Reduce complexity, gain Zero Trust security and improve user experience with our design and operational support.
Businesses of today operate very differently than they did just a few short years ago. They're on the web, cloud-based and on the go. Zero Trust security models provide a novel approach to protecting sensitive resources and data. Smarter Technologies helps to protect your organisation from advanced cybersecurity threats and data breaches and achieve compliance by implementing Zero Trust network architecture. Our holistic approach to cybersecurity involves several technologies and processes that create a far more secure environment that prevents unauthorised access to sensitive digital assets.
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In traditional IT network security, everyone inside the network is trusted by default. The problem with this approach is that any attacker that gains access to the network then has free reign over everything within that network. A Zero Trust model, on the other hand, requires strict identity verification for every person and device trying to access resources on a private network. This holistic approach to network security incorporates several different principles and technologies.
In a Zero Trust architecture, no one is trusted by default, whether they are inside or outside the network. Everyone trying to gain access to resources on the network must be verified with an added layer of security. A Zero Trust solution continually and dynamically assesses trust every time a user or device requests access to a resource.
In addition to controls on user access, Zero Trust networks also require strict controls on device access, ensuring that every device is authorised.
The Zero Trust approach prevents attackers from exploiting weaknesses in the perimeter to gain entry. But if an attacker were to gain entry, a Zero Trust architecture prevents them from moving laterally to access confidential applications and data.
Delivery of Zero Trust network
architecture models
Enterprise, hybrid or full multi-cloud
deployable
Secure solution for public-private
and hybrid clouds
Cloud architecture and design
Collaborative knowledge transfer
to in-house teams
Advanced software-defined networking
technologies leveraging micro-segmentation
security model
Enterprise integration with AWS, Azure
and VMWare
Full functionality of software-defined perimeter
specifications
Infrastructure and security monitoring
Enterprise-class Software-Defined
Networking (SD-WAN)
Proven success in meeting Government Digital
Service (GDS) standards
Single, secure, logical network for
connectivity to trusted public clouds
Reduce risk with change impact analysis
Ensure that your network is secure by design
Reduce the risk related to cloud
integration and service transition
Facilitate the move to the cloud
Increase access visibility by continuously
monitoring and logging access requests and
policy changes over time
Reduce the time to breach detection
Gain visibility into your enterprise traffic
Mitigate the impact of the security skills shortage
Excellent end-user experience
Protect customer data
Avoid reputational damage
Monitoring of individual application components
ensures PIC-DSS and GDPR compliance
Identification
A Zero Trust architecture identifies individual users, devices
and applications on the network. This is necessary in order to
apply organisation-wide policy rules using role-based access.
Microsegmentation
We break up security perimeters into small zones to maintain
separate access for separate parts of the network. A person
or program with access to one zone will not be able to access
any of the other zones without separate authorisation.
Microsegmentation can not only prevent access to sensitive
resources, but also contain potential active threats from
spreading.
Multi-factor authentication (MFA)
MFA is a core value of Zero Trust security. It simply means
requiring more than one piece of evidence to authenticate a
user (just entering a password is not enough to gain access).
An example of MFA is the 2-factor authorisation (2FA) used
on popular platforms like Facebook and Google. In addition to
entering a password, you'll also be required to enter a code
sent to another device, such as a mobile phone. This provides
multiple evidence that you are who you claim to be.
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