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Consulting
Practice 
Technology
Services |
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| Malicious
Code Management Service |
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Today anti-virus technologies dependent on
updating their virus signature files to be effective are largely
obsolete because of increasing zero-day exploits that attack
before the signature file can be updated. To overcome this
limitation, next-generation anti-virus technologies that integrate
intrusion prevention to counter unknown and zero-day attacks
have emerged.
Organisations need to undergo a paradigm shift in focus from
anti-virus to worm containment strategies. Today, malicious
code defence infrastructures are proving ineffective because
innovative paths of ingress are being used by viruses and
worms to infiltrate IT infrastructures. There is a growing
proliferation of Instant Messaging and Peer-to-Peer networking
viruses and worms. Malicious code is also being encapsulated
within other protocols to enable them to tunnel through Anti-Virus
defences. Social engineering is becoming a prominent mode
of spread, against which technology is ineffective. There
is a growing threat to organisational information and email
systems from spam, viruses, worms, phishing and direct attacks.
The threat environment is rapidly and inexorably worsening.
Unless kept in sync, existing organisational malicious code
defence infrastructures will get obsolete if not already so.
SecureSynergy's Malicious Code Management Service works towards
developing malicious code management strategies for protecting
an organisation's information systems based on an assessment
of risks and vulnerabilities, and the changing threat environment.
The Service encompasses the following:
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Evaluation of the effectiveness of
the existing management, operational and technical controls
implemented to protect the organisation against virus,
worms and other malicious logic.
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Evaluation of the capability and scalability
of the existing technology solutions in coping with
evolving and future virus/worm threats.
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Evaluation of the malicious code defence
architecture for protecting electronic communications
and the vulnerabilities introduced by them.
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Determination of the gaps that exist
between desired level of risk mitigation, and what the
existing malicious code defence infrastructure can provide.
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Recommend remediation solutions that
could be applied to plug the identified gaps.
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