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Zaptic puts process instructions, troubleshooting guides, and digital forms on factory workers’ phones – addressing a market of 700 million people with no software designed for them.
ENTRY ANGLES
Sensor and IoT integration that auto-triggers workflow guidance when workers approach specific machines or production runs · Real-time procedural guidance and compliance tracking at point of work execution · Digitization of repetitive, well-defined industrial processes currently lacking digital tooling
VERTICALS
CAPABILITIES
Sensor and IoT integration technology, Real-time workflow triggering and execution, Compliance tracking and documentation systems
Zaptic is a platform for industrial workers that delivers exactly the information they need, at the moment they need it, directly on the factory floor.
At its core, Zaptic is four things combined: a library of step-by-step process instructions, a troubleshooting guide for equipment problems, a reference catalog for machinery and tools, and a set of digital forms workers fill in during their shifts – safety checks, equipment inspections, production records.
All of this lives on a worker's phone as a sequence of interactive screens. Text, images, and video can appear on each screen, and the sequence can branch based on what a worker enters – effectively making each workflow a program. The key constraint is that administrators build these programs using a no-code visual editor. No engineering resources required, which is the practical definition of "connected worker" infrastructure.
For less experienced workers, the effect is significant: they no longer need to carry a mental model of complex procedures. They pull out their phone, find the relevant guide, and follow the steps. The platform tracks completion of each step and each required action, giving supervisors and plant managers remote visibility into whether procedures are being followed across the entire workforce.
The outcomes Zaptic reports from deployments: problem resolution time cut by 200%, ramp-up time for new workers reduced by 35%, and equipment downtime due to breakdowns reduced by 18%. Customers include Carlsberg and Danone.
The current round raised €9M, bringing total investment to $16M.
Zaptic cites a global addressable market of 700 million industrial workers. The number looks large at first, but it holds up: with approximately 3.3 billion employed people globally and World Bank data placing industrial sector employment at around 22.5% of the workforce in 2019, the estimate is roughly accurate.
The comparison that makes this striking: the software developer market – which attracts enormous capital and spawns entire ecosystems of tooling – numbers roughly 27 million people worldwide. Industrial workers outnumber developers by a factor of about 30, yet the infrastructure investment directed at them is a fraction of what flows into developer tools.
The no-code angle deserves its own note. The no-code boom of the early 2020s was largely aimed at eliminating developer dependency in software creation – with limited success. Learning no-code tools turned out to be only modestly easier than learning to code, and AI coding assistants have since further closed the gap. No-code platforms as a category never fully delivered on their original promise in that context.
Zaptic shows what happens when no-code logic is applied to a different problem: not replacing software developers, but replacing paper checklists, binders of printed procedures, and institutional knowledge that walks out the door when experienced workers retire. A Carlsberg quality executive described the platform plainly: "I'm not a tech person and I don't understand programming. But what's good about Zaptic is that their no-code platform lets me and my staff digitize production processes in a simple and convenient way. That's exactly what I need."
The model is more accurately described as programming workers rather than computers – encoding workflows that human hands execute, not code that machines run.
The industrial worker market combines three factors that historically produce strong returns for technology companies: massive scale, substantial technology debt, and customers who measure ROI in concrete operational metrics. A 35% reduction in ramp-up time for new hires, or an 18% reduction in equipment downtime, translates directly into dollar figures that justify platform costs with a clear payback period.
Founders consistently underestimate this market. The combination of size and underdevelopment is precisely the opportunity – the processes that define this market are repetitive, well-defined, and largely unenriched by digital tooling. Those are the processes most amenable to digitization.
Several platforms are already building in this space: [Deephow](/review/programmirovat-nuzhno-ne-kompjutery-a-ljudej), which raised $37.1M, focuses on AI-powered training for manufacturing and construction workers, and [BuildWitt](/review/programmirovat-nuzhno-ne-kompjutery-a-ljudej) ($7.6M) combines training content with workforce development for construction trades. Zaptic's emphasis on real-time procedural guidance and compliance tracking occupies a different position in the stack – closer to the moment of work execution than to initial training.
That positioning suggests the natural follow-on opportunity: sensor and IoT integration that triggers the right Zaptic workflow automatically when a worker approaches a specific machine or begins a specific production run. The platform already has the procedural content and the compliance tracking; connecting it to equipment telemetry closes the last gap between a digital checklist and a genuinely intelligent factory floor assistant.