Verizon 2026 DBIR
The attack moved to the phone. Most defenses didn't.
For the first time, the industry's most-cited breach report named a finding that didn't exist before: Mobile-centric Social Engineering. Here's what the data says — and what to do about it.
Verizon's 2026 DBIR found mobile phishing via text and voice succeeds 40% more often than email, and 41% of social-engineering breaches now reach beyond the inbox. The attack moved to the phone. Most defenses didn't.
Higher success rate for mobile phishing (text & voice) than email
Between SMS phishing campaigns at a large org (48/year)
Of social-engineering breaches now use a vector other than email
Of breaches involve the human element
Source: Verizon 2026 Data Breach Investigations Report.
Four things the report makes clear
Verizon named your blind spot. On its own letterhead.
Text and voice now out-convert email
Median click rate on mobile-centric vectors runs about 2%, versus 1.4% for email — a 40% higher success rate. Fifteen years of inbox training didn't transfer to the phone.
A new SMS campaign every ~8 days
Large orgs saw a median of 48 SMS-based phishing campaigns in a year — 12 a year at smaller orgs. Smishing isn't an edge case; it's a standing weather pattern.
The inbox is no longer the front door
41% of social-engineering breaches now use a vector other than email, and about a quarter of social attack vectors arrive via social media or phones.
The measured data came only from managed devices
Verizon could only count those SMS attacks because the devices were managed. It flags employees on unmanaged personal phones as a “risky gap in your visibility.” That gap is BYOD.
Verizon's own SMS attack data came only from managed devices — the report flags employees on unmanaged personal phones as a “risky gap in your visibility.”
Why the stack misses it
Every layer you own stops before the message.
Every layer you already own stops at a boundary the attacker walks right past. The message is the last mile — and it's the one nobody else covers.
What to do about it
Screen at the message layer. Prevent · Capture · Prove.
You can't train your way out of a vector that beats email by 40%. The defensible move is detection and blocking at the message layer — which is exactly how SmishAlert is built.
Block the smish before the tap.
iOS · managed and BYOD
Inline blocking of unknown-sender messages on iOS, before they reach the tap. The moment an attack is fingerprinted anywhere — any tenant, any device, any channel — it becomes an automatic block on every iPhone in the network.
- On-device filtering of unknown-sender SMS and iMessage via Apple's Message Filtering extension
- Runs on any iPhone — company-managed or personal (BYOD) — with no MDM required to protect the device
- Cross-tenant intelligence: the first phone to see it is the last one that has to
Nothing gets through invisibly.
Android, WhatsApp, iMessage, social DMs
Where we can't block, employees report suspicious messages in a tap. Those reports don't sit in a queue — they're correlated into named campaigns and they feed the fingerprint database that hardens iOS blocking for everyone.
- One-tap reporting across Android, WhatsApp, iMessage, and social DMs
- Fingerprint-grade correlation clusters lookalike reports into named campaigns
- Report-only is the honest boundary — and the network's early-warning system
An audit-grade record of everything.
SIEM · API · executive readout
Every block and every report becomes a defensible record — executive impersonation, payroll and HR fraud, credential harvesting, vendor impersonation — streamed to your SIEM and available over API.
- Board-ready executive reporting on what was blocked and what was captured
- SIEM/SOAR routing and API access for teams that want signal in their stack
- The system of record beneath prevention — governance, not the headline
Every attack one employee reports makes the whole network safer — automatically.
FAQ
Verizon 2026 DBIR — FAQ
What is Mobile-centric Social Engineering in the 2026 DBIR?
It's a new finding category in Verizon's 2026 Data Breach Investigations Report covering social engineering that arrives by text and voice rather than email. The report found these mobile vectors succeed about 40% more often than email, validating smishing as a distinct, measurable threat category. SmishAlert is purpose-built for exactly this vector.
How much more effective is mobile phishing than email, according to Verizon?
The 2026 DBIR reports a roughly 2% median click rate on mobile-centric vectors versus 1.4% for email — about a 40% higher success rate. It also found 41% of social-engineering breaches now use a vector other than email.
Why does the DBIR matter for BYOD and personal phones?
Verizon's SMS attack data came only from managed devices, and the report explicitly calls unmanaged personal phones a 'risky gap in your visibility.' SmishAlert closes that gap: its iOS filtering runs on any iPhone, managed or personal, and never reads message content.
How does SmishAlert address the DBIR's mobile finding?
SmishAlert blocks unknown-sender smishing on iOS before the tap, captures every attempt it can't block across other channels, and proves it in an audit-grade record. Start with a 30-day exposure pilot for a defensible measurement of your own workforce exposure.
Measure it on your own workforce
See what the DBIR describes, in your own numbers.
A 30-day exposure pilot turns the industry's headline into a defensible measurement of your workforce — with the known-bad blocked on iOS before the tap.
Or take the 2-minute self-evaluation — no email required.