VIM TOMORROW

AS PART OF OUR ONGOING EXPANSION AND QUEST TO LEAD MALAYSIAN INNOVATION, VIM WILL BE EXPLORING THESE PROJECTS.

RENT-TO-OWN

Not everyone can afford to own state of the art technology. So why not rent it? As part of our pledge to provide competitive and cost-effective solutions that support our customers business, VIM customers will be able to enjoy the flexibility of renting equipment instead of purchasing it in the near future.

LED LIGHTING

BRIGHT IDEAS

VIM is proud to introduce the latest in digital lighting 
technology to Menara Kuala Lumpur with the same 
technology that has been used to enhance and transform the beauty of many architectural landmarks worldwide, including the Beijing “Water Cube”, Times Square New Year’s Eve Ball and Toronto’s CN Tower. Being energy-efficient, long-lasting and highly controllable, LED 
(Light Emitting Diode) systems are highly suited to 
meet the complex demands of major lighting projects.

PARKSYS

INTEGRATED INTELLIGENT PARKING MANAGEMENT

Parking management made easy. An elegant composite 
of proven technologies and experience integrated into 
a master parking system that goes one step beyond space management – ParkSys is capable of consolidates and analyses information across all consumer touchpoints (entry & exit booths, POS, payment kiosks) to produce detailed reports (on parking durations, revenue generated, staff operation, tenant collection etc) for better resource management. Optional add-on systems include guidance systems that direct parkers to available spaces and the ParkSys Automatic Number Plate Recognition (ANPR) System.

AEROBUS

TOMORROW’S TRANSPORT SYSTEM

The environmentally-friendly Aerobus system utilises concrete or slender steel pylons to support suspension cables to create a suspended guide-way for electrically-powered modular vehicle compartments. These can operate at any height above surrounding terrain on highly flexible routes – the Aerobus is able to traverse obstacles (existing highways, railway lines, power lines) and can be constructed through buildings with support points up to 2km apart.