Hopewiser and 360 Join Forces in Technology Partnership
360 Scheduling and Hopewiser have signed a partnership agreement that sees 360’s leading edge scheduling and
optimisation technology fully integrated with Hopewiser's address validation technology.
Laurent Othacéhé, 360’s Managing Director said ‘this is a critical option for our customers, the importance of good quality data coming into the DSE (dynamic scheduling engine) is vital to the success of a scheduling project and it helps to ensure that our customers maximise their return on investment .’ Othacéhé continued ‘data quality levels vary greatly from organisation to organisation and maintaining accurate and up-to-date address and location data ensures smoother day-to-day operation of a service orientated business.’
Phil Good, Hopewiser’s Managing Director said ‘the Hopewiser address validation engine will guarantee the highest data accuracy levels. As the technical leader in the data and address management industry this will add significant value to 360’s customers. As 360 are setting the standard against which all mobile workforce scheduling must be judged, Hopewiser are setting the standard for address and data accuracy. When an organisation such as 360 Scheduling specialises in a high standard of technology like the DSE, it is vital that the addressing information that sits within it has the highest level of accuracy. One of our core competencies is our ability to provide integration in any environment knowing that our products are compatible on a vast array of platforms therefore our Address Validation software provided 360 scheduling with the ideal combination ’
Hopewiser, the address experts, provide address management software, bureau and consultancy services based around the 27 million addresses contained on the Royal Mail PAF (Postcode Address File). They design and supply an unrivalled suite of address software solutions to leading organisations worldwide and supply all vertical markets throughout both public and private sectors on a range of computer hardware.
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