Global EPOS and Self-Checkout 2016
|出版商||Retail Banking Research||商品編碼||247090|
本報告聚焦電子POS (EPOS) 與自助結帳系統 (SCO) 技術全球市場。提供超過50個國家的市場規模、供應商市場佔比、各種預測等詳細分析。透過與POS系統大型供應商的競爭比較，能進而評估業績、訂定業務計劃及活用於未來預估。
Retail Banking Research (RBR) 針對過去缺乏高品質且公正調查報告的零售業及顧客服務業，進行自動化技術相關高可信度分析。長年致力於銀行業自動化領域的RBR，在零售業將秉持著同樣的國際視野與嚴謹分析，提供優秀的研究報告與咨詢服務。
‘Global EPOS and Self-Checkout 2016’ sets the standard for market intelligence on electronic point-of-sale (EPOS) and self-checkout (SCO) technology. It provides market sizes, vendor shares, forecasts and in-depth analysis for more than 50 countries worldwide, and is used by all leading industry suppliers to provide competitor benchmarking and assist with business planning and forecasting.
RBR provides authoritative analysis of automation in the retail and hospitality sectors - areas which have historically been poorly served with high-quality, independent research. RBR brings the same international perspective and analytical rigour to research and consulting in the retail automation sector as it has for many years in the banking automation sector.
RBR's ‘Global EPOS and Self-Checkout’ is the only resource which provides reliable forecasts and competitive analysis in 52 countries around the world.
The study uses a mix of primary and secondary research and an extensive in-house database of historical information to produce a product of unmatched quality. Primary research includes a detailed vendor survey backed up by telephone and face-to-face interviews with key industry players.
The latest research shows that in 2015, 1.9 million EPOS terminals and 29,000 SCO units were shipped worldwide. The study forecasts how EPOS markets will evolve as economies recover, the retail sector develops and disruptive new technologies emerge. The SCO market is diversifying, with new technologies complementing “traditional” self-checkout, where the consumer scans, bags and pays unassisted. The study will help clients identify opportunities for cashless and compact self-checkout formats, modular solutions, pay towers with - or without - mobile self-scanning, and automated tunnel scanning.