How to Spot Quishing Scams: 2026 Employee Training Guide

Quishing hides a phishing link inside a QR code image, which slides straight past the link-scanning tools most employees already trust — training your team to catch it closes a gap that standard phishing awareness training leaves wide open heading into 2026.

TL;DR

• How to spot quishing scams starts with covering the camera and reading the preview URL before any employee scans a code.
• Quishing bypasses email link scanners because the payload sits inside an image, not a clickable hyperlink — treat every QR code as unverified.
• Run a dedicated quishing simulation separate from standard phishing tests; most platforms skip QR entirely and leave the behavior untested.
• A one-click reporting path for suspicious QR codes cuts response time; without it, employees sit on a bad scan for days.

Why this matters

Employees have spent three or four years learning to hover over links and check sender addresses. None of that muscle memory applies to a QR code stuck on a parking meter, a fake delivery notice, or a "scan to pay" table tent in a break room.

A QR code is opaque until scanned. There's no visible URL to hover over, no sender domain to check, and no attachment for antivirus software to flag. The link only appears after the camera decodes it — usually on a phone, where full URLs get truncated and shortened links look normal by default.

That's the entire attack. Quishing scams don't need to beat your email filters because they skip email filters completely. Training has to move the moment of scrutiny from "before you click" to "before you scan," which is a genuinely different habit, not a variation on the old one.

The DefendWise platform treats quishing as its own simulation category for exactly this reason — testing employees on link phishing tells you nothing about whether they'll pause before scanning a QR code on a fake parking ticket.

What you'll need

• 3-5 real-world quishing examples (fake parking tickets, delivery notices, restaurant "scan to order" tags, fake MFA re-enrollment posters)
• A phishing simulation tool that supports QR-based test campaigns, not just email links
• A published reporting path employees can use from a phone, not just a desk email client
• 15-20 minutes of training time per session — quishing training works better in short, repeated bursts than one long session
• A baseline click/scan rate to measure against after training runs

The steps

1. Show real quishing examples before you explain the mechanics

Start with images, not theory. Pull three or four actual quishing samples — a QR sticker slapped over a real parking meter, a fake FedEx redelivery notice, a spoofed MFA re-enrollment flyer — and ask employees what they'd do with each one.

Most employees will say they'd scan without hesitation, because nothing about a QR code visually signals danger the way a suspicious email does. That gap is the whole point of the exercise, and it lands harder shown than described.

Common mistake: using only office-based examples. Quishing shows up on parking meters, restaurant tables, and gym equipment just as often as on desks — cover both.

2. Teach the cover-and-preview habit

The single behavior that stops most quishing attempts: cover the camera, open the phone's built-in QR scanner (not a third-party app), and read the full preview URL before tapping through. iOS and Android both show a link preview before opening — most people just tap past it out of habit.

Train employees to check for three things in that preview: a domain that doesn't match the business on the sign, a shortened link (bit.ly, tinyurl) hiding the real destination, or a login prompt appearing where none should exist.

Common mistake: teaching this once in a slide deck and never reinforcing it. The habit decays in weeks without a refresher.

3. Run a quishing-specific simulation, not just an email test

Standard phishing simulations test link clicks in email. They tell you nothing about QR behavior. Build a separate campaign — a fake "scan to update your benefits" QR code emailed or posted physically — and measure the scan rate on its own.

Expect the first-run scan rate to be higher than your email click rate. Employees who've been drilled on email phishing for years often haven't applied the same skepticism to a QR code, because nobody's told them it's the same attack in a different shape.

Common mistake: running the QR simulation only once. One test measures awareness at a single moment; quarterly testing measures whether the behavior held.

4. Cover the three contexts where quishing actually shows up

Most employee training defaults to "be careful with QR codes" without naming where the risky ones appear. Be specific: parking payment codes, delivery/package notices, and fake MFA or password-reset prompts sent as an image instead of a link. These three account for the bulk of quishing reports MSPs see from client environments.

Walk through what a legitimate version of each looks like versus a spoofed one — real parking apps don't route through shortened links, and no legitimate MFA re-enrollment happens via a QR code emailed out of nowhere.

Common mistake: treating quishing as one generic threat instead of naming the specific scenarios employees will actually encounter.

5. Build a one-click reporting path that works from a phone

If reporting a suspicious QR code requires forwarding an email to IT from a desktop, most employees won't bother — the scan happened on their phone in a parking lot, not at their desk. Set up a reporting method that works from mobile: a forwarding email address, a Slack/Teams channel, or an in-app report button in whatever platform runs your simulations.

See how the reporting side should work end to end in how to report a phishing email to your IT team — the same principles apply to QR reports, just adapted for mobile capture.

Common mistake: publishing a reporting process that only exists in an employee handbook nobody reads.

6. Segment the training by exposure, not by title

Front-desk staff, facilities teams, and anyone handling deliveries or parking see far more real-world QR codes than someone who works entirely inside a laptop all day. Give higher-exposure roles more frequent, more scenario-specific training instead of a single annual module for everyone.

Non-technical staff need this framed in plain language, not security jargon — see security training for non-technical staff for how to build that version of the module.

Common mistake: running identical training for a warehouse floor worker and a back-office accountant. Their exposure to physical QR codes isn't remotely the same.

7. Reinforce with a 90-second microlearning refresher

A single training session decays fast. Schedule a short refresher — 90 seconds to two minutes — every quarter through 2026, timed to land right before common quishing windows like tax season or holiday shipping surges when fake delivery notices spike.

Keep the refresher format identical every time: one example, one reminder to preview the URL, one link to the reporting channel. Repetition beats novelty for habit retention.

Common mistake: making each refresher a new 20-minute module. Fatigue kills completion rates faster than the content itself.

Add quishing simulations to your training stack

DefendWise runs at one flat fee per client, unlimited seats included.

See DefendWise

8. Track scan rates the same way you track click rates

Benchmark the first quishing simulation's scan rate, then measure again after 60-90 days of the habit-building steps above. A drop in scan rate is the only real evidence the training worked — completion certificates measure attendance, not behavior change.

Report this number the same way you'd report email click rates to leadership or to a client if you're an MSP running this program for someone else.

Common mistake: measuring training completion instead of measuring the behavior the training was supposed to change.

Troubleshooting

• Employees still scan out of habit, even after training. Shorten the refresher cycle to monthly for 90 days, then drop back to quarterly once scan rates fall.
• No visible way to report a suspicious QR code. Publish the reporting channel somewhere employees see on their phones — not buried in an intranet page they've never opened.
• Leadership questions the time spent on a niche threat. Point to the scan-rate data from your first simulation; a scan rate higher than your email click rate makes the case on its own.
• Remote or field employees miss the training session. Push the microlearning refresher as an async module rather than a live session — field staff are exactly the group with the highest real-world QR exposure.
• Seasonal or contract workers never get covered. Fold quishing awareness into onboarding on day one instead of waiting for the next scheduled cycle.

Tools and resources

• A phishing simulation platform that supports QR-based campaigns as a distinct test type, not an afterthought bolted onto email templates
• A published, mobile-friendly reporting channel for suspicious scans
• Segmented training tracks by department exposure level
• Quarterly microlearning refreshers timed to seasonal quishing spikes (tax season, holiday shipping, benefits enrollment)
• Scan-rate benchmarking to measure behavior change instead of course completion

What to do next

Once quishing-specific training is running, fold it into a broader simulation cadence instead of treating it as a one-off module. Run a phishing simulation campaign that mixes email, QR, and text-based tests so employees build the same reflex across every delivery method attackers actually use.

FAQ

What is quishing and how is it different from regular phishing?

Quishing is phishing delivered through a QR code instead of a clickable link. It's different because the malicious URL is hidden inside an image, so email link scanners and URL-preview tools never see it until someone scans the code.

How do you spot a quishing scam before scanning?

Cover the camera, open your phone's built-in QR scanner, and read the full preview URL before tapping through. A mismatched domain, a shortened link, or an unexpected login prompt are the three biggest tells in 2026.

Where do quishing attacks show up most often?

Parking payment stickers, fake delivery notices, and spoofed MFA re-enrollment prompts account for most reported quishing attempts. Physical locations like parking lots and building entrances are common targets because there's no IT filter to catch a printed sticker.

Can standard phishing simulation software test for quishing?

Only if it runs QR-specific campaigns separately from email link tests. A platform that only tests clickable email links won't measure whether employees pause before scanning a QR code, which is a distinct behavior.

How often should quishing training run?

Run a dedicated quishing simulation quarterly, with a short 90-second refresher between sessions. Annual training alone isn't frequent enough to hold the habit against a threat employees encounter in physical, everyday settings.

Do quishing scams target specific departments more than others?

Front-desk staff, facilities teams, and anyone handling deliveries or visitor check-ins see more real-world QR codes than back-office roles, which makes them higher-exposure and worth training more frequently.

What should employees do after scanning a suspicious QR code?

Report it immediately through a mobile-friendly channel rather than waiting to get back to a desk. The faster a suspicious scan gets reported, the faster IT can flag related codes across the same location or campaign.

One last thing

The employees who fall for quishing scams most often aren't the least trained — they're the ones who scanned dozens of legitimate QR codes that same week without incident. Familiarity, not ignorance, is what makes the fake parking sticker work in 2026.

Related guides

• Train employees to spot phishing emails