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Cyber security considerations
in the technology sector
Meet compliance demands
across data protection
and sector regulations
Cybersecurity compliance in the technology sector is shaped by a mix of laws, industry guidelines, and sector-specific requirements. As technology services increasingly underpin operations across regulated sectors like finance, healthcare, and energy, providers are subject to obligations imposed by those industries.
These obligations include the UK GDPR, Data Protection Act (DPA), and frameworks such as the NCSC’s Cyber Assessment Framework (CAF) and Cyber Essentials. Non-compliance may lead to regulatory scrutiny, legal challenges, commercial or reputational impact. To be compliant, organisations must assess how their services are used, the industries they support, and the data they process.


Why technology sector
penetration testing is important
Reduce risk exposure
across cloud, APIs,
and developer platforms
The technology sector has become a primary target for cybercriminals, with threat actors increasingly exploiting its expanding digital footprint and critical role in powering global infrastructure. From cloud platforms and AI systems to APIs and developer environments, tech firms hold high-value data and often serve as gateways into their clients’ networks.
Given the elevated risk profile of the technology sector, robust cyber security practices are essential. These measures protect intellectual property and sensitive user data, and also support operational resilience and help safeguard reputation. For technology companies, regular security assessments and penetration testing play a critical role in identifying vulnerabilities early, reducing risks, and maintaining trust in a fast-moving environment.
Why pentesting must be
part of the cyber security strategy
Embed testing
to build resilience
and long-term trust
Technology companies operate complex, fast-evolving environments that support critical services across sectors. These include cloud platforms, SaaS, APIs, CI/CD pipelines, and diverse supply chains, all of which expand the attack surface, especially with the rise of AI. This complexity exposes firms to persistent threats from advanced cyber adversaries exploiting misconfigurations, insecure development practices, and supply chain gaps.
Regular penetration testing helps identify vulnerabilities by simulating attacks, often using techniques such as phishing and lateral movement. It also supports compliance with standards such as ISO/IEC 27001 and the NCSC CAF. Embedding testing into security strategies strengthens resilience, reduces risk, and builds trust with stakeholders.

Cyber security challenges
in the technology sector
Address systemic risk
linked to dominant
technology providers

Expanding attack surface
Technology companies rapidly deploy new applications to meet demand and improve data capabilities, but this growth expands their attack surface. Cybercriminals exploit emerging vulnerabilities, especially in fast-paced environments where security teams may lack full visibility. Regular assessments are essential to manage risks and maintain control across evolving infrastructures.

Concentration of risks in dominant providers
The tech sector’s reliance on a few major service providers creates systemic risk. A breach in one can affect thousands of dependent organisations. This concentration demands regular third-party risk assessments and targeted penetration testing to uncover vulnerabilities, strengthen resilience, and reduce exposure to cascading failures across shared infrastructure.

Emerging risks from AI integration
AI enhances cybersecurity through automation and threat detection, but its rapid adoption introduces risks. Threat actors exploit AI to scale attacks, while poor data governance and complex supply chains increase exposure. Reusing customer data and integrating third-party tools without oversight demands strong controls, vendor management, and secure data handling policies.

Complex and diversified supply chains
Technology firms rely on complex global supply chains, increasing risk and reducing visibility over security practices. Diversification boosts resilience but introduces vulnerabilities exploited in recent attacks. Managing this requires strong third-party risk controls, continuous monitoring, and regular testing to uncover hidden threats and safeguard the broader digital ecosystem.


