27 September 2018
Another security breach: NewsNow. Another reason not to reuse passwords!
29 August 2018
No, eight characters, some capital letters and numbers is not a good password policy
12 August 2026
Laptops without power adapters from 2026
From 28 April 2026, new EU regulations will noticeably change the notebook market: laptops must be chargeable via USB-C. The goal is to allow users to reuse existing power adapters instead of buying a new one with every device. This is the core of the EU Common Charger regulation, which will apply to laptops from this date onward.
At the same time, the scope of delivery will change. Manufacturers must offer devices without power adapters and will increasingly ship notebooks without one by default. The background is the same sustainability and interoperability approach: less electronic waste, fewer duplicate chargers, and more standardization.
“USB-C” initially refers only to the connector shape. For charging, the relevant standard is USB Power Delivery (USB-PD). A notebook may have a USB-C port, but charging capability, charging speed, and compatibility depend on which USB-PD profiles are supported.
Confused? Contact Donline.
25 July 2019
Synology urges all users to take immediate action to protect data from ransomware attack
06 May 2020
We beg, implore and beseech thee. Stop reusing the same damn password everywhere!
11 April 2023
Terrifying study shows how fast AI can crack your passwords
Now Home Security Heroes has published a study showing how scary powerful the latest generative AI is at cracking passwords. The company used the new password cracker PassGAN (password generative adversarial network) to process a list of over 15,000,000 credentials from the Rockyou dataset and the results were wild:
51% of all common passwords were cracked in less than one minute, 65% in less than an hour, 71% in less than a day, and 81% in less than a month.
To stay safe: stick with at least 12 characters with a mix of upper, and lowercase letters plus numbers. Never reuse passwords - a unique one per service / account. Need help securing your accounts? Contact Donline.
17 December 2018
Received an email claming that your PC has been hacked & they have your passwords? It's probably a scam...
12 July 2022
Come back old fashioned keys - all is forgiven!
Hackers have uncovered ways to unlock and start nearly all modern Honda-branded vehicles by wirelessly stealing codes from an owner's key fob. Dubbed "Rolling Pwn," the attack allows any individual to "eavesdrop" on a remote key fob from nearly 100 feet away and reuse them later to unlock or start a vehicle in the future without owner's knowledge.
Despite Honda's dispute that the technology in its key fobs "would not allow the vulnerability," The Drive has independently confirmed the validity of the attack with its own demonstration.
Older vehicles used static codes for keyless entry. These static codes are inherently vulnerable, as any individual can capture and replay them at will to lock and unlock a vehicle. Manufacturers later introduced rolling codes to improve vehicle security. Rolling codes work by using a Pseudorandom Number Generator (PRNG). When a lock or unlock button is pressed on a paired key fob, the fob sends a unique code wirelessly to the vehicle encapsulated within the message. The vehicle then checks the code sent to it against its internal database of valid PRNG-generated codes, and if the code is valid, the car grants the request to lock, unlock, or start the vehicle.
The database contains several allowed codes, as a key fob may not be in range of a vehicle when a button is pressed and may transmit a different code than what the vehicle is expecting to be next chronologically. This series of codes is also known as a "window," When a vehicle receives a newer code, it typically invalidates all previous codes to protect against replay attacks.
This attack works by eavesdropping on a paired keyfob and capturing several codes sent by the fob. The attacker can later replay a sequence of valid codes and re-sync the PRNG. This allows the attacker to re-use older codes that would normally be invalid, even months after the codes have been captured.






