Connected Product Security Moves to the Core of Product Quality

Product quality has traditionally been assessed at the point of sale. Design, materials, performance, durability and, increasingly, repairability have shaped how buyers and award programmes judge whether a product is any good. For a growing class of products, that assessment is no longer sufficient. Connected devices—from smart home appliances and wearables to industrial sensors and business equipment—continue to change after they leave the factory. Their behaviour depends on firmware, cloud services and software updates. That makes cybersecurity and long-term software support product-quality questions, not merely IT concerns.

The direction of travel is becoming clearer. Buyers, procurement teams and regulators are asking not only what a product does at launch but how securely it will operate over time. For award programmes such as the Global Product Awards 2026, that shift adds a practical dimension to evaluation: a product that cannot be kept secure may not remain fit for purpose, however strong its launch specifications.

Security by Design Becomes a Product Input

Safety, durability and repairability are familiar design inputs. Manufacturers plan for them early because they affect how a product behaves over its life. Security is moving into the same category. For connected products, authentication, access control, data protection and the ability to receive updates are not features bolted on after development; they shape the product architecture.

The European Union's Cyber Resilience Act reflects this broader regulatory direction. It sets out requirements for products with digital elements, covering security by design, vulnerability handling and software support. The details and timelines are matters for the regulation itself, but the underlying logic is straightforward: if a product depends on software, its security posture is part of its quality.

This has implications for how products are described and assessed. A connected device that ships with weak default credentials, no update path or unclear data practices carries risks that conventional specifications do not capture. Design quality and security quality are becoming harder to separate.

Software Support as a Lifecycle Quality Indicator

A product that cannot receive security patches may not remain fit for purpose. That statement is becoming central to how connected products are evaluated. Software support periods and update commitments are emerging as lifecycle indicators, comparable to warranty terms or spare-parts availability.

For buyers, the practical questions are concrete. How long will security updates be provided? How are they delivered? Will updates preserve core functionality? What happens when support ends? A product with a short support window may be a poor investment even if its hardware is durable, particularly where it is expected to remain in service for years.

For manufacturers, publishing a clear support policy is a signal of lifecycle planning. It requires decisions about component selection, maintainability and long-term engineering capacity. Treating support as an afterthought can leave customers exposed and undermine the product's reputation once vulnerabilities emerge.

Vulnerability Handling and Incident Response

No connected product is immune to security issues. What distinguishes manufacturers is how they prepare for them. Vulnerability disclosure and incident response processes are becoming part of product governance, requiring companies to plan for post-launch security problems rather than improvise when they arise.

A credible approach typically includes a route for security researchers and customers to report issues, a process for assessing and remediating them, and a way to communicate with affected users. Transparency matters here. Buyers increasingly ask whether a manufacturer has a published security policy, how it handles reports and whether it provides timely advisories.

These processes also affect product safety. Where a connected product controls physical functions—heating, locking, machinery or medical support—a security failure can become a safety event. Planning for incident response is therefore part of responsible product stewardship, not an administrative extra.

Supply-Chain Security Across Hardware, Firmware and Cloud

Connected products rarely come from a single source. They combine hardware, firmware, cloud services and third-party components, each with its own security dependencies. Supply-chain security matters because weaknesses in one layer can undermine the whole product.

Manufacturers need visibility into the components and software they integrate, including how those elements are maintained and updated. Third-party services that support a product's operation must be considered part of its security envelope. Where a supplier stops maintaining a component, the manufacturer may need a plan to replace it or to adjust support commitments.

This is a demanding requirement, but it reflects the reality of connected product design. Quality cannot be assured at the level of the finished device alone if critical dependencies are unmanaged.

Procurement and Award Criteria Can Normalise Cyber-Resilience

Procurement teams are well placed to push these expectations into the mainstream. Contract and tender criteria can ask for evidence of secure development practices, defined patch support and transparent security policies. Such questions turn cyber-resilience into a normal commercial requirement rather than a specialist concern.

Award programmes can play a similar role. For the Global Product Awards 2026, connected products invite a broader set of assessment questions. Alongside design, performance and durability, assessors can consider update policies, vulnerability handling, incident response and supply-chain practices. Evidence of secure development and clear support commitments can sit alongside conventional specifications.

This does not mean treating every connected product as a high-risk system. It means recognising that security and support are part of what makes a product good, particularly where it will operate in homes, workplaces and public environments for years.

Conclusion

The shift is one of emphasis. Product quality used to be judged largely at the moment of purchase; for connected products, it must also be judged across the lifecycle. Security by design, software support commitments, vulnerability handling and supply-chain awareness are becoming part of the same conversation as safety, durability and repairability.

For manufacturers, that means planning for security as a design input and publishing credible support policies. For procurement teams, it means asking questions that go beyond the launch datasheet. For award assessments such as the Global Product Awards 2026, it means recognising that a product's ability to remain secure and supported is itself a measure of excellence. Connected products are judged increasingly not only by what they do at launch, but by how well they hold up over time.