Penetration Tester - Bristol, United Kingdom - CBSbutler

CBSbutler

Verified Company

Bristol, United Kingdom

3 weeks ago

Posted by:

Tom O´Connor

beBee Recruiter

Description

Job ref:
1202045/001_

Location:

Bristol

Sector:

ICT, Defence and Security

Job type:

Permanent

Salary:

£ £70000 per annum

Contact:

Liam Parsons

Published:

about 6 hours ago

Start date:

ASAP

Consultant:

Liam Parsons

Penetration Tester
Permanent opportunity

Based in Bristol
Hybrid working available (1 or 2 days a week onsite)
Paying between £50,000 £70,000 per annum DOE

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Please note this role requires you to be eligible for SC Clearance
******This is a highly rewarding and hands one role with exposure across both traditional and cutting edge enterprise IT as well as bespoke Operational Technology systems with a clear and defined pathway to achieve chartership, NCSC certification and greater responsibility. Your work will see you lead and deliver in solving customer problems in an agile, innovative and team centric manner. We are after creative, passionate, technically savvy and personable people to help grow our practice and solve some of the most challenging, exciting and critical security challenges to the UK's digital landscape.

Required Skills:

Excellent and demonstrable report writing skills for both technical and nontechnical audiences.
One recognised professional certification in Penetration Testing such as CREST CRT, OSCP, TigerSheme QSTM.Experience of and ability to manage multiple stakeholders and their needs with empathy, finding an appropriate balance of listening and speaking.
An ambitious and creative drive to help safeguard UK national infrastructure and become a recognised cyber expert.
UK SC Clearance or the ability obtain it as well as other more in depth security clearances.
Demonstrable ability in deriving security requirements from functional objectives with limited knowledge of the underlying solution and customer/team direction. Extensive ability leading in the breaking down, at pace of large functional solutions into simpler constituent parts