Wish you could optimize every single online incentive? Personalize every discount for every customer, with just the right incentive type and level on every product?
Intensifying competition in the retail industry is driving mass discounts and promotions across the board and placing significant pressures on profitability. Retailers are required to do more with less..
This is where we step in
Personali helps top-tier retailers increase sales and profitability – online and offline – by capitalizing on the power of behavioral
economics. Personali's Intelligent Incentive Platform enables retailers to achieve a range of objectives, and specifically increased sales and improved profitability.
- AI-Powered Solutions that Optimize Your Promotion Budget and Grow Revenues
Deliver the optimal incentive to every customer, to increase conversion, maximize profit and optimize all promitions to meet every KPI
The Mobile App Platform for Retailers
SwiftGo offers a patented self-contained system with built-in security checks, that enables a personalized and swift in-store shopping experience. No more lines, no more wasted time. Releasing soon.
Traditional payment networks (like Amex or Visa) can provide the location and transactional amount, but can't connect the activity to the consumer's decision-making process or to the advertised channel prompting the items purchased.
With the eCurrenC multi-tender payments and omni-channel advertising network:
You can easily combine different forms of payment -- like coupons, loyalty points (airline, banking, etc.), vouchers (like insurance, telephony and monetary), government assistance (SNAP, WIC, FEMA, etc.), rebates, social and gaming currencies, crypto-currencies, credit, debit, and cash in a single transaction.
It can connect all digital marketing activity with all online and offline purchasing channels to attract multiple demographics to calculate ROI on Ad Spend.
Automated real-time processing to measure customer engagement, such as display, save, purchase, invoicing and settlement -- "closing the loop" .
Payments are directly connected to the transaction AND the item purchased at the Point-Of-Sale to show the true "path to purchase" of that item.
Data is fed to the entire supply chain process -- consumer targeting, forecasting, MRP, etc.
"Word of Mouth" is the most effective form (judged by actual purchases completed) of advertisement by a large distance. Reference The Boston Consulting Group, September 2015 Report "What Really Shapes the Customer Experience" - Exhibit 1, Page 7. In the retail sector, customer service is assessed to be almost as important as price in influencing the purchase decision.
PeaCube solves the problem of a) capturing and b) broadcasting / scaling "Word of Mouth" advertising from individual shoppers who have visited a physical store. As a proxy or barometer for "word of mouth", we use a 5-star rating model that mimicks the experience of rating an UBER or Lyft ride.
The Solution is a software that PeaCube provides to the store, so the shopper does NOT download anything, and which enables the store to message the shopper to rate their experience AFTER they have left the store.
YOUR LEAN RETAIL SOFTWARE SYSTEM
Say “hello” to FieldStack™, the only truly integrated lean retail software system for mid-size and large retailers. By fusing elegant inventory, point of sale, loyalty, and eCommerce modules with enhanced analytics, decision making and automation, FieldStack’s Lean Retail Engine™ will help you optimize your retail empire like never before. Get lean with us and grow!
THE FIELDSTACK LEAN RETAIL ENGINE™: Beyond integrated, our system of modules was built as one unified retail software solution. They complete each other and completely meet your retail technology needs.
FIELDSTACK INTELLIGENCE™: The data collection, interpretation and response system that is the hub of our solution
FIELDSTACK SUPPLY™: Inventory automation that puts the right products at the right place and the right time, all as efficiently as possible
FIELDSTACK STORE™: Point-of-sale and back-office tools to empower your superstar retail team with knowledge and service agility
FIELDSTACK OMNI™: True omnichannel that drives your web store, third party channels, in-store fulfillment and so much more
FIELDSTACK FANS™: Loyalty, gift card and CRM management that builds customer relationships, understanding and purchases
Nimbleappgenie team has deep expertise in developing cutting edge solutions for
Web Application Development
Mobile App Development
Cross-platform Application development
E-commerce & M-commerce
Magento 2.0 Development
Alert Innovation is proud to introduce the Alphabot® Automated Storage and Retrieval System (ASRS) and Automated Each-Picking System (AEPS), the most capital-efficient and broadly scalable design of each of these solutions ever developed. At the heart of Alphabot technology is a mobile robot unique in its ability to operate in all three dimensions within a multilevel storage structure. A fleet of these robots operates within a given system under control of a single Master Control System (MCS).
In an Alphabot ASRS, the bots are the only moving part—there are no lifts, conveyors, or any other material-handling mechanism—hence the capital-efficiency. The addition of a highly innovative picking workstation creates the world’s most advanced “goods-to-picker” each-picking technology in which the bots themselves flow product and order containers through these workstations, where pickers transfer eaches from product containers to order containers. Since the robots move vertically, workstations can be arrayed at multiple vertical elevations, enabling unprecedented space efficiency in high-throughput systems.
Alphabot technology makes possible a new-type of supermarket featuring automated-service rather than self-service, which we believe will become the next paradigm in food retailing. Our name for this type of supermarket is Novastore.
Like a conventional shuttle robot, Alphabot robots operate within a storage structure, running linearly within storage lanes on rails that are also the beams supporting stored containers (totes) of products to be picked. Also like shuttle robots, Alphabot robots transfer totes between their payload bays and storage locations. Unlike a shuttle robot but like many other mobile robots, an Alphabot robot can travel in x/y horizontal dimensions on a planar surface such as a floor or deck. However, unlike any other robot on the planet, an Alphabot can also move itself vertically in the z-dimension to any elevation within the structure and then transition back to moving horizontally at that elevation. It is a true “transformer” robot: at any vertical elevation, the robot can transition between being a mobile robot and a lift, or vice versa. In comparison to conventional shuttle-based ASRS and AEPS solutions, then, the Alphabot performs all of the transfer and transport functions of not only the shuttle robots, but also the lifts and conveyors, and the picking workstation mechanisms as well. It is this capability which enables Alphabot to be so capital efficient and so broadly scalable from very low-volume to very high-volume systems.
Alphabot robots have their own vertical-drive mechanism which engages with vertical tracks, or "towers" in the structure to move the robot from one elevation to another, and a wheel-retraction/extension mechanism that enables it to transition between vertical and horizontal modes at any point and travel horizontally at any storage or workstation level.
The robot transfers totes between its payload bay and storage-rack locations using a very simple mechanism that has a single drive motor, without any telescoping mechanisms or additional actuators typically found on other robots (like shuttle robots). This design is both less expensive and more robustly reliable than those competitive designs.
One other noteworthy feature of the Alphabot robot is its energy-storage subsystem that uses supercapacitors instead of chemical batteries. Supercaps charge and discharge far more quickly than batteries, have much longer useful lives (literally millions of charge cycles), and suffer no loss of storage capacity in low temperatures (compared to significant loss in chemical batteries). The reduced power density of supercaps compared to chemical batteries doesn’t penalize Alphabot because bots recharge while they climb and descend towers, which they must do on every trip. Since not very much energy needs to be stored, relatively few supercaps are needed. Alphabots are thus capable of operating at 100% duty cycle during peak demand periods, and there is no expense for battery replacement, so total cost of ownership is significantly lower than with chemical batteries.
There are four forms of structure within which the bots operate within an each-picking system: (1) storage modules that hold totes in storage, within which the bots move linearly and at relatively high velocity, (2) tower modules containing vertical tracks with which the bots engage to move vertically, (3) decks on which bots move two-dimensionally to access aisles and workstations, and (4) picking workstation modules in which bots present totes to pickers who transfer eaches from product totes to order totes. Aisle and tower modules are assembled quickly and precisely at ground level through the use of assembly fixtures, and are then raised into place, stacking one on top of another. The entire structure is thus erected very quickly and with high dimensional precision.
The picking workstation takes advantage of the robot’s vertical capability by having it enter the workstation from a lower deck, ascend into transfer position in front of the picker, and then exit to an upper deck. This design allows for a high rate of flow of robots and totes through the workstation, as well as nearly ideal ergonomics for the picker. Ultimately, this enables the system to achieve sustained pick rates of 800 or more picks per hour. To ensure accuracy, the workstation controller uses an overhead projector to illuminate both the pick and put locations (pick-to-light and put-to-light), and sensors detect the location of the picker’s hand when making a pick or a put. Since robots are instructed to move only after the picker’s hand clears a tote, the picker effectively controls the flow of robots with the motion of his/her hands, usually without even being aware of it.
MASTER CONTROL SYSTEM:
The most complex part of the Alphabot system is the Master Control System (MCS) software. To accelerate our development and reduce technical risk, Alert Innovation has licensed from Romaric Corporation the source code for the Romaric Automation Control Engine (RACE TM). RACE is a field-proven software system used primarily to control automated semiconductor factories, and by licensing the source code we have been able to adapt it to create the MCS for our Alphabot technology. MCS is responsible for processing all orders, scheduling all bot tasks, managing all bot moves to optimize flow and throughput while preventing collisions between bots, and interfacing to the world outside of the system.
A NEW & EFFICIENT WAY TO ENGAGE CLIENTS ON THEIR CUSTOMER JOURNEY !
Think&Go Connected Screens can be used for any application where you want people to take away information from digital signage:
Drive-to-Store: shoppers pick up coupons from the screen using their contactless card or phone and redeem them in the physical store.
M-commerce: Great for having your outlet open 24/24 7/7, the Connected Screen acts as advertising and an M-Commerce portal at the same time.
Travel: Especially for airports, travelers can pick up information on their flights, indicate their presence to the airline and pick up a coupon for some last minutes purchases, all with one simple gesture. Gaming: Personalized gaming experience on a public screen.
Tourism: Information, promotions, and more Ticketing: .. and many more.
The Connected Screen is so revolutionary that in general people don’t completely understand until they see it in action. You will find videos showing the Connected Screen used with cards, phones andwatches. You can watch more on our Video Channel ! There are many videos to choose from so take you time and look around.
The rise of Screen Commerce
Think&Go and Ingenico partnered to build the world first Multi-Payment Connected Screen. - It means a breakthrough technology and next generation of screens.
Pictures become active as multiple contactless points of Sales. It uses Payment Cards or Phones - including Apple Pay and Samsung Pay, triggering Impulse Buying in the Street, in Malls, Shop Windows, Stores ...
This new technology opens a new Sales and Distribution Channel, pushing stores and e-commerce into the street, in Train Stations, Airports ... Multi-Payment Connected Screens will trigger Impulse Buying and Impulse Marketing in crowded locations, introducing Street E-Commerce.
BNP PARIBAS in Paris, a leading French bank, is first to implement. They have now a Donation Screen, where we just need to tap a payment card on screen to donate 5€ for an association. There is also an other Donation Screen at Gare Saint Lazare - Paris, focused on fight against cancer. Have a look on this video, HERE.
The Future of Fulfillment. Fulfilled.
Welcome to simple, intuitive, and affordable robotic automation that will have a big impact on your bottom line.
We are inVia Robotics.
We’ve developed the world’s first goods-to-box robotics system that improves the productivity of your e-commerce warehouse, without disrupting the ecosystem of your operations.
Powerful features designed to optimize every aspect of your delivery operations for the on-demand era.
Real Time Tracking: Notify your customers when their delivery is on its way with an SMS that opens a web application and a real-time map with their driver’s location. No need to download or install anything.
Dispatcher App: Take the Bringg dashboard with you wherever you go. With the Bringg Dispatcher app, you can assign orders, track and contact drivers and see details about pending and active orders directly from your mobile phone.
Admin and Dispatcher Roles: Notify your customers when their delivery is on its way with an SMS that opens a web application and a real-time map with their driver’s location. No need to download or install anything.
Fully Customizable: Make Bringg reflect your brand’s look and feel with delivery pin and destination flag customization. Add your company logo to the mobile customer app and apply brand colors to your Bringg dashboard.
'Bringg' Your Own App: Already have a native mobile application for your business? Bringg’s tracking screen seamlessly embeds into any app. Now your customers will receive a native push notification allowing them to access the tracking functionality that Bringg provides.
Powerful Dispatching Options: With Bringg’s dispatching algorithms you can automatically task the nearest available driver with a delivery. Additionally, Bringg allows you to choose “Grab” mode – send a task out to all drivers, who ever “grabs” it first gets the task. Or just manually decide which driver should receive a given task.
Powerful Driver Application: With the Bringg Driver Mobile App, your drivers will have all they need to get the job done. From communication with the customers, to navigation, to collecting signatures and taking photos, the Driver app will empower your drivers like never before.
Dispatcher Smart Alerts: Smart alerts notify the dispatcher when a driver is about to be late, or forgot to announce his or her arrival to the customer. With smart alerts, you will always be able to keep your customers happy.
API Integration: The Bringg platform plays nicely with others. With our extensive set of APIs, you can integrate Bringg with any existing system or software you already have in place. Bringg makes any system even better.
Super User Mode: With “Super User Mode,” you can see a live status of the deliveries from all of your merchants. Assist your customers by addressing their questions about the status of a delivery status in real time.
Ding Dong: When a driver arrives at his or her destination, all they have to do is hit “Arrive” on their driver app and the customer will receive a notification that their delivery has arrived. No need to worry about waking the baby!
We're Global: Bringg is used in over 50 countries, so we know how important it is to have a platform that can work in any language. Bringg can be customizable to be used in a wide variety of languages. Just let us know which one you want, and we’ll set it up.
In-App Messaging: Enhance communication between the dispatcher and driver with in-app messages. The messages appear, in real time, within the driver application. With subtle sound effects, you can be sure that any update or message you send will be seen by the driver.
Dependable Driver ETAs: Bringg Platform can identify in real-time whether your delivery person is driving, cycling or running, and base the ETA sent to the customer accordingly.
Public Order Tracking: Deliver as a third party service for multiple businesses? With public order tracking, you can generate a public URL for those businesses to track the drivers and know the ETA for when the orders will be picked up for delivery.
Public Ordering Forms: With Bringg’s simple, easy-to-use and branded online ordering forms, businesses can share URLs with their customer and enable them to order online. Once orders are submitted, they sync directly with the Bringg dashboard and are ready to be dispatched to a driver.