Applying green energy tax policies to improve cybersecurity

by Chief Editor

Beyond Fines: How Tax Incentives Could Revolutionize Cybersecurity

For years, governments have primarily relied on the threat of compliance fines to improve data security. Though, this “stick” approach often falls short. Many companies, particularly large tech firms, simply absorb these costs as a price of doing business. A shift towards leveraging the “carrot” of tax incentives could be a game-changer, fostering a more proactive and effective cybersecurity landscape.

The Limits of Penalties: Meta as a Case Study

Meta has accumulated over €2.5 billion in fines across its parent company and subsidiaries. These massive penalties haven’t demonstrably altered the company’s behavior, highlighting a critical flaw in the current regulatory model. Large, “irreplaceable” technology companies often view fines as an acceptable cost, especially when dwarfed by their overall financial portfolio. This creates a disparity, as smaller companies with limited cybersecurity budgets struggle to meet the same standards.

A New Approach: Tax Incentives for Cybersustainability

Drawing parallels to successful policies promoting green energy investments, governments can incentivize robust cybersecurity practices. This involves a two-pronged approach: tax credits for companies achieving high security standards and subsidies for innovators developing secure technologies. This strategy, termed “cybersustainability,” focuses on economic value, healthy ecosystems (operational resilience), and community building (stakeholder communication).

Understanding the Tech Landscape: Producers and Buyers

Effective cybersecurity policy must account for the diverse roles of technology producers and buyers. Regulatory compliance currently focuses heavily on corporate purchasing, but the rise of remote perform has blurred the lines, entangling company security with employee cybersecurity hygiene.

Technology Producers: Three Key Categories

  • Gatekeepers: Ubiquitous companies, like those defined in the European Union’s Digital Markets Act, that are difficult for buyers to replace.
  • Replaceable Technologies: SaaS applications and consumer devices that buyers can readily switch for more secure alternatives.
  • Innovators: New technologies built with security-by-design and security-by-default.

Technology Buyers: Commercial vs. Consumer

Commercial buyers are typically subject to third-party risk management requirements, incentivizing secure purchasing. However, consumer buyers often lack the knowledge and incentives to prioritize data protection.

The Digital Trust Label: An ENERGY STAR for Data Protection

A “digital trust label” could provide the transparency needed for all technology buyers, mirroring the success of the ENERGY STAR program for energy efficiency. Research indicates consumers are willing to pay a premium for energy-efficient appliances when provided with clear labeling. Similarly, a digital trust label would empower buyers to make informed decisions about data protection.

Initiatives like the Swiss Digital Initiative and the German IT Security Act 2.0 are steps in this direction, offering insights into a product’s security capabilities. The BSI IT Security Label Directory provides a readily accessible resource for both commercial and consumer buyers.

Taxation and Subsidies: Fueling the Shift

Tax incentives can be tailored to different types of technology companies.

Incentivizing Data Protection for Buyers

Legislation creating rebates or tax credits for technologies with a digital trust label would create a “demand-pull” policy, making secure options more affordable for consumers and businesses. This approach would minimize disruption while rewarding secure technologies.

Reduced Tax Rates: Rewarding Security Posture

Research suggests tax credits are particularly effective for large firms. Offering a tax credit for achieving a digital trust label could encourage these companies to maintain and improve their security posture, reinvest savings into research, and contribute to information sharing initiatives like NIS2.

Subsidies: Supporting Innovation

New-to-market firms often lack the financial resources for robust cybersecurity. Subsidies linked to digital trust labels could reduce production costs and incentivize security-by-design and security-by-default practices. A combined “push and pull” model – reducing buyer costs and offering tax credits – would be most effective.

The Path Forward: Incentives and Accountability

While penalties remain crucial for holding organizations accountable for data breaches, a more holistic approach is needed. By combining the “stick” of regulations with the “carrot” of tax incentives, governments can foster a cybersecurity ecosystem that prioritizes proactive security, innovation, and informed decision-making. This shift is essential for building a truly resilient digital future.

FAQ

Q: What is cybersustainability?
A: Cybersustainability applies environmental sustainability concepts to digital infrastructures, focusing on economic value, healthy ecosystems, and community building.

Q: What is a digital trust label?
A: A digital trust label is a visible indicator of a technology product’s security capabilities, similar to the ENERGY STAR label for energy efficiency.

Q: How can tax incentives help cybersecurity?
A: Tax incentives can reward companies for achieving high security standards and support innovation in cybersecurity technologies.

Q: Who benefits from this approach?
A: All stakeholders benefit – consumers gain more transparency, businesses can make informed purchasing decisions, and technology companies are incentivized to prioritize security.

Did you know? Research shows consumers are more likely to purchase energy-efficient appliances when provided with clear labeling, suggesting a similar approach could work for data protection.

Pro Tip: When evaluating technology products, gaze for certifications and labels that indicate a commitment to security and privacy.

What are your thoughts on using tax incentives to improve cybersecurity? Share your comments below!

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