Prosper Infotech designs, deploys, and operates secure, scalable IoT systems across Microsoft Azure, Amazon Web Services, and Google Cloud. We provide zero‑touch device provisioning, fleet management, telemetry pipelines, edge analytics, and integrations with enterprise platforms (YMS/WMS/ERP).
Deploy IoT systems seamlessly on Azure, AWS, and Google Cloud without vendor lock-in.
Support for DPS and Fleet Provisioning, including device twins/shadows and OTA updates.
Support for Modbus, OPC UA, and IEC‑61131‑3 runtimes at the edge.
Includes cellular/LoRaWAN connectivity and wide‑temperature operation support.
Comprehensive health monitoring, auditing, and SLA metrics for production rollouts.
PLC/PAC, edge computer, OPC UA server, and IoT gateway in one compact unit.
Preloaded Prosper Agent for zero‑touch enrollment and fleet policy control.
Ethernet, Wi‑Fi, 4G/LTE (5G‑ready), LoRaWAN, RS‑485/RS‑232, DI/DO.
Fanless aluminum enclosure, DIN‑rail/wall mount, wide‑range DC input.
Certified connectors for Azure IoT Hub, AWS IoT Core, and Google Cloud patterns.
Fanless aluminum enclosure, DIN-rail/wall mount, wide-range DC input (10.8–36 V).
Local queueing, backoff/retry, health checks and watchdogs.
Per-device identity, TLS everywhere, optional secure element (ATECC608A).
Device health, audit trails, alerts, and rollbacks for production operations.
| Processor | Broadcom BCM2711, Quad‑core Cortex‑A72 64‑bit @ 1.5 GHz (Raspberry Pi CM4) |
|---|---|
| Memory / Storage | Up to 8 GB LPDDR4, 8–32 GB eMMC, M.2 (2242) NVMe up to 2 TB |
| Networking | 1× RJ45 GbE, dual‑band 802.11ac Wi‑Fi (optional), Bluetooth 5.0/BLE |
| Cellular / LPWAN | mini‑PCIe 4G/LTE (5G‑ready modules), optional LoRaWAN gateway |
| Field I/O | 2× DI, 2× DO, isolated RS‑485, RS‑232 |
| Protocols | Modbus RTU/TCP, OPC UA, IEC‑61131‑3 runtimes (e.g., CODESYS), TCP/IP |
| Video / HMI | HDMI 2.0a up to 4Kp60 for dashboards and digital signage |
| Power | 10.8–36 V DC, optional supercap UPS for safe shutdown |
| Security | Optional ATECC608A secure element, encrypted storage, signed updates |
| Operating Temperature | −20 °C to +60 °C, fanless aluminum enclosure |
| Mounting | 35 mm DIN‑rail and wall‑mount, compact 124×68×35 mm |
| Certifications | CE / FCC / UKCA / RoHS |
Protocols: RS‑485/RS‑232, TCP/IP, Modbus (RTU/TCP), OPC UA, IEC‑61131‑3 compliant runtimes.
Edge software: CODESYS, Ignition, Node‑RED, n3uron, balena; Docker/containerized apps supported.
Prosper Edge Stack: local buffering (SQLite/NVMe), health checks, remote logs, safe OTA updates.
Azure: IoT Hub + DPS, IoT Edge/Container Apps, Functions, Event Hubs/Stream Analytics, PostgreSQL/Data Explorer.
AWS: IoT Core + Fleet Provisioning, Greengrass, Kinesis/Firehose, Timestream or RDS/PostgreSQL.
Google Cloud: Pub/Sub, Cloud Run/Functions, Dataflow/BigQuery, AlloyDB/PostgreSQL.
Zero-touch registration & provisioning to Azure/AWS/Google (DPS / Fleet Provisioning / equivalent).
Secure uplink via MQTT/HTTPS with local queueing and backoff/retry.
Edge adapters normalize Modbus/OPC UA/LoRaWAN data and enrich with site metadata.
Cloud pipelines route to rules/analytics and durable storage (Data Lake/PostgreSQL/BigQuery).
Dashboards & APIs feed YMS/WMS/ERP with alerts, webhooks, and REST endpoints.
Includes site surveys, antenna layout, and hardware integration guidance.
Custom branding, pre-provisioning, and direct shipment to field sites.
Landing zones, pipelines, cost modeling, and security hardening.
Monitoring, SLAs, incident response, and continuous OTA updates.
| Goal | Real-time yard visibility with accurate trailer location and dwell tracking. |
|---|---|
| How it works | Prosper Edge Gateway reads RFID tags and GPS, snaps reads to the nearest valid parking spot using geofences/velocity filters, and pushes updates to YMS via REST/MQTT with idempotency keys. |
| Edge Inputs | UHF RFID (LLRP), GPS, optional barrier/ignition and driver device. |
| Cloud Flow | IoT Hub/Core → Event Hub/Kinesis/Pub/Sub → PostgreSQL/Data Lake → Locationing service (PostGIS). |
| Automations | Dwell-breach alerts, misplacement notifications, auto-assignment on drive-by, exception queues. |
| KPIs | Dwell time, search time, misplaced rate, turns per door/spot, trailer utilization. |
| Integrations | YMS/WMS (location updates, tasks), security gates, dock scheduling. |
| Goal | Reduce gate cycle time and errors at inbound/outbound. |
|---|---|
| How it works | Drive-by RFID and optional ANPR (plate) identify trailer/tractor; gateway validates appointment, SCAC, seal/stop, then auto-creates check-in/out events. |
| Edge inputs | RFID/QR/ANPR, GPIO for gate/loop sensors, intercom triggers. |
| Cloud flow | Event stream to rules engine → YMS API/webhooks with audit + replay. |
| Automations | Auto-open work orders, print dock tickets, exception holds if appointment mismatch. |
| KPIs | Gate processing time, exceptions rate, carrier compliance, no-show/late arrivals. |
| Integrations | YMS/WMS/TMS, badge systems, VMS/access control. |
| Goal | Safer, faster dismissal with verified custody. |
|---|---|
| How it works | Vehicle recognition (RFID/QR/ANPR) maps to authorized student roster; edge orchestrates lane/staging order and publishes to teacher tablets/monitors. |
| Edge inputs | RFID/QR readers, ANPR camera, staff badge readers. |
| Cloud flow | Secure roster sync (SIS), event logging, notifications to parents/guardians. |
| Automations | Only release when authorization & roster match; late/early pickup flows; incident logging. |
| KPIs | Average lane time, release accuracy, exceptions resolved, staff utilization. |
| Integrations | SIS/transportation apps, messaging (SMS/email), digital signage. |
| Goal | Lower energy cost and improve reliability. |
|---|---|
| How it works | Gateway ingests Modbus/OPC UA from meters, breakers, inverters; runs edge rules for peak shaving or load shedding; streams time-series to cloud. |
| Edge inputs | Power meters, breakers, PV/BESS inverters, weather sensor. |
| Cloud flow | Time-series store (Timestream/Timescale/BigQuery), forecasting & tariff logic, ESG dashboards. |
| Automations | Demand response signals, curtailment, alarm routing to on-call. |
| KPIs | kW/kWh cost, PF, peak reductions, alarms MTTR, CO₂ avoided. |
| Integrations | BMS/SCADA, utility DR portals, CMMS for work orders. |
| Goal | Improve OEE and safety with actionable telemetry. |
|---|---|
| How it works | OPC UA/Modbus to capture Availability/Performance/Quality, alarms, counters; edge anomaly detection for early warnings; RFID for WIP hand-offs and genealogy. |
| Edge inputs | PLCs, sensors, safety light curtains, RFID stations. |
| Cloud flow | Stream → analytics → MES/ERP connectors; digital twins (optional). |
| Automations | Andon alerts, maintenance tickets from condition thresholds, traceability holds. |
| KPIs | OEE, scrap rate, MTBF/MTTR, first-pass yield, takt adherence. |
| Integrations | MES/ERP/LIMS, CMMS/EAM, safety compliance systems. |
| Goal | Maximize output; minimize truck rolls. |
|---|---|
| How it works | Collect inverter/string/combiner data; detect under-performing strings; push alarms and execute remote curtailment securely over LTE/LoRaWAN. |
| Edge inputs | Modbus TCP/RTU, weather/irradiance, battery BMS. |
| Cloud flow | Stream processing → APM dashboards → alerting/on-call. |
| Automations | Automated ticket creation, curtailment setpoints on grid events. |
| KPIs | PR (performance ratio), inverter uptime, alarm aging, truck-roll avoidance. |
| Integrations | SCADA, APM/CMMS, utility interconnect portals. |
| Goal | Lower OpEx and improve comfort/insight. |
|---|---|
| How it works | Gateway bridges OPC UA/Modbus/BACnet (via adapters) for HVAC, lighting, and water; pushes telemetry to cloud analytics; closes loops with policies. |
| Edge inputs | Chillers/boilers, VFDs, lighting panels, water meters, occupancy sensors. |
| Cloud flow | Rules/optimization → dashboards & anomaly detection. |
| Automations | Peak shaving, schedule optimization, IAQ alerts, leak detection. |
| KPIs | kWh/m², comfort index, IAQ metrics (CO₂/VOC), leak response time. |
| Integrations | CMMS, CAFM, tenant billing portals. |
| Goal | Maintain product integrity and compliance. |
|---|---|
| How it works | Temperature/humidity sensors + RFID door events; edge thresholds & excursions with hold/release logic; continuous logs for audits. |
| Edge inputs | Wired probe sensors, BLE loggers, door sensors, RFID. |
| Cloud flow | Time-series storage, excursion reports, recall-ready audit trails. |
| Automations | SMS/email alerts, auto-create NCR/CAPA in QMS. |
| KPIs | Excursions per lane, response time, spoilage rate, compliance pass rate. |
| Integrations | QMS/LIMS/ERP, carrier ELD/telematics. |
| Goal | Prevent overflows and reduce downtime. |
|---|---|
| How it works | Monitor lift stations, pump curves, wet-well levels; edge detects clog/overcurrent patterns; send alarms and trend data to cloud. |
| Edge inputs | Level/pressure/flow, pump status, breaker telemetry. |
| Cloud flow | Stream analytics → dashboards and predictive models. |
| Automations | Early clog alerts, generator auto-start, dispatch tickets. |
| KPIs | Overflow incidents, pump efficiency, energy per MG, alarm MTTR. |
| Integrations | SCADA historians, CMMS, emergency notification systems. |
Prosper Edge Gateway with zero-touch provisioning (Azure DPS / AWS Fleet Provisioning), secure MQTT/HTTPS, offline queueing.
Protocol adapters: Modbus/OPC UA/LoRaWAN/RFID (LLRP), optional ANPR/vision.
Pipelines: IoT Hub/Core → Event Hub/Kinesis/Pub/Sub → Functions/Run/Container Apps → PostgreSQL/Data Lake.
Outbound: REST webhooks/MQTT to YMS/WMS/ERP with idempotency + audit.
Ops: Health, logging, metrics, alerts, OTA with safe rollback.
We support Microsoft Azure, Amazon Web Services, and Google Cloud. The gateway ships with cloud‑agnostic provisioning and policy‑based configuration.
Yes. We provide branding, site‑ID pre‑provisioning, protocol mapping, and shipment directly to your locations with zero‑touch onboarding.
Yes. We support Modbus RTU/TCP, OPC UA, and IEC‑61131‑3 runtimes (e.g., CODESYS). We can also containerize your apps (Ignition, Node‑RED, n3uron).