One Platform. Built Around How Your Sector Operates.

THE PROBLEM

Industrial refrigeration consumes massive energy, while strict HACCP requirements and spoiled stock can put both compliance and margins at risk. Clean-in-place (CIP) routines waste excessive water and chemicals, and unpredictable filler/capper jams halt production lines.

OUR SOLUTION

We bring temperature, humidity, and flow sensors onto Technovix Core, triggering AI-driven alerts with prescriptive recommendations for refrigeration wear. Our Virtual Engineer instantly translates raw data into an audit-ready digital compliance report to simplify regulatory inspections.

THE PROBLEM

Nothing on an assembly line moves independently; one robotic stoppage can rapidly cascade through the entire just-in-time parts inventory, causing delays; none of this is cheap.

OUR SOLUTION

We install Technovix Edge along your line that reads equipment behaviour in real time, running it through models built to catch mechanical wear patterns early, giving your team a window to fix problems before the line stops. The Virtual Engineer summarises shift cycle times and flags repeat error codes before the line stops.

THE PROBLEM

Regulations like FDA 21 CFR Part 11 don’t bend; neither can batch-to-batch consistency. Both demand oversight you can prove, not just claim.

OUR SOLUTION

We unify your lab and production equipment on a GxP-compliant platform, where AI models flag deviations. At the same time, the Virtual Engineer generates automated, plain-English root-cause deviation reports for quality assurance.

THE PROBLEM

Solar and wind operate on their own schedule, not yours. The grid doesn’t always keep up with undetected string failures and/or BESS (Battery Energy Storage System) thermal anomalies, and maximising performance from existing assets gets harder every year.

OUR SOLUTION

Technovix Core collects all data from your inverters and meteorological data to forecast generation curves accurately. Our AI models detect thermal derating early, and the Virtual Engineer compares actual vs. projected output in real time, so your control centre gets a number it can plan around instead of a guess.

THE PROBLEM

A fleet running on unoptimized routes burns fuel, while unnoticed cold-chain refrigeration failures mid-transit spoil temperature-sensitive freight.

OUR SOLUTION

We aggregate vehicle data and cargo climate sensors into the Technovix Core. Real-time predictive models alert dispatchers to refrigeration drops, while the Virtual Engineer maps out historical transit excursions.

THE PROBLEM

An undetected runaway temperature or pump cavitation can turn into a compliance incident or worse before anyone notices.

OUR SOLUTION

Local edge interlocks execute deterministic emergency shutdowns, while predictive AI detects heat exchanger fouling weeks in advance. The Virtual Engineer simplifies querying historical boundary drifts for safety audits.

THE PROBLEM

Legacy Building Management Systems (BMS) operate reactively; hidden chiller degradation, fouled heat exchangers, and undetected air handler faults burn excess energy and cause sudden facility disruptions.

OUR SOLUTION

We connect your existing BMS networks directly to Technovix Core. Our Predictive models continuously analyse chiller efficiency (kW/ton) and thermal loads to detect subtle mechanical degradation before it impacts operations or spikes utility costs.

THE PROBLEM

EPA Clean Water Act mandates impose severe penalties for Sanitary Sewer Overflows (SSOs) caused by unmonitored pump ragging and mechanical seal failures.

OUR SOLUTION

Technovix Edge monitors remote wet wells and motor currents, detecting cavitation instantly. Our AI model sends prescriptive alerts to crews, while the Virtual Engineer retrieves fleet-wide pump runtimes on demand.

THE PROBLEM

Strict ASTM / ISO quality tolerances require tight gravimetric dosing; melt pressure drift and screw wear result in off-spec resin and high material waste.

OUR SOLUTION

Custom models evaluate shear-heat dissipation and motor torque in real time. Predictive AI dispatches alerts before bad polymer hits the pelletizer, and the Virtual Engineer tracks formulation deviations.

THE PROBLEM

Paper machine breaks, wire wear, and degraded refiner plates halt production without warning, while energy consumption of dryer-section keeps climbing.

OUR SOLUTION

Technovix Edge monitors drive currents, vibration, and steam use across the paper machine, running AI models that detect early wear signs. The Virtual Engineer surfaces plain-English answers on energy trends and equipment condition on demand.