High-throughput MQTT ingestion, OCPP 2.0.1 mTLS security, and sub-second load balancing to eliminate peak-demand utility surcharges and equipment downtime.
| UNIT ID | VEHICLE / ASSET | SOC (%) | RATE (kW) | CELL TEMP | DURATION | STATUS |
|---|
mqtts://broker.h-beyond.com:8883
Subscription: depot/us-east-04/+/telemetry
Saved from avoided peak 15-minute utility demand penalties.
See how much utility peak demand fees cost your commercial fleet or solar microgrid annually, and what automated staggered telemetry saves.
Direct utility demand fees avoided via sub-second staggered load scheduling.
We integrate natively with all major commercial EVSE, solar inverter, and energy storage hardware over standard open protocols.
Security Profile 1, 2, 3 (mTLS)
Sub-second JSON/Protobuf streams
Inverter & Submeter Register Polling
Plug & Charge X.509 Authentication
Industrial protocols, security boundaries, and telemetry architecture standards.
| Ingestion Protocols | MQTT 5.0 / 3.1.1 (QoS 0, 1, 2), WebSockets (WSS), Modbus TCP, REST API |
| EVSE Compatibility | OCPP 1.6J, OCPP 2.0.1 (Security Profiles 1, 2, 3), ISO 15118 (Plug & Charge) |
| Encryption & Auth | Mutual TLS (mTLS), RSA-4096 / ECC P-256, X.509 Client Certificates, Signed FOTA Payloads |
| Telemetry Resolution | Sub-second streaming (<150ms ingestion latency), automated downsampling to TimescaleDB |
| Deployment Options | On-Premises Docker Compose / Bare-Metal, Managed VPS / AWS IoT Core, Hybrid Cloud |
Direct engineering partnerships with zero vendor lock-in and complete source code ownership.
For operators with 10–50 commercial EVs or charging hardware OEMs. We deploy and calibrate a dedicated telemetry and smart load balancing dashboard at zero cost in exchange for operational data and a case study.
Full-stack custom telemetry dashboard development with full source code handover. Tailored for enterprise fleet operators, commercial solar EPCs, and hardware manufacturers.
No sales pitches. You talk directly with our lead IoT systems engineer to evaluate your depot hardware and utility exposure.
We review your local utility tariff schedule (TOU windows and peak demand multiplier).
We inspect your charger/inverter firmware, OCPP protocol version, and gateway mTLS setup.
You receive a custom load-shedding architecture plan you can build or have us deploy.