2026年交通运输行业网络安全趋势报告

2026TRANSPORTATION

INDUSTRYCYBERSECURITYTRENDS

REPORTTheconvergenceoftraditionalcargotheft,cybercrime,andoperationaldisruptionshastransformedtruckingcybersecurityfromanITissueintoafull-spectrumoperationalresiliencechallenge.TABLE

OF

CONTENTSExecutiveSummary

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42025in

the

Rearview&The

Road

Ahead

for2026

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5Sophistication

and

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of

Cybercrime

in

Trucking

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10People,Processes,and

Technology

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14DigitalAssetCybersecurityTrends

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18Physical

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22Emerging

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25PrivacyLaws,RegulatoryLandscape,

GeopoliticalInfluencesandImpacts

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29Conclusion

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33NMFTACybersecurityResources..........

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34NMFTA

Cybersecurity

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.34NMFTA

Cargo

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.34NMFTA

Cybersecurity

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Cybersecurity

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.35AboutUs...

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.36Appendix.....

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37Industry,

Cybersecurity

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TechnicalAcronyms.

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.37Transportation

&

RegulatoryAcronyms.

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.38References.

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.39EXECUTIVE

SUMMARYSeveralpositiveindicatorsforthegrowthofcybersecuritymaturityinthetransportationsectorsurfaced

in2025.The

sector

showed

significant

signs

that

targeted,role-based

cybersecurity

awarenesstrainingis

nowconsidereda

part

of

core

operational

preparedness.

Fleets

and

logistics

companies

that

invested

in

ongoing

social

engineering

awareness

training

and

phishingsimulationssawmeasurablereductionsinsuccessfulsocial-engineeringincidents.

The

practice

of

sharing

cybersecurity

threat

intelligence,

indicators

of

compromise,

and

lessonslearnedalsogainedsignificantmomentum

acrossthe

sector

in

2025.Ontheothersideoftheequation,thepastyearwasalsoayearinwhichsocialengineering,identity

compromise,and

supply-chain

exploitation

accelerated

as

the

dominant

drivers

of

both

financiallossandsystemicriskacrossthetransportationsector.Whileincreasingadoption

of

artificial

intelligence

(AI)

and

AI-enabled

technologies

across

the

sector

has

served

to

boostoperationalefficiencyandaidinenhanceddetectionandresponsecapabilities,ithas

alsointroducedsignificantnewsecurity

challenges.Throughout2025,cybercriminalactivitydemonstratedanewdegreeof

sophistication

and

increased

specialization.

Groups

that

once

operated

independently

formed

specialized

alliances,increasingboththespeedandefficiencyofcyberattacksonorganizationsacross

thesector.Entering2026,theNorthAmericantransportationsectorfacesthemostcomplex

anddynamiccyberthreatenvironmentin

its

history.

The

convergence

of

traditional

cargo

theft,cybercrime,andoperationaldisruptionshastransformedtruckingcybersecurityfrom

an

ITissueintoafull-spectrumoperational

resiliencechallenge.Ransomware

and

extortion

by

means

of

data

exfiltration,

frequently

deployed

through

the

weaponization

of

legitimate

remote

access

tools,

remained

a

significant

threat

to

the

transportation

sector

even

as

state-sponsored

actions

targeting

critical

infrastructure

networksanddevicesacrossthenationsawsustained

and

elevated

activity.The

transportation

sectors

security

posture

in

2026

must

extend

far

beyond

technical

controls.

Effective

preparedness

requiresthe

integration

of

cybersecurity

into

every

layer

of

the

business.

From

intelligence

gathering

and

sharing

through

response

and

recovery42025

INTHE

REARVIEW&

THE

ROAD

AHEAD

FOR

2026Social

engineering

remained

the

leading

risk

facing

the

transportation

industry

in

2025.

Cybercriminals

and

cargo

thieves

leveraged

both

traditional

deception

and

newtechnologiestoconducthighlytargeted

campaigns

against

carriers,

brokers,

and

shippers.Theseattacksservedastheentry

pointforransomware,datatheft,andextor-

tionschemes,and

increasingly

formed

the

foundationforcyber-enabledcargocrimes.

Acrossthesector,the

correlation

between

digitalcompromiseandphysicaltheftisnow

unmistakable.

Cyber

intrusion

often

pre-

cedesordirectlyenablestheftoffreight.Throughout

2025,

cargo

crime

trends

re-

mainedelevated.CargoNetreportedthatin

Q32025,cargo

theft

claims

reached

$111.88

million(Verisk,2025).As

staggering

as

this

number

is,it

is

well

understood

that

reported

cargo

crimes

only

represent

a

small

percent-age

of

total

cargo

crimes

experienced

acrossthesectorduetowidespreadunderreport-

ing.Whiletraditionalhotspotssuchas

Cal-

iforniaandTexascontributedtoyear-over-

year

increases,

the

most

dramatic

growth

occurredintheNewYorkCitymetropolitan

area,

specifically

New

Jersey

and

easternPennsylvania

(up

110%

and

33%,

respec-

tively).

Analysts

attributed

these

spikes

to

theadoptionofcybercrimetacticsbyorga-nized

criminal

networks

who

leveraged

social

engineeringtoimpersonatecarriers,

hijack

Federal

Motor

Carrier

Safety

Administra-tion(FMCSA)accounts,and

manipulate

loadtendersandotherdispatchdocumentation.

The

result

is

a

seamless

blend

of

cybercrimeandphysicaltheft,wherestolencredentials,

fake

identities,

and

compromised

systems

have

facilitated

physical

theft

of

cargo

at

unprecedentedlevels.This

correlationwas

reinforced

by

a

series

of2025investigationsintoorganized

theft

networks

that

combined

phishing,

credential

harvesting,

and

fraud

at

scale.Bad

actors

used

AI-generated

emails,deep-

fake

voice

calls,

and

spoofed

dispatch

updates

to

misdirect

shipments

or

extort

payments

through

fraudulent

detention

or

lumperfees.Inmanycases,attackersused

business

email

compromise

(BEC)

to

take

overlegitimatecommunicationchannelsand

fraudulentlybookloads,deliverfalsepickup

authorizations,changebankinginformation,

or

change

delivery

instructions.

These

examplesdemonstratetheextenttowhich

digitaldeceptionhasbecomeembeddedin

thecargocrime

ecosystem.Atthesametime,thegeneralcybersecurity

threatlandscape

for

the

transportationsectoralsoevolvedinbothsophisticationand

tempothroughout2025.ReliaQuest,cybersecurity

companythatprovidesasecurity-operations

platformandmanageddetection/response

servicestolargeenterprises,foundthatthe

averagebreakouttime(theperiodbetween

initial

compromise

and

lateral

movement)

fell

to

only

18

minutes

by

the

end

of

Q3,

underscoringthespeedwithwhichmodern

attackersoperate

(ReliaQuest,What’s

trending:

Top

cyber

attacker

techniques,June-August

2025,

2025).

Many

of

theseintrusionsleveragedlegitimateremote

managementandfiletransfertoolsalready

presentinvictimenvironmentstoencryptor

exfiltratedataorextractoperationaldetails.2026

NMFTATransportation

IndustryCybersecurityTrendsReport

Page6of

38Supply-chaincompromiseemergedas

another

critical

risk

vector

as

highlighted

in

multiple

high-profile

incidents

in

2025.

Eachincidentexposedthe

same

structural

weakness:The

transportationsector’s

relianceonawebofsoftware-as-a-service

(SaaS)

providers

and

integration

partners.

Adversariesareexploitingthistrustmodel,compromising

a

vendor

or

a

platform

and

pivoting

into

multiple

connected

fleets,

shippersorbrokers.Thisconcentrationriskrepresents

not

just

an

IT

risk,but

a

systemicsupplychainvulnerability.Ransomwareremainedthemostfinancially

damaging

cyber

threat

for

most

individualvictims

throughout2025.The

fragmentationof

groups

following

the

decline

of

LockBit

and

RansomHub

led

to

an

explosion

of

smaller,

specialized

operations.

More

than

80

distinct

ransomware

brands/groupswere

observed

by

Q3.Many

of

these

newergroupswereobservedtargetingsmallerand

mid-sizedfleetsinthetransportationsector.

These

victims

often

had

smaller

IT

teamsand

limitedsecurity

budgets,

makingthem

anappealingtargetto

bad

actors.

The

rise

ofAI-drivencyberthreatsfurtheramplified

these

challenges.

Generative

AI

tools

now

enableattackersto

craft

flawless

phishing

emails,

replicate

executive’s

voices,

and

produce

counterfeit

documentation

nearly

indistinguishable

from

legitimate

shippingdocuments.This

use

of

AI

for

both

deception

and

attack

automation

has

significantly

shortenedresponsewindows.Application

programming

interface

(API)

securityconcerns

remained

elevated

throughout

2025withclear

indicators

that

both

improperly

secured

and

legacy

APIs

are

being

regularly

exploited.

Leaked

API

credentials

continue

to

be

a

significant

risk

as

well.

Ensuring

that

the

API

design

processfollowssecure-by-designprinciples,legacyAPIsaresecuredorreplaced,andAPI

credentialsarecarefullymanagedtoreduce

theriskofexposurewill

be

critical

in

2026.Theaveragebreakouttimefelltoonly18minutes—fasterthanhumandefenderscanrespondmanually.2026

NMFTATransportation

IndustryCybersecurityTrends

Report

Page7of38Despite

this

heightened

risk

environment,

there

are

encouraging

trends.

Industry

collaboration

through

the

National

Motor

Freight

Traffic

Association,

Inc.’s

(NMFTA)™

cybersecurity

initiatives,

including

the

Cybersecurity

Best

Practices

Guidebooks,Vendor

Risk

Assessment

Framework,and

Cargo

Crime

Reduction

Framework,has

begun

to

influenceoperating

norms.

Awareness

training,

Electronic

Logging

Devices

(ELDs)

and

telematics

device

validation,

use

of

multi-factor

authentication

(MFA),

and

cybersecurity

incident

response

preparedness

are

increasingly

seen

as

core

competencies

of

fleet

operations

rather

than

optional

security

controls.

Additionally,

transportation

associations,

industry

stakeholders,lawenforcement,andgovernmentagenciesarepromotinga

shared

defense

model

that

treats

cybersecurity

as

an

essential

component

of

supply-chain

continuity.These

positive

trends

will

continue

in2026given

the

demonstrated

appetite

and

commitmentacrossthetransportationsectorformeaningfulcollaborationsandsharedcollection,fusion

anddisseminationofcybersecurity,operationalsecurity,andphysicalsecurityintelligence.

2026will

ringthe

newyearwith

several

emergent

developments

across

the

sector,

while

continuingtherefinementofexistingtrends.These

include:1.

Continuedspecializationofcybercrime

groupswill

becoupledwith

collabora-

tive

efforts

that

further

increase

the

efficiencyofcyberattacks.2.

Attackspeedandautomationwillcon-

tinuetooutpacehuman-scaleresponse

capacity,makingcontinuousmonitoring

andautomateddetectionandresponse

capabilitiesessential.3.

Ransomware

and

extortion

schemes

remain

fragmented.

Exfiltration

will

gain

prominence

over

encryption

as

theprimary

meansof

extortion.4.

Social

engineering

will

remain

the

singlemost

effective

attack

vector,

further

enhancedbysophisticatedAI-enabled,

industryspecifictacticsandtechniques.5.

Cyber-enabled

cargo

crimes

will

contin-ue

rising

as

organized

criminal

groups

furtherrefinetheirmergingoftraditional

theft

operations

with

offensive

cyber

capabilities.6.

The

weaponization

of

legitimate

admin-

istrativetoolswillincreasecomplicating

detection

and

response

efforts

whilerequiring

more

carefully

tuned

defenses.7.

Supply-chain

trust

exploitation

will

accelerateasadversaries

increasinglyseek

to

weaponize

interconnected

SaaSplatforms,telematicsproviders,Global

PositioningSystem(GPS)devices,cloudenvironments,andtransportationman-

agementsystems

(TMSs).8.

AIwillremainatransformativeforce

in

theindustry,aidingbothattackersanddefenders

while

facilitating

significant

changestooperationalprocesses.9.

Regulatory

emphasis

on

incident

re-

porting,dataprivacy,andsupply-chaincyber

assurance

will

intensify,driven

by

new

federal

mandates

and

insurancemarketpressures.2026

NMFTATransportation

IndustryCybersecurityTrendsReport

Page8of

38INTRUCKING

SOPHISTICATIONAND

SPECIALIZATION

OF

CYBERCRIME'

TransportationIndustryCybersecurityThe

past

year

was

clearly

marked

by

the

maturation

of

many

organized

cybercrimeoperations,including

those

who

are

targeting

the

North

American

transportation

sector.Anattackenvironmentthatusedtobeprimarily

populatedbyopportunistic

credential

theft

and

ransomware

deployments

has

evolvedintoa

structured,corporate-

likeecosystemwithdistinctareasof

specialization,efficientdivisionoflabor,and

coordination

between

bad

actors.

Groups

thatonceoperatedindependently,suchas

ransomwareoperators,databrokers,social

engineers,

and

identity

fraud

specialists,

are

now

collaboratingwith

unprecedented

efficiency.

The

resulting

ecosystem

rivals

thecomplexityoflegitimatetransportation

and

logistics

networks.

It

is

decentralized,

modular,andhighly

adaptive.ReliaQuest’s

intelligence

reporting

on

the

“professionalization

of

cybercrime”

found

that

modern

threat

groups

are

operating

as

full-scale

enterprises,

complete

with

recruitingpipelines,

trainingprograms,

and

specialized

departments

focusing

onfunctionssuchasaccessbrokering,

AI-drivenreconnaissance,

and

financial

operations

(ReliaQuest,ReliaQuest2025TruckingTrendsNMFTAInternal

Intelligence

Report,

2025).

Instead

of

relying

on

generalized

hackers,

these

organizations

now

recruit

domain

experts

who

understand

industry-

specifictechnologies

such

as

TMSs,

telematics,

and

cloud-based

applications.

This

trend

signals

a

structural

shift

in

the

waysthat

adversaries

operate.

Bad

actorsnow

view

the

transportation

supply

chain

not

as

a

peripheral

target,but

as

a

mature,high-

valuetargetdomainthatisworth

investing

significant

time,

resources,

and

dedicated

expertise

duetothe

high

potential

reward

fortheirefforts.Evidence

of

targeted

specializations

is

prevalent

acrossthe

bad-actor

landscape.Groups

like

Scattered

Spider,ShinyHunters,

and

multiple

LockBit

affiliates

adopted

distinctrolesacrosstheattacklifecycle.Initialaccess

brokers

focused

on

harvesting

credentials

throughphishingorothersocialengineering

attacks.Inthetransportationindustry,these

attacks

often

include

impersonation

of

dispatchers

and

brokers

in

addition

to

the

more

broadly

observed

use

of

IT

helpdesk

and

executive

impersonations

seen

in

all

industries.Onceinside,ransomwareactors

likeAkira,

Clop,

and

Play

were

engaged

to

execute

data

exfiltration,

encryption

and

extortion,

while

specialized

monetization

teams

handled

ransom

negotiations

and

cryptocurrencylaundering.Eachparticipant

extractsprofitfromtheirstageoftheattack,with

no

single

group

needing

to

develop

all

the

skills

required

to

master

the

entire

attackcycle.Thismoremodularstructureincreasesboth

the

speed

and

the

impact

of

attacks.

The

averagetimebetweeninitialaccessandfull

systemcompromisecontinuestodecrease,

from

days

or

hoursto

mere

minutes.

Once

intrusionbegins,lateralmovementanddata

exfiltration

now

occur

faster

than

human

defenders

can

respond

manually.

Attacks

observedin2025predominantlyreliedlesson

exotic

zero-day

exploits

than

on

efficiencyandtheexploitationof

humanweaknessesand

process

gaps.Attackers

are

increasinglyleveraging

legitimate

administration

tools,

exploitinghumanerror,andautomatingthe

attack

process.This

specialized

collaboration

trend

has

further

reinforced

the

“cybercrime-as-

a-service”

model.

Accessbrokers

now

sellverifiedcredentials

on

dark

web2026

NMFTA

Transportation

Industry

Cybersecurity

Trends

Report

Page10of38tofacilitateothercrimes

(ReliaQuest,

ReliaQuest

2025

Trucking

Trends

NMFTA

InternalIntelligenceReport,2025)

.

This

specialization-driven

collaboration

dramaticallyincreases

success

rates,

particularlyinindustriesdependentonrapidtrust-based

exchanges,such

as

the

trucking

industry.The

recruitment

oftechnical

specialists,

in

areas

including

but

not

limitedtoAI,

Inter-

netofThings(IoT),blockchain,accounting,

businessprocessunderstanding,cloudex-

pertiseandindustryspecific

software,

has

furtheracceleratedthisevolution.Badactor

groups

have

actively

recruited

or

coerced

former

IT

professionals,

often

offering

sig-

nificant

financial

incentives

in

the

form

of

cryptocurrencypayments.Recruitmentads

postedonencryptedforumsandsocialplat-

formsspecificallytargetindividualsfamiliar

with

the

systems

and

software

related

to

intended

target

organizations.

These

tac-

tics

mirrorwhat

has

historically

been

seen

in

state-sponsored

cyber

operations,

with

specialistsfromtheprivatesectorandcrim-

inaloperationsbeingleveragedtocomplete

complexoffensivecyberoperations.Enhancedpersistencecapabilitiesand

repeated

attacks

onvictims

oncethey

are

compromised

will

be

increasingly

seen

across

the

sector.

Rather

than

deploying

one-timeransomwarepayloads,badactors

now

leverage

persistentaccessandstolen

credentialstogeneratecontinuousrevenue

streams

through

long-term

access

andrepeated

data

theft

and

extortion

operations.

ReliaQuest

analysts

recently

documented

multiplecaseswherebadactorsmaintained

access

for

months,

exfiltrating

operational

dataincrementallybeforetriggeringanovertmarketplaces,

often

bundled

with

other

internaldata,suchasshippinglanes,billing

templates,

driver

records,

and

insurance

informationstolenin

prior

breaches.

Foras

littleasafewhundreddollars,attackerscan

purchase

ready-to-use

entry

points

into

a

targetcompany

s

networks

(completewith

active

user

credentials).

This

economy

of

scale

has

allowed

even

low-skill

actors

to

executesophisticatedattacksusingpre-built

toolsandpurchased

credentials.Particularly

concerning

in

2025

was

the

growing

crossover

of

Tools,

Tactics

and

Procedures,

(TTPs)

between

cybercrime

syndicatesandorganizedcargocrimerings.

Intelligence

collected

throughout

2025highlighted

multiple

cases

in

which

traditionalcargo

crime

groups

employed

cybercrime

TTPstoidentify,track,andinterceptcargo

shipments.

Cyber-enabled

cargo

thieves

infiltrated

dispatch

systems,

fraudulently

booked

loads

by

impersonating

legitimatecarriers,andspoofedor

jammedGPSsignalstofacilitatephysicaltheftofshipments.This

evolutionoftacticsunderscorestheblurring

oftheboundariesbetweencyberintrusions

and

physical

crimes

in

the

transportation

sector.Formal

criminal

alliances

have

also

beenobserved

in2025.Joint

operations

between

ShinyHunters

(known

for

exploiting

cloud-

basedCRMsystems)andScatteredSpider

(knownforsocialengineeringtactics)show

how

bad

actors

are

effectively

combining

technical

exploitation

with

psychological

manipulation.

In

partnerships

like

this,

one

group

gains

initial

access

via

credential

compromise

while

another

leverages

that

toehold

to

deploy

ransomware,

steal

data,

or

manipulate

business

communications2026

NMFTA

Transportation

Industry

Cybersecurity

Trends

ReportPage11

of38ransomware

attack.

The

stolen

information

was

then

leveraged

for

fraud,

identity

theft,phishing

campaigns,and

extortion

efforts.Throughout2026,it

is

likely

a

continued

decreaseintheinstancesoftraditionalencryption-basedransomwaredeploymentswillbeobserved,

withbadactorsinsteadfocusingmoreondatatheftforextortionduetothehigherlikelihoodofsuccessfulexfiltrationratherthanattemptingencryptionand

riskingdetection.Ascybercrimegroupscontinuetospecialize

and

expand

their

bench

of

expertise

through

activerecruitingandcollaborationbetweengroups,truckingandlogisticsoperationsshould

anticipatemoredisciplinedandbusinesslikeadversaries.Theimplicationsfordefendersare

clear:Reactivecybersecurityisnolongeracceptable.Theindustrymustadoptproactiveand

coordinateddefensivestructures,integratingintelligencegathering,analysisanddistribution,

continuous

monitoring,

and

cross-functional

coordination

betw