The risk for businesses to fall victim to a zero-day exploit has increased in recent years. More and more often, cybercriminals can take advantage of as-yet undiscovered weak points in business software in order to steal or manipulate data. It is difficult to protect against these attacks, but businesses can take some measures to improve their security.
If you ask the IT community which malware is the most harmful, the answer is typically not viruses, worms or Trojan horses. Experts unanimously agree that rootkits pose much greater problems even to experienced users. The rootkit’s special ability is to conceal other malware and thereby enable cybercriminals to misuse others’ computers for their own criminal activities undetected – such as for bot...
Criminals are constantly trying to exploit Internet vulnerabilities and harm users. One common type of cyberattack is a cross-site request forgery attack, or CSRF. Hackers use these attacks to make purchases and transfer money on a user’s behalf without the victim noticing. How can these attacks be prevented?
Antivirus software has sadly become indispensable as new types of threats against your system emerge regularly. Viruses, worms, Trojan horses, and many other types of malware threaten to infect your system and could cause significant damage. To counteract these threats, software makers try to fight off malware attacks with intelligent antivirus programs. Find out which rank top in our antivirus...
By complying with the ISO 27001 standard, companies can prove they carefully handle information and plan for exceptional circumstances. Public certificates and standards according to the ISO certification create trust among consumers and attest to the company’s secure and tested treatment of data. The certification is performed by an independent institute.
The Domain Name System has a big security flaw: requests and responses are traditionally sent unencrypted. This provides Internet criminals with an ideal point of attack. Again and again, users are being directed to websites that they actually have no desire to visit. DNS over TLS acts as a deterrent. How does the security concept work?
Technically, the Domain Name System (DNS) is a good thing because it allows you to access a website using its URL rather than its IP address. The domain address is then automatically interpreted as an IP address – thanks to the DNS. But despite these performance benefits, the system carries a significant risk: DNS Hijacking. The practice is simple: a hacker accesses a user’s device configuration...
Try and imagine a world where you don’t have to memorize passwords: Thanks to FIDO2, this could soon become a reality. Authentication in online stores or for online banking can be done through a fingerprint or hardware token. The latter can communicate with laptops of PCs through a USB, NFC or Bluetooth. To enable conversations between two devices, FIDO2 uses the Client to Authenticator Protocol...
Passwords are not an ideal way to surf the World Wide Web safely. They are either so complex that they are hard to remember, or so simple that they can be guessed in next to no time. FIDO2 takes a different approach and relies on modern technology. The open standard has the potential to make surfing the net safer and more convenient at the same time.
Passwords have long ceased to offer sufficient protection when surfing the internet: They are easy to crack, easily tapped, and difficult to remember. Together with the FIDO Alliance, the World Wide Web Consortium has developed a new standard. WebAuthn is intended to make logging into social media or online shopping portals easier and safer. How does it work?
Provide powerful and reliable service to your clients with a web hosting package from IONOS.
