The ATM remains one of the most important touchpoints between financial institutions and their customers. But as ATMs become more connected and sophisticated, the threats targeting them are evolving too.
ATM crime is no longer limited to physical break-ins or card skimming. Criminals are increasingly combining physical attacks, fraud, malware, and system vulnerabilities to target cash machines.
For financial institutions and ATM deployers, this means security needs to be approached from multiple angles.
Here are five ATM security threats worth watching in 2026.
1. ATM Jackpotting and Malware
Jackpotting continues to be one of the most concerning forms of ATM crime.
Unlike traditional theft, jackpotting involves compromising an ATM’s software or hardware so that it dispenses cash without a legitimate transaction. Criminals may use malware, unauthorized devices, or physical access to manipulate the machine.
As ATMs increasingly rely on sophisticated operating systems and connected technologies, cybersecurity has become an essential part of ATM protection.
What can financial institutions do?
Keeping ATM software and operating systems up to date, controlling physical access to internal components, monitoring unusual activity, and maintaining strong security protocols can all help reduce exposure.
Cybersecurity and physical security should work together—not exist as separate strategies.
2. Skimming and Card Data Theft
Skimming may be one of the more familiar ATM threats, but it hasn’t disappeared.
Criminals can use unauthorized devices to capture card information or use cameras and other methods to obtain PINs. Even as contactless and digital payment options grow, ATMs remain an attractive target because they handle both sensitive financial information and cash.
Regular inspections are an important part of identifying suspicious modifications before they become a bigger problem.
Financial institutions should consider:
- Inspecting card readers and PIN pads regularly
- Looking for unusual or unauthorized attachments
- Monitoring ATM activity for suspicious patterns
- Keeping customers informed about safe ATM practices
- Ensuring ATM components are physically protected
A strong security strategy isn’t just about responding to an incident. It’s about making unauthorized activity harder to carry out in the first place.
3. Physical Attacks on ATMs
Digital threats may be growing, but physical attacks remain a serious concern.
ATMs can be targeted through forced entry, tampering, vandalism, theft attempts, and attacks on the surrounding infrastructure. Drive-up and standalone ATMs can be particularly vulnerable because of their location and accessibility.
This is where physical security infrastructure plays an important role.
Enclosures, surrounds, security fences, gates, reinforced access points, and electronic locks can create additional layers of protection around an ATM.
The goal isn’t simply to make an ATM look more secure. Effective physical security should be designed around the specific ATM, location, access requirements, and potential attack methods.
4. Cash Trapping and Other Transaction-Based Attacks
Not every ATM crime involves breaking into the machine.
Cash trapping is one example of an attack that can manipulate the ATM’s normal operation. Criminals may interfere with the cash dispenser so that money is retained rather than properly delivered to the customer.
Other forms of transaction fraud can also exploit weaknesses in ATM processes or customer behavior.
These attacks highlight the importance of combining technology, physical inspections, monitoring, and customer awareness.
Financial institutions should regularly evaluate whether their ATMs are operating as intended and whether unusual activity can be identified quickly.
5. Software and System Vulnerabilities
Modern ATMs are increasingly sophisticated computing systems. That brings significant benefits—but also introduces another potential attack surface.
Operating systems, ATM applications, third-party software, connected services, and network infrastructure all need to be considered when evaluating ATM security.
Recent ATM vulnerabilities have demonstrated why software supply chains and system security deserve attention alongside traditional physical protection.
For financial institutions, this means ATM security should be part of a broader technology and risk-management strategy—not something reviewed only when an incident occurs.
The Answer: Layered ATM Security
The biggest takeaway from today’s ATM threat landscape is that there isn’t one solution that can address every risk.
The strongest approach is layered.
A comprehensive ATM security strategy can combine:
Physical Protection
Enclosures, surrounds, security fences, gates, locks, and other barriers can help protect the ATM and its critical components.
Access Control
Limiting who can physically access an ATM and its internal components is an important part of reducing risk.
Technology and Cybersecurity
Secure operating systems, software updates, monitoring, and network protection help address digital threats.
Ongoing Monitoring and Maintenance
Regular inspections and managed services can help identify vulnerabilities before they become incidents.
Location-specific Security
An ATM inside a busy retail location doesn’t necessarily face the same risks as a standalone or drive-up ATM. Security measures should reflect the environment.
Security Doesn't Stop at the ATM
The ATM of 2026 is more than a cash dispenser. It’s a combination of hardware, software, financial technology, physical infrastructure, and connected services—which means protecting it requires more than a single security measure.
As threats become more sophisticated, financial institutions need to think beyond individual vulnerabilities and consider the entire ATM environment.
Layered security can help create stronger protection—both for the technology inside the ATM and the physical infrastructure surrounding it.
At LD Systems, we help financial institutions and ATM deployers strengthen that physical layer with solutions designed to protect ATMs in a variety of environments, from enclosures and surrounds to security fences, gates, E-locks, and ongoing managed services.
Because when the threats evolve, your security strategy should evolve with them.