Opsio is constantly working to identify and warn you on any technical or operational risks. This could apply, for example, to open ports, data that is not encrypted, accounts with incorrect permissions, or weak password policies. We report and give you recommendations for raising security.
Authorities, suppliers and customers make increased demands for security. AWS and Azure comply with regulatory requirements and organizations such as GDPR, ISO 27001, HIPAA and PCI-DSS. Opsio helps you to implement and comply with the rules of the organization and work with you through the revision of these.
When
it comes to operations, inconsistency equates to inefficiency. Whether you
are manufacturing, importing, retailing, or providing a service, the more you
standardize basic operations, the better. As organizations move to the cloud,
the effective operational security and compliance functions that existed
on-premises must be applied to respective cloud services.
Data
cyber threats represent a relentless source of sophisticated exploits and
zero-day attacks aimed at getting your organization’s information. Attackers/Hackers
use a mix of methods to compromise systems and infrastructure for political
and financial gain, while other, less sophisticated attackers are looking to
make a quick score and move on to the next victim. One of the most common
attack vectors is ransomware, which has become a $1 billion-a-year industry,
according to recent studies.
Historically,
it was simple to know where data lived: in the data center. That’s no longer
true. With the proliferation of mobile devices—now defined as edge
computing—and the increasing use of cloud-based applications and services,
critical corporate information is more dispersed than ever. With additional
regulatory requirements involving global data residency, getting a single
view of your data is more challenging than ever.
A DDoS attack is
designed to overwhelm website servers, so it can no longer respond to legitimate
user requests. If a DDoS attack is successful, it renders a website useless
for hours, or even days. This can result in a loss of revenue, customer trust
and brand authority.
Traditionally, In-house IT teams have had great control
over the network infrastructure and physical hardware (firewalls, etc.)
securing proprietary data. In the cloud (in private, public and hybrid
scenarios), some of these controls are relinquished to a trusted partner.
Choosing the right vendor, with a strong record of security, is vital to
overcoming this challenge. In the cloud (in private, public and hybrid scenarios), some of those
controls are relinquished to a trusted partner. Choosing the right vendor,
with a strong record of security, is vital to overcoming this challenge.
When business critical information is moved into
the cloud, it’s understandable to be concerned with its security. Losing data
from the cloud, either though accidental deletion, malicious tampering (i.e.
DDoS) or an act of nature brings down a cloud service provider, could be
disastrous for an enterprise business. Often a DDoS attack is only a
diversion for a greater threat, such as an attempt to steal or delete data.
One of the great benefits of the cloud is it can
be accessed from anywhere and from any device. But, what if the interfaces
and APIs users interact with aren’t secure? Hackers can find these types of
vulnerabilities and exploit them. A behavioral web application firewall
examines HTTP requests to a website to ensure it is legitimate traffic.
With advanced tools paired with cloud service providers such as Amazon CloudTrail, Amazon Inspector and Amazon GuardDuty, we create the prerequisite for incident incentives and root cause analyses. We collect data and process it to create reports around the environment or separate issues, this may, for example, indicate change in competence or services that have been unavailable.
