{"id":3028,"date":"2025-04-02T19:44:21","date_gmt":"2025-04-02T18:44:21","guid":{"rendered":"https:\/\/www.intelligentvending.co.uk\/blog\/?p=3028"},"modified":"2025-04-04T02:18:59","modified_gmt":"2025-04-04T01:18:59","slug":"our-journey-from-traditional-vending-supplier-to-innovative-solution-provider","status":"publish","type":"post","link":"https:\/\/www.intelligentvending.co.uk\/blog\/2025\/04\/our-journey-from-traditional-vending-supplier-to-innovative-solution-provider\/","title":{"rendered":"Our Journey: From Traditional Vending Supplier to Innovative Solution Provider"},"content":{"rendered":"

Our story begins back in 2005. We started as a traditional vending equipment supplier, quickly gaining visibility through a website that ranked highly on search engines, attracting major clients seeking to leverage automation. But these weren’t requests for standard machines; blue-chip companies sought advanced, connected solutions to automate complex processes.<\/p>\n

Initially, we worked with off-the-shelf machines and third-party components available in the standard vending marketplace. The limitations quickly became apparent. Industry protocols like MDB and Exec were never designed for deep integration or altering core process flows. This was starkly highlighted during a project for one of the top 3 global software companies<\/strong> at the time. We delivered what was then a state-of-the-art solution using the best available machines and bolt-ons from the industry. While appreciative, a Director candidly shared their view: as an innovative software company, they couldn’t believe how “Boring, Dull and Outdated<\/strong>” (his exact words!) the underlying technology of the vending industry was.<\/p>\n

\"The<\/p>\n

That blunt feedback reinforced the need to push beyond standard limitations. This led to our next phase: developing complex, bespoke electronics and software ‘bolted on’ to meet specific client needs. As a lean, agile team<\/strong>, we delivered some fantastic, targeted projects this way, often operating effectively under the radar within specific industry niches. However, this approach inherently lacked scalability and flexibility. Each solution was specific, making upgrades complex and costly \u2013 PCBs designed for one purpose couldn’t easily evolve.<\/p>\n

The Turning Point: A Lost Opportunity Sparks Enduring Innovation<\/strong><\/p>\n

A pivotal moment came after working with a major overseas client on a potentially market-leading product concept, a strong relationship that had been established over a couple of years. <\/strong>The project ultimately failed when last-minute regulation changes, mandated by the local government for unattended equipment, introduced requirements that were technically impossible to implement using a bolt-on or ‘fudge-based’ control approach. This significant setback forced a fundamental rethink. Relying on patching existing, limited technology was clearly not a sustainable path forward.<\/p>\n

The Birth of Quros\u00ae: Designing for Control, Flexibility, and the Future<\/strong><\/p>\n

We went back to the drawing board, deciding to invest strategically in designing our own<\/em> core control platform from the ground up. We envisioned an IoT-based architecture, developing our own robotics controller to remove the reliance on restrictive industry VMCs (Vending Machine Controllers), paired with a software platform deployable locally but controllable bi-directionally, in real-time, from either the device or the cloud.<\/p>\n

This vision, born from necessity and validated by real-world client challenges, has been sustainably developed from our base in the UK and meticulously refined over 15 years<\/strong> into what Quros\u00ae is today: A powerful, adaptable control platform built with core goals in mind:<\/p>\n