Frequently asked questions
The current growth of IoT is driven by two main factors: Increased demand for connectivity: People now expect seamless connectivity in both personal and professional settings. Technological advancements: Small, low-power sensors can now connect via mobile data or satellites and operate for several years on a single coin cell battery. This makes it feasible to place sensors almost anywhere, even in the most remote environments.
Several sectors are leading the way in IoT adoption:
Manufacturing: Known as the Industrial Internet of Things (IIoT), this involves sensors monitoring machinery for vibrations, temperature, or noise to enable predictive maintenance. Data from hundreds of machines can be processed centrally to reduce downtime and optimise operations.
Logistics and Supply Chain: IoT offers real-time tracking of goods globally. For sensitive cargo like vaccines, sensors can detect temperature breaches during transit and trigger immediate interventions.
Conservation: In remote wildlife areas, low-power satellite-enabled sensors are used to monitor animal behaviour without the need for large batteries or solar power.
Yes, some sectors have been slower to adopt IoT, but adoption is now increasing: Agriculture: Farmers are now using smart sensors, such as ingestible devices for cows to monitor health and diet, or in-poultry house sensors that help improve welfare and productivity. Healthcare: Initially limited to wearable emergency devices, IoT now enables continuous, discreet remote monitoring of patients. Smart home sensors can alert carers to unusual behavior, such as a missed meal or an open door at night. These solutions are unobtrusive, easily installed, and offer peace of mind for families and professionals alike.
Security is a significant concern. Many smart devices are vulnerable to data misuse or unauthorised access. For example, some mobile apps request unnecessary permissions (e.g., access to your contacts or microphone), which could be exploited.
There have been high-profile breaches, including a corporate hack traced back to an app for a remote gate opener. As a result, public sector organisations are increasingly strict, often prohibiting certain apps or devices entirely. At TigerTek, we address this by building secure, self-contained systems with custom code and private networks, avoiding generic off-the-shelf components wherever possible.
Absolutely, two major trends are shaping the future of IoT: AIoT (Artificial Intelligence of Things): This merges IoT with AI, enabling devices to not only collect and transmit data but also analyze it locally and take action autonomously. Evolving Connectivity: The future will see a blend of terrestrial networks, low-power data systems, and satellite communication. Some IoT devices already switch seamlessly between mobile and satellite networks, ensuring global coverage.
TigerTek stands out by offering end-to-end custom IoT solutions—from hardware and sensors to fully integrated software and secure connectivity. We don’t just assemble parts; we design, build, and code solutions tailored to each client’s environment and needs. Whether it’s tracking livestock, securing remote data, or managing energy use in manufacturing, our focus is on reliability, security, and performance.