Blockchain and eSIM
Blockchain and eSIM
Is blockchain technology replacing SIM cards? What does this mean for mobile technology? Will our phone data be safer now? Is this putting the power back in the hands of the consumer, or are we getting ahead of ourselves by doing backflips for “vSIM” technology?
eSIM and blockchain are disruptive technology, yet they face significant resistance from entrenched industry players. Even so, they’re finding their way into the world thanks to consumer-minded innovators and companies that see the value of changing with the times. Despite the sometimes-slow progress, both technologies have long since secured their continued existence. The clock is ticking until eSIMs are the new status quo, and blockchain—itself pushing through various industry obstacles—will help them arrive precisely.
Our blockchain based eSIMs include
- Implement blockchain for data and value exchange within and between networks to reduce fraud
- Reduced losses due to fraud
- Reduced costs for fraud detection applications
Identity as a Service
- Provide eSIM solution and identity and authenti- cation services based on cryptographic identity
- Decreased costs of implementing Identity Management
- Additional revenue stream
- Platform to enable a new generation of access technology selection management, required for the realization of 5G network potential
- Common platform to provide seamless connectivity
- Enable peer-to-peer connectivity for IoT devices in cost-efficient self-man- aged networks
- Common platform for IoT devices to communicate
- Enable micropayments
- Spam mitigation
- Improved registration flow
- Two factor authentication
- More secure crypto wallets
- Secure messaging
- Secure DHT node IDs
Benefits of blockchain based eSIMs
Fraud Management and Prevention
With an estimated annual loss to the industry of $38 billion, fraud management and prevention are understandably important topics for telecoms operators, especially in the areas of roaming fraud and identity management.
Blockchain has the potential to reduce industry losses due to roaming fraud, and to minimise costs for fraud detection applications.
Often, after roaming call data has been collected, there can be days to wait before being able to access data call records from an overseas telecom service provider. It is this ‘window of opportunity’ that organised crime can exploit when attempting roaming fraud. Such roaming fraud can be overcome by automatic triggering of a roaming smart contract which enables instant charging.
A physical SIM card can easily be obtained by SIM cloning or email phishing to commit identity fraud using false identification. A more secure route is offered by blockchain: an eSim – associated only with a single device – makes it difficult to steal, and helps to protect private information which is encrypted in a private ‘key’. A public key is used to identify the device, authorise it on the network and offer a unique identity, whilst keeping the private key information secret.
Blockchain adoption could optimise ID management through instantaneous and automated processes based on smart contracts, replacing the need for many username/password combinations and overcoming the challenge of personal data being shared with third parties. Telecoms operators could then utilise the significant amount of subscriber data that they hold, by providing identity-as-a-service to partners and subsequently allowing for additional revenue generation.