Bloxtel provides a blockchain-based platform that enables organizations to deploy private 5G networks using decentralized Subscriber Identity Module (dSIM) technology, ensuring secure and efficient connectivity without reliance on traditional mobile operators. This solution addresses vulnerabilities in conventional telecom systems by offering enhanced security, reduced latency, and significant cost savings through a serverless infrastructure.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional private 5G network deployments rely on centralized infrastructure, creating single points of failure and increasing vulnerability to cyberattacks. Managing physical SIM cards for numerous devices is logistically complex and prone to costly SIM swap fraud. Existing solutions often lack the flexibility and customization needed for diverse enterprise applications.
Solution
Bloxtel offers a decentralized 5G standalone platform that enables organizations to deploy and manage private 5G networks with enhanced security and efficiency. The platform leverages decentralized Subscriber Identity Module (dSIM) technology and a blockchain-native network core to eliminate single points of failure and reduce latency. Organizations can electronically issue and manage dSIMs, preventing SIM swap attacks and streamlining device provisioning. The serverless infrastructure reduces capital and operational expenditures, while intelligent network slicing and confidential access features allow for customized network configurations tailored to specific enterprise needs.
Target Audience
The primary target audience includes enterprises, industrial facilities, and organizations seeking secure, customizable, and cost-effective private 5G network solutions for applications such as IoT, video analytics, and secure communications.
Features
- Decentralized SIM (dSIM) technology for secure device authentication and identity tokenization
- Asymmetric authentication (6G AKA) using public key cryptography
- Electronic SIM provisioning and management via Operator dApp
- Tamper-resistant 5G access points with remote boot attestation and runtime integrity measurement
- Intelligent network slicing with Quality-of-Service (QoS) rules and AI-based policy enforcement
- Confidential access ensuring data traffic remains within the private 5G network
- Built-in video streaming and processing with AI-powered video analytics
- Peer-to-peer local breakout and packet loss mitigation for reduced latency
- Integration with FCC-certified Spectrum Access System (SAS) for CBRS band operation in the US