As technology advances rapidly, homeowners must keep up with the latest trends in the IoT industry. New devices are hitting the market, offering better options. 

In the UK, around 19.7 percent of the total households, use smart home products. These 5 million homeowners expect longevity from their home security systems, aiming to leverage them in the coming years. However, not all security tools and systems are the same. Some will become obsolete quickly, while others are designed to last.

A future-proof product or system is designed to remain relevant without needing major updates as technology progresses. Being labelled as “future-proof” indicates that it will remain useful for an extended period.

Homeowners, especially high-net-worth individuals (HNWIs) and ultra high-net-worth individuals (UHNWIs) living in high-value homes are recommended to implement strategies to future-proof their systems so they don’t become quickly outdated. 

Preparation for future-proofing smart homes

Prioritising quality over quantity is crucial when constructing a home security plan, especially for future-proofing. Cutting security measures to save costs increases risks. While pricier home security systems often provide superior security, some high-quality options are available in the market for lower prices.

When purchasing a new home security system, it’s crucial to assess the reliability and reputation of the technology and its provider. While opting for cutting-edge technology from a startup may seem enticing, consider the company’s long-term viability. Ensure the system can scale with the home’s needs, considering factors like reader capacity and cardholder count for access control systems.

Before starting any installation project, homeowners should thoroughly assess their network infrastructure. While a network may currently only need to support a small number of surveillance cameras, it’s crucial to consider future scalability. Adding five or even ten high-definition cameras could strain bandwidth significantly. 

Many homeowners face challenges with low-cost internet services unable to meet the data upload demands of additional cameras. Businesses may also encounter capacity issues due to inadequate knowledge of their network limitations.

For the control panel, homeowners can select one that can grow with their needs. Opt for a system that can accommodate numerous devices and seamlessly integrate new ones, allowing the smart home to expand without a full overhaul. Ensure the control panel allows cloud connectivity to enable remote management, updates, and integration with other smart home services.

Future-proofing a home security system also means considering environmental impact. Control panels that promote energy efficiency and connect with smart energy systems can become valuable assets as sustainability takes centre stage in future technology.

Homeowners seeking guidance on selecting and installing ideal home security systems can turn to security firms such as Marengo. After an initial consultation, they can create tailored home security plans and ensure the tools in the system are future-proof.

Maintenance and updates

Homeowners need to invest in regular maintenance after installation. An outdated home security system poses significant risks to property and personal safety. Vulnerabilities in outdated security systems can be exploited by cybercriminals, compromising the safety of personal data and privacy. Moreover, obsolete hardware and software can malfunction, leading to system failures and leaving the home vulnerable to unauthorised access or emergencies.

Manufacturers typically publish update schedules quarterly or semi-annually. Homeowners can also consult with the systems integrator before allowing any updates, ensuring they’re validated and stable. A valid software agreement is crucial for the system to receive update notifications and ensure system stability.

Some devices also offer remote firmware updates. Integrating devices capable of receiving and installing over-the-air (OTA) updates significantly extends the system’s lifespan.