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IoT Security Redefined, Security from the Inside Out
An automated way to protect your code from zero-day hacking attacks
Automotive Cybersecurity:
Dellfer Announces JDA with DENSO for Connected Car Innovation

Protecting Code Intrinsically,  from the Inside Out

All software has unknown vulnerabilities, but the risks are amplified in an IoT connected world, where over 20 billion devices are estimated to be cloud connected by 2020. Advanced hackers discover and act on vulnerabilities unknown to the world (zero-day) but also known ones that have simply not been patched. Stop worrying about your brand, reputational and financial damage from a major hacking attack.

Trends Driving the Need for IoT Security

Pure Air-Gapping is Becoming Rarer

Today, critical infrastructure sites, automotive vehicles or other traditionally air-gapped networks and devices are now linked to the Cloud. Despite the use of basic firewalling, the moment this happens the possibility of cyberattacks grows exponentially.

Code Vulnerabilities

We all know software bugs are an intrinsic part of software, which is “eating the world” as it is said. This reality applies for originally written software and code comprised of reusable components from 3rd parties. This increasing code explosion is mirroring the IoT device big bang and driving the need for IoT security.

Limited Updateability

Many IoT environments are constrained by uptime requirements that make re-booting or re-starting a system periodically impossible. This complicates security dependent on signature updates or periodic patching.

Effective Security No Longer Has to be So Cumbersome

Dellfer enables branded product manufacturers with cloud connected vehicles and devices to fully protect embedded code from advanced hacking attacks. Our unique software enables this security protection with the following high value features:

INSIDE OUT SECURITY

Dellfer’s solution is enabled at compile time, before an IoT product is deployed. Security is not “bolted on” after the fact but instead becomes intrinsic to the running code.

DETERMINISTIC, NON-FALSE POSITIVE APPROACH

Dellfer’s ZeroDayGuard is deterministic and highly precise. Unlike signature or behavioral solutions focused on matching against a known bad event, Dellfer works by validating known good execution at runtime. This approach eliminates the false positives often seen with other security solutons.

RAPID INTEGRATION

Literally compile your code’s make file with Dellfer’s compiler and your application is ready to be monitored and protected. It couldn’t be easier.

INSTANTANEOUS DETECTION

Once your code is protected and deployed, Dellfer enables you to see any attacks across all of your connected devices seconds after they happen. Monitor individual devices or a fleet of devices from our cloud-based monitoring dashboard.

VULNERABILITY DETAIL

Alerts include precise information on where attacks occurred and potentially where attackers discovered vulnerabilities in your code, illuminating future updating and patching.

Our Partners

  

IoT Security Experts So You Don’t Have to Be

Dellfer was formed by a team with over 20 combined years of IoT and embedded systems security experience. Our lightweight or small footprint security solutions have secured systems in many IoT sectors such as transportation, energy, healthcare, communication and defense. We are experts in IoT security so your engineering/development teams don’t have to be.