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IoT

The term Internet of Things (IoT), has evolved significantly beyond the remit of its original context defined in 1999. It now refers to a connected ecosystem where both ordinary and emerging devices are wifi & mobile wirelessly connected to the internet as well as each other, often bringing with them advanced analytics-based capabilities that enable entirely new business models.

The IoT looks far beyond its initial machine-to-machine (M2M) roots. For some industries the IoT may still mean connecting parts of the supply chain, detecting faults or keeping an eye on production parameters. For others, it could mean life-enhancing insights via wearables, clinical adherence or household security.

That said, most enterprise use-cases of the IoT, until recently, have revolved around preventive maintenance. However, with the rapid evolution of technology and a proliferation of purpose-built platforms, businesses are increasingly looking at the IoT as an enabler of value and efficiencies beyond simple maintenance of machinery.

  • Manufacturing – both products and food/beverage industries; dramatic changes in production cycles through availability of sea-of-sensors real-time instrumentation
  • Replenishment – automated replenishment triggers for remote devices (from vending machines, hotel mini-bars to fuel tanks etc)
  • Logistics confirmations – high value goods are now shipped with IoT devices to confirm the device’s delivery, improving both the security of the delivery but also the timeliness of the financial transaction
  • Telemetry – allowing efficiencies in warranty and support models
  • Smart homes & buildings – Nest & thermostats, video doorbells
  • Smart Cities – traffic and people flow management
  • Connected transport – both for passenger functionality, but also for road and vehicle management
  • Insurance sector – for vehicle telemetry to in vehicle cameras to smart roadside cameras, all changing the major factors in the motor industry claims sector
  • Logistics – modern warehousing & distribution facilities are almost entirely orientated around IoT devices for their operation and configuration.
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COEUS’ APPROACH

The power in IoT comes from both the availability and ubiquity of relatively cheap sensors & devices, but also in the connected eco-system combining these together and building automated activities within the eco-system – e.g. automated replenishment scheduling based on senor stock levels.

IoT is not just about sensors but also devices, being able to not just monitor but also securely manage remote environments using interoperable solutions.

IoT is enabling new business models and areas, when the IoT data and meta-data becomes a business asset itself and a saleable item – look at car traffic data, gathered in anonymous aggregation from mobile device movement and monetised in the vehicle route mapping.

Organisations starting out on their IoT journey must focus their attention on the following key strategic considerations to improve their chances of a successful IoT deployment.

Strategy

Understanding the IoT value-chain and its implications on their specific business today and in the foreseeable future. This should include developing a view of the business constraints and risks that the technology could mitigate or even completely disrupt.

Technology

The technology ecosystems and their overlap along the dimensions of ‘People’, ‘Things’ and ‘Processes’. It is key to understand any potential constraints that may inhibit the scalability of the IoT solution as data volume and complexity evolves.

Security

Having a clear strategy around protecting sensor data as well as personal and proprietary data across jurisdictions. This must also include having robust intrusion detection mechanisms with ML/AI techniques deployed to continuously learn constantly changing intrusion patterns. As well as strong and flexible encryption management, to cope with inevitable evolving security protocol and key breaches. Similarly, clearly managing the association of IoT devices and data to relevant identities is often a complex and evolving challenge (how does the car know who it actually is behind the wheel etc).

Lifecycle

IoT devices will likely have a long duration of deployment (think age of buildings, cars etc) and thus the solutions must be able to cope with many variants of device, many ages of device, updating and through-life management of devices. Both the IoT solution technology provider and the business user must have a strategy that fully embraces an active long-term through life management approach.

Challenges

IoT whilst being an exciting new horizon of possibilities is not without its challenges. Given its growth over a relatively short amount of time, it’s not surprising that standards for the IoT are still a work-in-progress and where available are not widely adopted. The challenge of data security regulations and the financial consequences of a possible misstep have inevitably slowed down IoT adoption especially among smaller businesses. Even then, the fact that the number of intelligent connected devices has now surpassed human population on the planet, is testament to the optimism around what is possible with the IoT. Businesses that carefully navigate the initial rough waters will eventually reap significant rewards from successful deployments. The possibilities are endless and exciting.