Being provides a cloud‑native platform that unifies orchestration, monitoring, and security for private LTE, 5G, and Wi‑Fi networks across multiple vendors. The solution continuously measures software energy use and carbon emissions, offers SLA‑driven optimization to reduce environmental impact, and includes built‑in cybersecurity and digital‑twin capabilities for predictive maintenance, with open APIs for AI integration.
Funding
$520K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Enterprises deploying private LTE, 5G, and Wi‑Fi networks often face fragmented management tools, limited visibility into energy use and carbon impact, and security gaps that hinder efficient operation and sustainability goals.
Solution
Being offers a cloud‑based management and orchestration platform that unifies control of distributed private networks across multiple vendors and technologies. The platform provides real‑time measurement of software energy consumption and carbon footprint, enabling organizations to monitor and report on sustainability metrics. Built‑in service‑level agreements and recommendation engines help optimize network performance while reducing environmental impact. Integrated cybersecurity modules protect 5G and IoT deployments, ensuring secure data exchange across the network. The solution also supports digital‑twin models that combine physics‑based and data‑driven insights for predictive maintenance and lifecycle optimization. Finally, Being’s APIs allow seamless integration of AI applications for intelligent maintenance, quality inspection, and demand planning in manufacturing environments.
Target Audience
Primary customers are telecom operators, enterprises, and manufacturers that run private 5G/LTE/Wi‑Fi networks and need unified management, sustainability reporting, and security.
Features
- Cloud‑native orchestration layer that manages LTE, 5G, and Wi‑Fi assets from heterogeneous vendors
- Continuous measurement of software energy use and carbon emissions (BE‑SCIM) with automated reporting
- Optimization engine (BE‑GREENBOOSTER) that applies SLA‑driven recommendations to lower energy consumption
- Zero‑carbon IT control module (BE‑0CARBONIT) for holistic carbon‑footprint governance of digital assets
- Built‑in 5G/IoT cybersecurity framework that secures data flows and enforces policy compliance
- Digital‑twin capability that blends physics‑based and machine‑learning models for predictive maintenance and RUL estimation
- Open APIs for integrating AI workloads such as intelligent maintenance, quality inspection, and demand forecasting