headlinessecurity architecture evolving over time
often becomes more complex than necessary and hence more insecure
truly secure solutions require security
to be a fundamental element of the architectural design
commissum work with a design team to plan
and achieve an optimum solution for end-to-end security
commissum will ensure a solution that
is:
inherently more secure
inherently more reliable
cost effective
planned with growth in mind
more adaptable with respect to future technology upgrades
backed by the knowledge of experienced security professionals
issues
An organisation's infrastructure is often developed
over time, with security added as an extra at a point in an organisation's
growth where the risks start to be acknowledged. This is frequently achieved
by initially adding a firewall as a perimeter defence, and later introducing
additional security elements such as internal firewalls, authentication,
VPN, etc, in a piecemeal fashion.
This is far from ideal, and can lead to a security
architecture that is both complex and by virtue of this complexity inherently
insecure. Internal IT departments rarely have the spare capacity and specialist
knowledge required to properly plan and implement an integrated, secure
architecture, in a phased way, over a period of time.
approach
Truly secure solutions require security to be a fundamental
element of the architectural design. This acknowledges the existence of
legacy systems, but requires a forward looking approach to designing a
system that can grow securely as the business grows. A commissum Security
Architect is able to work with a design team to plan and achieve an optimum
solution for end-to-end security. The approach has to be flexible to take
into account the varying business models, risks, etc, but typically would
include:
- establish business requirements (model, growth, environment, human
factors, etc)
- risk analysis aimed at targeting appropriate security strategy
- analyse legacy systems with respect to fit with future strategy
and potential technologies
- cost benefit analysis with respect to differing security solutions
and phasing
- security architecture design
- plans for implementation
- periodic review, accommodating change - environment, business model
and technologies
customer benefits
A "designed-for-security" technology road map is produced that provides
the appropriate level of security at each phase of an organisation's development.
Security is implemented as part of an integrated development plan. This
ensures that when compared with traditional "bolted-on" solutions, the
security architecture will be:
- inherently more secure
- inherently more reliable
- cost effective
- planned with growth in mind
- more adaptable with respect to future technology upgrades
- backed by the knowledge of experienced security professionals
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