Dual-use technology: what it means and how to position it

Dual-use technology presents a fundamental strategic challenge for any industrial or technological company seeking to expand beyond its usual markets, especially when considering the defense sector. It’s not simply a matter of whether a solution can serve both civilian and military purposes; the critical question is what makes a technical capability translate into a credible and positionable commercial proposal in such a specialized environment as defense. This approach is also developed in the guide on how to sell to the Spanish defense sector, where the commercial, technical, and regulatory criteria that shape market entry for industrial companies are analyzed. The distinction between possessing a technology with dual potential and knowing how to commercially filter and strategically position it is what determines success.

This article explores when it makes sense to orient and position dual-use technology towards defense, when it does not, and the common mistakes companies make when attempting this transition without a clear understanding of market logic.

What Dual-use Technology Really Implies and How to Distinguish a Capability from a Credible Commercial Proposal

Traditionally, dual-use technology is defined by its applicability in both civilian sectors and defense or security. However, in the industrial and commercial context, this definition is insufficient. A “dual-use” capability is not just a technical feature; it is, above all, a positioning strategy that filters real opportunities from mere technical possibilities.

The key does not solely lie in whether a component or software can be used in defense, but rather in whether its original development (or adaptation) provides it with robustness, resilience, precision, or interoperability that standard commercial solutions cannot offer and that the defense sector explicitly values. For example:

High-precision sensors developed for space or combat environments: can offer unmatched reliability in monitoring critical infrastructure or automated production lines where failure has a critical cost.
Secure and encrypted communication systems initially for sensitive operations: provide a superior level of data protection in strategic supply chains or critical civilian infrastructure.
Advanced materials and additive manufacturing proven in extreme conditions: enable the production of ultra-lightweight and resistant components for special vehicles, or for rapid prototyping in industrial R&D programs.

The impact is not measured solely in efficiency or generic ROI, but in:

Critical Operational Capability: Strengthening the ability to operate in high-risk or strictly regulated environments.
Strategic Resilience: Reducing dependence on vulnerable supply chains or proprietary technologies with obsolescence risk.
Commercial Filtering and Positioning: Identifying whether the investment in adapting and certifying a technology for defense has a real market and is not merely a technical ambition without commercial fit.
Credibility in Defense: Technical capability must be accompanied by a narrative and compliance (certifications, regulations) that make the proposal credible for the defense customer.

When Does It Make Sense to Position Dual-use Technology Towards Defense (and When Not)?

The decision to integrate dual-use technology is not trivial. It makes sense when an industrial company faces:

Extreme Reliability Requirements: Operations where failure is not an option, either due to safety (nuclear, chemical), costs (large infrastructures), or reputation impact (aerospace).
Need for Disruptive Innovation: To outperform competitors or address current technical limitations, seeking qualitative leaps that standard commercial solutions cannot offer.
Hostile Operating Environments: Where conditions (temperature, vibration, corrosion, interference) exceed the capabilities of conventional technology.
Intense Regulatory Pressure: Sectors with strict compliance regulations, where traceability and certification are mandatory.

However, its application is not always the optimal solution. It does not make sense to opt for dual-use technology when:

Standard commercial solutions are sufficient: Inflating complexity and cost with oversized capabilities is inefficient if the problem can be solved with market technology.
Integration and customization costs are prohibitive: Many of these technologies require very specific knowledge and significant adaptations for integration into commercial environments, which can nullify their benefits if not properly managed.
There is no clear, high-value industrial problem: Adoption must be anchored to a business problem that justifies the investment and effort.

This initial approach to dual-use technology underscores that its value is not inherent in its label, but in its demonstrated ability to generate a decisive impact on the critical indicators of an industrial company, provided it is applied with a clear strategic vision and a realistic understanding of its implications. The challenge is not only to identify it, but to know how to integrate and position it for maximum commercial benefit, avoiding the traps of over-engineering or irrelevance.

Strategic Positioning of Dual-Use Technology in Defense: Commercial Filtering and Credibility

Once technical capability is established, the real challenge for industrial and technological companies is the strategic positioning of their dual-use technology in the defense sector. This goes beyond mere technical specification and demands rigorous commercial filtering to differentiate between potential capability and a credible, viable proposal. Without this filter, many companies make the mistake of trying to “sell” to the defense sector without understanding its specific logic, regulations, and acquisition processes. To better understand these requirements, you can consult our comprehensive guide on selling to the Spanish defense sector.

Keys to Successful Positioning and a Credible Commercial Proposal

Success in defense is not just about having the best technology, but the most suitable and reliable in a mission-critical context.

Understand the Logic of the Defense Customer: The decision-maker in defense prioritizes supply security, interoperability, product lifecycle, specific certifications, and robustness in extreme conditions, far above the efficiency or short-term ROI that an industrial customer would value. The commercial proposal must reflect this logic.
Filtering Real Opportunities vs. Technical Potential: Not all dual-use technology is equally attractive to defense. Positioning must identify where the value proposition is irrefutable:
- Existing capability gaps: What critical problem do current solutions not solve?
- Reduction of operational risks: How does it improve reliability or reduce a system’s vulnerability?
- Tactical or strategic advantage: Does it offer a tangible differentiation in the field or in the chain of command?
Technical Capability is Not Equivalent to a Credible Commercial Proposal: Many companies mistakenly assume that robust technology is, by itself, a valid commercial proposal. Credibility is built through:
- Certifications and Standards: Demonstrating compliance with military standards (MIL-STD, STANAG, etc.) or country-specific regulations.
- Reliability Track Record: Testing in demanding environments, demonstrative pilots, or references in other sectors where robustness is critical (aerospace, nuclear energy).
- Security and Cybersecurity: Integrating resistance to attacks and protection of sensitive data from design.
- Secure Supply Chain: Ensuring traceability and resilience of critical components.
Avoid Premature “Militarization” and Focus on Induced Demand: It is a common mistake for industrial companies to “disguise” their civilian technology for military use without understanding that the defense sector does not buy based on trends, but on strict requirements. Positioning must be genuine and anchored in the technology’s real ability to solve a defense problem, not in adapted marketing.
Build a Clear Value Narrative for Defense: Communication must be precise and oriented towards tactical, operational, or strategic value. Avoid generic commercial jargon and focus on how the technology contributes to the mission, security, or autonomy.

Common Mistakes When Positioning Dual-Use Technology in Defense (and how to avoid them)

Many companies, especially those from purely civilian markets, underestimate the complexity of the defense sector.

Underestimating Acquisition Timelines and Cycles: Sales cycles in defense are long and complex. Patience, long-term investment, and an understanding of bureaucratic processes are crucial.
Lack of Regulatory and Certification Understanding: Not knowing or planning for the necessary certifications (both product and company) is a critical mistake that invalidates any proposal.
Exclusive Reliance on Technical Capability without a Specialized Commercial Team: A good engineer is not a good defense salesperson. Personnel with sector knowledge, contacts, and experience in complex acquisition processes are required.
Ignoring Cybersecurity and Intellectual Property Protection: In defense, security is inherent. Failing to secure technology and data is an unacceptable risk.
Lack of Adaptation to Interoperability Standards: The defense sector operates under very specific standards that ensure systems from different manufacturers can communicate. Failure to adapt is an exclusion factor.
Trying to Sell “Solutions” Instead of Solving “Critical Problems”: Defense buys solutions to very specific problems. Presenting a technology without a clear, validated operational use case is a waste of time.

Successful positioning of dual-use technology in defense demands a strategic vision that transcends the technical, incorporating deep market knowledge, rigorous commercial filtering, and the construction of credibility based on facts and compliance. Companies that master this transition will not only find a new market but will also validate and strengthen their technological capabilities in the most demanding environment.