US-made edge-level gateway engineered for secure, vendor-neutral energy monitoring.
A secure, vendor-neutral edge gateway for real-time energy monitoring. Designed to work with any Modbus-based inverter, it offers full flexibility in deployment. Built in the United States with a transparent supply chain, the device complies with non-FEOC sourcing standards, making it suitable for government and enterprise programs that require trusted hardware.
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A plug-and-play edge gateway for secure, vendor-independent energy monitoring. Compatible with inverter DB9 or RJ45 ports (RS-485/RS-232) — quick installation, no custom wiring needed.
Designed and manufactured in the USA, with USA-made firmware, the Energy Logger provides real-time Modbus-to-MQTT data translation and full device lifecycle management via the Kaaiot platform or any compatible MQTT broker.
Plug-and-play Simplicity
Open Communication
Local Data Ownership
The KaaIot Energy Logger is proudly built in the United States using a trusted, transparent supply chain. Its non-FEOC status ensures eligibility for government and enterprise programs that prioritize secure, compliant hardware sourcing.
The Kaaiot Energy Logger is fully compatible with Modbus-based inverters, providing maximum interoperability across different manufacturers.
It supports leading brands such as Deye, Solis, Growatt, GoodWe, Huawei, and many others — without the need for vendor-specific configuration or gateways.
The Kaaiot ecosystem is built around three user roles — OEM, Installer, and User — ensuring each stakeholder has the right tools:
OEMs manage entire device fleets and firmware remotely.
Installers deploy and service systems with ease.
End users gain full visibility and control over their energy data.
A dedicated time-series database captures and organizes device telemetry with built-in data retention and aggregation. It automatically compresses historical data into meaningful trends, ensuring long-term visibility without excessive storage use — efficient, reliable, and ready for real-time analytics.
Devices are organized in a clear hierarchical structure — from individual assets to sites and entire portfolios. This approach simplifies large-scale operations, enabling unified monitoring, configuration, and reporting across multiple locations while preserving detailed visibility at every level.
An event-driven logic system enables real-time responses to changing conditions, allowing you to set custom rules and automate energy workflows for smart, autonomous management. These rules can dynamically control how energy is distributed — whether to store excess power in batteries, feed it back into the electrical grid, or redirect it to meet on-site consumption needs.
Intuitive web and mobile applications provide real-time access to your energy data from anywhere. Build custom dashboards to visualize performance, track key metrics, and control devices — all through a clean, responsive interface designed for both operators and decision-makers.
Deploy the platform under your own brand with full white-label flexibility — available on Kaaiot Cloud, Hosted, or Self-Hosted environments. Customize visuals, domains, and user experience to create a seamless, branded solution for your customers or organization.
Connect with external CRM and ERP systems via REST or MQTT bridges for seamless data exchange and automated workflows. The integration also enables creating and syncing work orders for solar panels, batteries, and inverters — unifying service and operations in one flow.
All communication between devices and brokers is protected with TLS encryption, ensuring that telemetry and control data remain confidential and tamper-proof throughout transmission.
Each device is provisioned with a unique authentication key, enabling secure identification and fine-grained access control. Compromised or inactive units can be instantly revoked without affecting the rest of the fleet.
The system operates entirely within your chosen environment — no external cloud services or API calls are required. This guarantees full control over data flow, security policies, and compliance boundaries.
A comprehensive audit trail records all firmware updates, configuration changes, and device actions, providing transparency and accountability across the entire deployment lifecycle.