfaces here, and ShadeCoder only addresses one:

Here is where honesty matters. ShadeCoder's screen-share invisibility is a vendor claim with no independent backing that we could find. There is no neutral audit. There are no published results against named proctoring systems like CodeSignal, HireVue, Chime, or CoderPad. No one outside the company has demonstrated, on the record, that the overlay actually stays hidden in a real proctored session against a real detection stack.

That does not mean it is fake. It means it is unproven. "Hidden during screen share" is a reasonable thing for a native overlay to achieve technically, and the claim may well be true. But a claim you cannot verify is not the same as evidence, and you should not bet an interview on the difference. If you want the full picture on how proctors actually try to catch tools like this, see how HackerRank detects cheating and the broader rundown of HackerRank cheating detection methods.

This is the part that is not just a claim. Two competing reviewers tested ShadeCoder and reported the same structural gap, and one of them produced a screenshot.

The linkjob.ai review is the strongest piece of evidence. The reviewer minimized the ShadeCoder window using its shortcut, opened Task Manager, and found the process "still running." The review includes a screenshot captioned "Shadecoder can be seen in the task manager," and the verdict is blunt: ShadeCoder is "visible in Activity Monitor and Task Manager, so still a risk of being detected." That is a first-hand, reproducible observation, not a marketing line. Anyone with the app can repeat the exact steps and see the same thing.

The second source agrees independently. interviewman.com states that ShadeCoder "claims a '100% invisible' overlay but lacks OS-level protections like Activity Monitor hiding, WebRTC blocking, and process name masking." Two separate write-ups, same conclusion: the overlay may hide from your shared screen, but the program itself is sitting in the process list.

Here is the reproduction in plain steps, the same path the linkjob.ai reviewer walked, so you can verify it yourself rather than take anyone's word:

In the reviewer's run, the process was "still running" and visible by name, which is the exact moment captured in their screenshot. The point is not that something exotic happened; it is that nothing did. The overlay hid from the screen, the process did not hide from the process monitor, and a recruiter who opens that same window during a call sees what the reviewer saw.

The honest caveat you need. Both linkjob.ai and interviewman.com sell competing interview tools. They are motivated to make ShadeCoder look bad, and you should weigh their conclusions with that in mind. But there is a meaningful difference between the two kinds of evidence they offer. The interviewman.com line is a claim. The linkjob.ai screenshot is a structural observation you can reproduce in two minutes: open the app, minimize it, open Task Manager, look. The bias of the reviewer does not change what a process monitor shows. That is what makes this finding hold up despite the source.

Let me be precise about the limits of this, because overstating it would be the same mistake ShadeCoder makes.

There is no primary-source "caught in a real interview" report tied specifically to ShadeCoder. We looked. There is no citable Blind or Reddit post from someone who got flagged using it. A "flagged three days after the onsite by a background process scan" anecdote does circulate, but only as paraphrase on a competitor's blog, with no link back to an original post. We are not going to treat secondhand paraphrase as proof, and neither should you.

So the verdict is genuinely mixed, not a clean "it's detectable." Here is the breakdown:

The risk with ShadeCoder is not a horror story; it is a structural gap. A proctor or a vigilant recruiter who checks running processes, rather than just watching the shared screen, has a documented path to find it. Whether that path gets used depends entirely on who is on the other side of your interview, and you do not get to pick that. For how this plays out on specific platforms, see CoderPad cheating detection.

The reason this whole article comes down to "which layer does the stealth cover" is that covering only one layer is the trap. The fix is not a louder invisibility claim. It is closing both surfaces at the architecture level and then proving it.

Interview Coder is also a native desktop app with no browser extension, so it clears the same first bar ShadeCoder clears. The difference is what happens below the overlay:

Architecture you can reason about is the point. You do not have to trust a sentence on a homepage; you can follow what each OS API does and why the window would not show up.

Here is the same comparison laid out by detection surface, so you can see exactly where the two tools diverge:

The table is the whole argument in one view: ShadeCoder leaves the process-list cell empty, and that empty cell is the gap a vigilant proctor checks.

ShadeCoder's screen-share invisibility is an unverified claim. Interview Coder backs its claims with evidence that does not depend on trusting us:

That last number is stated as a claim, and here is the one honest caveat that keeps this whole page credible: no tool can promise 100% undetectability, and we are not going to. What we can say is that ShadeCoder asks you to trust an unverified sentence and has a documented process-list gap, while Interview Coder gives you architecture you can inspect, face-shown proof, and no documented detection cases. They claim. We show our work. That gap is the entire decision.

Coding answers run on Claude Sonnet 4.6. Pricing is Free at $0, Monthly Pro at $299, and Lifetime Pro at $799 one-time.

For why some tools evade detection and others get flagged, see our complete guide to undetectable AI interview tools.

The accurate answer in 2026: ShadeCoder hides from your screen share if its unverified claim holds, but it is documented as visible in Activity Monitor and Task Manager, so detection is a real structural risk depending on who is checking. It is not "caught in every interview," and it is not "proven safe." It is a one-layer tool sold as a complete one.

If your interviewer never looks past the shared screen, you may be fine. If they glance at the process list, the published evidence says you have a problem. If you would rather not gamble on which kind of interviewer you get, pick the tool that closes both surfaces and shows the receipts.

Compare the field yourself in our best AI interview tools of 2026 roundup, read the related breakdowns on Cluely and Parakeet AI, or go straight to the ShadeCoder alternative page to see the architecture side by side. Full disclosure: this guide is published by Interview Coder, which sells a competing product.

Try Interview Coder and judge the evidence for yourself.