Sikkerhedsarkitekt
Sikkerhedsarkitekter designer sikkerheden i organisationens digitale sundhedsservices, så patientoplysninger forbliver fortrolige, korrekte og tilgængelige, når plejen har brug for dem. De fastsætter sikkerhedsmønstre og kontroller, vurderer sikkerhedsrisikoen ved nye design og leverandører og hjælper teams med at træffe risikobaserede beslutninger, der holder services både sikre og brugbare for klinikere og patienter.
Denne tekst er oversat fra engelsk af en AI-assistent og er endnu ikke gennemgået af en modersmålstaler. Citater fra den britiske regerings kompetencerammeværk for digitale og datarelaterede fag (UK GDaD PCF) og fra ESCO står fortsat på engelsk.
- Familie
- Arkitektur
- Rolle i UK GDaD PCF
- Security architect (Architecture)
- Erhverv i ESCO
- ICT system architect (ISCO-08 2511); cybersecurity risk manager (ISCO-08 2529)
- På GitHub
- Roledokument · Roledata
Niveauer
| Lønramme | Rolleniveau | Niveau i UK GDaD PCF | Lønklasser i den britiske statsforvaltning | Point i jobvurderingen |
|---|---|---|---|---|
| 8a | Sikkerhedsarkitekt | Security architect | HEO/SEO/G7 | 560 |
| 8b | Ledende sikkerhedsarkitekt | Lead security architect | G7/G6 | 613 |
| 8c | Principal sikkerhedsarkitekt | Principal security architect | G6 | 662 |
I en organisation inden for digital sundhed og pleje
- Sundhedsorganisationer er hyppige mål for ransomware og datatyveri, og et angreb kan standse kliniske services, så tilgængelighed er lige så vigtig som fortrolighed.
- Sikkerhedskontroller må ikke stå i vejen for akut pleje, så design afvejer stærk autentificering mod hurtig adgang i kliniske miljøer.
- Tilsluttet medicinsk udstyr og ældre kliniske systemer kan ofte ikke opdateres hurtigt, så arkitekterne designer kompenserende kontroller såsom segmentering.
- Mange medarbejdere, partnerorganisationer og leverandører har brug for adgang til patientjournaler, så identitet, rollebaseret adgang og logning er centralt.
- Sikkerhedsdesign skal understøtte forpligtelser inden for informationsstyring og offentliggjorte sikkerhedsstandarder som ISO/IEC 27001.
Rollebeskrivelse i UK GDaD PCF
A security architect designs and builds secure solutions.
Erhverv og kompetencer i ESCO
ESCO opregner den viden og de kompetencer, som arbejdsgivere som regel har brug for (væsentlige) eller kan have brug for (valgfrie) til hvert erhverv. Brug dem som tjekliste til udviklingssamtaler.
ICT system architect
ICT system architects design architecture, components, modules, interfaces, and data for a multi-components system to meet specified requirements.
Væsentlige kompetencer og viden (23)
Færdigheder og kompetencer
- acquire system component
- align software with system architectures
- analyse business requirements
- apply ICT systems theory
- assess ICT knowledge
- create data models
- define technical requirements
- design enterprise architecture
- design information system
- implement ICT security policies
- integrate system components
- manage database
- manage system testing
- use an application-specific interface
- use markup languages
Viden
Valgfrie kompetencer og viden (69)
Færdigheder og kompetencer
- apply technical communication skills
- build business relationships
- design cloud architecture
- design database in the cloud
- design database scheme
- design for organisational complexity
- design process
- develop with cloud services
- manage cloud data and storage
- manage staff
- manage standards for data exchange
- perform resource planning
- plan migration to cloud
- provide cost benefit analysis reports
- solve ICT system problems
- use object-oriented programming
Viden
- ABAP
- AJAX
- APL
- ASP.NET
- Agile project management
- Assembly (computer programming)
- C#
- C++
- COBOL
- CoffeeScript
- Common Lisp
- Erlang
- Groovy
- Haskell
- ICT process quality models
- ICT project management methodologies
- ICT security legislation
- ICT system integration
- ICT system programming
- Java (computer programming)
- JavaScript
- Lisp
- MATLAB
- ML (computer programming)
- Microsoft Visual C++
- Objective-C
- OpenEdge Advanced Business Language
- Oracle WebLogic
- PHP
- Pascal (computer programming)
- Perl
- Process-based management
- Prolog (computer programming)
- Python (computer programming)
- R
- Ruby (computer programming)
- SAP R3
- SAS language
- Scala
- Scratch (computer programming)
- Smalltalk (computer programming)
- Swift (computer programming)
- TypeScript
- VBScript
- Visual Basic
- computer programming
- defence standard procedures
- image recognition
- information structure
- lean project management
- model based system engineering
- security engineering
- task algorithmisation
cybersecurity risk manager
Cybersecurity risk managers identify, analyse, assess, estimate and mitigate cybersecurity-related risks of ICT infrastructures such as systems or services. They manage these aspects by planning risk analysis, applying, reporting, assessing, communicating, and treating them. They establish a risk management strategy for the organisation and ensure that risks remain at an acceptable level for the organisation by selecting mitigation actions and controls.
Væsentlige kompetencer og viden (22)
Færdigheder og kompetencer
- advice on security risk management
- communicate with stakeholders
- engage with stakeholders
- ensure adherence to organisational ICT standards
- establish an ICT security prevention plan
- establish an Information Security Management System
- implement ICT risk management
- manage system security
Viden
- ICT network security risks
- ICT performance analysis methods
- ICT security standards
- assessment of risks and threats
- attack vectors
- cyber attack counter-measures
- cyber security
- ethical hacking principles
- information security strategy
- internal risk management policy
- risk management
- security engineering
- security threats
Andet
Valgfrie kompetencer og viden (50)
Færdigheder og kompetencer
- define security policies
- define technology strategy
- design for organisational complexity
- develop information security strategy
- develop with cloud services
- execute ICT audits
- identify ICT security risks
- implement ICT security policies
- implement a firewall
- implement a virtual private network
- implement anti-virus software
- implement cloud security and compliance
- implement spam protection
- lead disaster recovery exercises
- manage disaster recovery plans
- manage keys for data protection
- remove computer virus or malware from a computer
- solve ICT system problems
- use ICT ticketing system
- use an application-specific interface
- use back-up and recovery tools
Viden
- ICT encryption
- ICT problem management techniques
- ICT process quality models
- ICT project management
- ICT quality policy
- ICT recovery techniques
- ICT security legislation
- ICT system user requirements
- Internet of Things
- Open source model
- Outsourcing model
- audit techniques
- cloud monitoring and reporting
- cloud security and compliance
- computer forensics
- decision support systems
- domain name service
- hybrid model
- information confidentiality
- internet governance
- investment analysis
- legal requirements of ICT products
- levels of software testing
- mobile device management
- organisational resilience
- service-oriented modelling
- systems development life-cycle
- tools for ICT test automation
- web application security threats
Contains ESCO v1.2.1 data (https://esco.ec.europa.eu/). © European Union. Reuse authorised under Commission Decision 2011/833/EU.