Guides, comparisons and tools to help your team understand AI-powered shelf pricing and build the business case — from "what is an ESL" to payback math.
How AI decision engines turn electronic shelf labels into a live dynamic-pricing surface.
Read the guide →Total cost, accuracy and labor compared over a 5-year horizon.
See the breakdown →Why MQTT-based middleware lets one console drive 5+ brand integrations.
Learn how it works →Demand sensing, margin guardrails and auto-approval rules in plain language.
Read the guide →Why ultra-low-power e-paper runs 7–10 years on a single battery.
Read the guide →Native connectors and the open SDK for SAP, Oracle and WMS.
See integration paths →Model your payback period and 3-year net savings in seconds.
Open the calculator →Have us model your exact network, including margin uplift and error reduction.
Request an assessment →Size your gateway network: how many AES-B001 base stations a space needs, with mounting-height correction.
Open the planner →Match label sizes to each zone in your store, from peg hooks to pallets.
Browse products →Estimate how many AiESL gateways (AES-B001) a space needs. The tool corrects for mounting height — a base station mounted high above the shelf plane covers a smaller footprint than its rated slant range.
Enter the space and link budget. Results update live.
Trends, deployment notes and retail-pricing strategy from our solution engineers.
Still unsure? Our retail solution engineers answer questions directly — no sales script.
Talk to an engineerAn AI ESL is an electronic shelf label whose pricing and content are driven by an AI decision engine. Instead of only mirroring the POS price, the system analyzes demand, inventory and competitor data to recommend or automatically apply dynamic prices at the shelf edge in real time.
A regular ESL simply displays whatever price the POS sends. An AI ESL adds an intelligence layer that decides what the price should be — weighing demand, stock, margin targets and competitor signals — then updates the shelf automatically within rules you set.
Paper tags require manual re-tagging on every price change, create register-vs-shelf mismatches and consume paper and labor indefinitely. Electronic labels update store-wide in under a second, eliminate pricing errors, and pay back the one-time hardware cost through labor savings — typically within 1–2 years.
AiESL labels use ultra-low-power e-paper that consumes energy only during updates. A typical label runs 7–10 years on a single battery under standard 3-changes-per-day operation.
Yes. AiESL's open-platform middleware runs on standard MQTT, supporting mixed-vendor environments across 5+ hardware brand integrations. Keep existing labels on standard shelves and deploy high-resolution AiESL labels only where they add value — cutting migration cost by over 50%.
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