Due to Filipinos' growing desire for safer and smarter homes, traditional locks are being replaced by devices that combine physical safety with digital ease. As consumers want for convenience and stronger cybersecurity protections, the use of motion sensors, smart locks, and video doorbells is growing. The Philippines' smart lock industry is expected to reach a worth of $8.96 million in 2025, growing at a compound yearly growth rate of 21.1%.
Today's more discerning homeowner not only requests better security but also looks for smart lock systems that are powered by the Internet of Things (IoT) and provide both comprehensive security and ease of use. This addresses a practical need: parents looking for assurance when their children return from school, professionals seeking peace of mind while away at work, or households looking for safer ways to share access with family members. These IoT conveniences are jeopardized by the digital threats that usually come with modern technologies, such as wireless interception, app vulnerabilities, hacking, and lock bypasses.
Thankfully, makers of smart lock systems are constantly improving security technology to safeguard not only the devices but also the networks they are connected to and the user data they contain. After all, the technology underlying every smart home security system determines its quality. With its range of smart locks, Philips is spearheading this change.
Security at all levels
In addition to offering a hands-free and cozy home security experience, Philips Smart Locks are made with improved device intelligence to guard against emerging cyberthreats like physical tampering, wireless interception, and even remote breaches at the cloud and app level.
Electromagnetic shielding is incorporated into the hardware architecture to prevent Tesla coil attacks, and Bluetooth safeguards prevent hackers from copying and reusing wireless signals. Identity verification technology provides an extra layer of security, and the smart lock's programming is encrypted to prevent tampering.
Encrypted network pairing and communication links also enable dynamic security codes and mutual authentication to thwart wireless protocol attacks. Philips has a multi-layered network security architecture that comprises a web application firewall, host and cloud-native intrusion detection, and other infrastructure to prevent hacking and distributed denial of service attacks.
Finally, the cloud and app employ AES encryption and mutual authentication to prevent remote assaults. In the event of a hacking attempt, the smart lock device's remote unlocking feature is disabled, requiring users, including homeowners, to confirm their backup keys.
Philips strategically safeguards its cloud service providers' digital and physical infrastructure by following strict audits and monitoring protocols and a comprehensive security management system strategy. Additionally, the Philips Smart Locks app complies with international and national laws pertaining to information security and data privacy.
Key takeaways
Smart home security has had a major impact on Filipino homeowners' quality of life. However, the technology that powers a smart lock determines its quality. In addition to being user-friendly, Philips Smart Locks are built with physical, infrastructure, and cloud capabilities to protect the homeowner's home and private data, demonstrating Philips' commitment to all-encompassing security and setting the standard for consumer safety.
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