Monday, October 28, 2024
Wednesday, October 23, 2024
The need for a unified cyber security
Previously,
businesses could rely on a collection of standalone security solutions designed
to address threats and exploits. Malware attacks are less common and more
sophisticated, and corporate infrastructure is less complex. Today, cyber security
teams are often frustrated when trying to manage these complex cybersecurity
buildings. This is for a number of reasons, including:
•
Sophisticated Attacks: Modern cyber attacks cannot be detected by traditional
cyber defense systems. In-depth visibility and analysis is necessary to
identify campaigns led by advanced threat actors (APT) and other sophisticated
cyber threat actors.
• Complex
environments: Modern enterprise networks span infrastructure across premises
and multiple cloud environments. This makes security monitoring and policy
enforcement across all IT infrastructure more difficult.
• Different
nodes: IT is not limited to traditional computers and traditional laptops.
Changing technology and BYOD (Bring Your Own Device) standards make it
necessary to protect various devices, some of which are not owned by the
company.
• The rise
of remote work: The response to the COVID-19 pandemic has shown that remote and
hybrid forms of work can work for many businesses. Now, companies need
solutions that allow them to protect their remote employees as well as their
on-site employees.
Trying to
solve all these challenges using a large and unconnected solution is an
unmanageable and unsustainable task. Only by upgrading and restructuring their
security architecture can they effectively manage their cyber risks.
Get complete
cyber security with Check Point
Modern
cybersecurity infrastructure is integrated and built from solutions designed to
work together. This requires working closely with a security professional to
protect all company assets against various types of cyber threats.
Check Point
provides solutions for enterprise security needs, including:
• Network
security: View numbers
• IoT
Protection: Check Point Quantum IoT Protect
• Cloud Protection:
Check Point CloudGuard
•
Application security: Check Point CloudGuard AppSec
• Endpoint
Protection: View Point Harmony's endpoints
• Mobile
Security: Check Point Harmony Mobile
To learn
more about the threats Check Point solutions can help protect against, visit
Check Point Cybersecurity Solutions
Sunday, October 20, 2024
Sunday, July 7, 2024
HDR and Image retention mitigation
OLED
panels can't be as bright as monitors with backlights, including FALD and Mini
LED options. The PA32DC achieves a maximum brightness of 500 nits in HDR (10%
APL / patch size), or around 250 nits in full screen (100% APL). Like all OLED
panels, the panel relies on "automatic brightness control" (ABL) to
control the distribution of power across the panel, allowing maximum brightness
for small areas, but meaning your maximum brightness will be lower for larger
areas. If you want to know more about ABL and how it works, check out our
recent article here. If you want to use a display without ABL when necessary,
Asus Proart offers a convenient "even brightness" mode in the OSD that
limits the brightness to 250 nits to prevent this ABL from becoming less important.
For
creating and editing SDR content, the PA32DC is an excellent choice and the
power of the OLED panel gives you exceptional image quality. The limited
optimal brightness means that using the display for creating and recording HDR
content is a little more complicated because there are different brightness and
HDR gamut values to consider. On the plus side, you'll get the amazing
contrast ratio of OLED, every pixel resolution to avoid flare and halos, and
excellent pictures in dark and light-controlled environments, which is how HDR
content should be viewed. It can handle well-known content up to 500 nits, and
you can also set the PQ mode to be more difficult, following the process in the
right way to the highest brightness before reducing the main content. up.



