IoT Device Updates: Overcoming Distribution Challenges in Modern Workplaces

By 2018, the Internet of Things (IoT) transitioned from theory to reality, connecting almost 11 billion non‑computer devices worldwide.

Stephen Dunkley, Product Manager at Kollective Technology, notes that the network will expand further. Gartner forecasts over 20 billion IoT devices globally by 2020.

Although many devices are consumer‑grade wearables and smart home gadgets, IoT is rapidly permeating industry and office spaces—from interactive displays and voice assistants to smart lighting and thermostat control.

The influx of internet‑enabled devices presents significant network and security challenges for CIOs and IT managers. Every new device must be evaluated for its impact on the broader IT ecosystem, and each requires ongoing updates and patches to satisfy compliance and defend against cyber threats.

With BYOD policies in place, IT teams already wrestle with a diverse roster of employee devices. Adding hundreds or thousands of IoT devices only compounds this difficulty.

Historically, IT leaders hesitated to deploy IoT in the workplace due to security concerns stemming largely from the absence of a unified operating system.

Unlike conventional Windows or iOS environments, early IoT devices were built on bespoke Linux kernels by independent manufacturers, rarely receiving timely security updates and challenging centralized management.

Recently, the market has shifted, with Google and Microsoft releasing purpose‑built IoT operating systems. Microsoft’s Windows 10 IoT Core, for instance, allows IoT devices to operate within the same Windows ecosystem as corporate desktops.

A unified ecosystem enables simultaneous updates across all devices, and IT teams can rely on Microsoft’s commitment to regular security patches.

However, even with a single OS, distributing thousands of updates across sprawling, legacy‑networked offices remains daunting, especially for organizations with distributed sites and outdated infrastructure.

Kollective research indicates that 25 % of businesses grapple with patch installation due to network scaling challenges, while 10 % lack sufficient bandwidth to update the entire organization. These issues worsen as thousands of IoT devices flood the workplace.

Neglecting updates exposes organizations to hacks, botnets, and other cyberattacks. To address this, many enterprises are adopting an unconventional approach: video streaming.

Enterprise content delivery networks (ECDNs), traditionally used to stream high‑quality video across legacy networks, can be repurposed to distribute IoT software updates via peer‑to‑peer architecture.

Cloud‑based ECDNs enable legacy‑infrastructure businesses to transfer large files quickly. Kollective has adapted its video‑sharing platform to deliver Windows 10 updates at scale and plans to extend this capability to IoT software and OS patches.

Leveraging peer‑to‑peer architecture, software‑defined ECDNs reduce network bandwidth usage. The more peers across a distributed enterprise, the more efficient the delivery, surpassing traditional WAN‑optimisation hardware.

Although organizations must align rollouts with Microsoft’s schedule and SLAs, ECDNs alleviate IT managers’ concerns about timing and workload when distributing numerous updates.

Consequently, large enterprises can maintain thousands, or even hundreds of thousands, of IoT devices in sync without overburdening their networks. The result is a globally distributed, high‑speed update system that elegantly addresses IoT’s security and update challenges.