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Telecom

Roaming Fraud Prevention

A block chain solution enables telecom services providers to prevent unauthorized access of subscribes to the HPMN resource without being charged for it. This Would create a loss free situation for the provider who would have otherwise be forced to pay the VPNM for the roaming service used by the subscribe illegally. Roaming agreements can be securely stored away on block chain contracts thereby eliminating any attempt to tamper the record illegally and also have a check on the usage of VPNM for roaming accessibility. This ensure secure and transparent billing services providers for using each other’s roaming network and call infrastructure.

Roaming fraud occurs when a subscriber accesses the resources of the HPMN via the VPNM but the HPMN is unable to charge the subscriber for the services provided, but is obliged to pay the VPNM for the roaming services. A permission block chain solution could be implemented between every pair of operators which have a roaming agreement. Designated nodes from both operators acts as miners to verify the sanctity of each transaction border casted on the network. The roaming agreement is implemented between the HPMN and the VPMN as a smart contract that is triggered when a transaction containing the CDR data on the block chain network. This helps instantaneous authorization of the transaction.

Subscription Identity Fraud

A block chain based subscriber information registry would ensure that no fake subscribers are given permission to utilize a service providers telecom infrastructure at any cost. Utilizing secure identify management systems courtesy of block chain can eliminate the possibility of imposters using fake or stolen identity information to open new subscribe accounts in a victim’s name and misuse the service.

A cryptographically secure subscriber identification key can be securely passed between the service provider and the subscriber devices to validate authenticity rather than relying on SIM card based authentication.

Public-private cryptography which is inherent in a block chain can be used to identify a device and link that device to a subscriber’s identify, Instead. The device generates this public key from the private key that is stored securely on it . Neither the carrier nor any other third party needs to know the private key. This way, the services can only be used by the subscriber who has subscribed to them and the ID cannot be easily stolen.

Easy access to telecom services with better validation and identify management.

Prevent misuse of telecom infrastructure .

Ensure that all active subscriber information is securely recorded

Identity and Authentication

A decentralized cryptographic ledge for storing identity information can relieve subscriber from the need to furnish their identity information for availing a new connection or for any authentication. They can provide the necessary permission to services providers to access the required identity information from the block chain storage system and also keep track of the number of items and times the information has been accessed .there is no possibility of manipulating the data because only ready permissions are granted for service providers thereby ensuring data integrity of identity information. service providers can also use the system to digitally link services that require permissions from the user such as integration with their social media accounts, banking and financial information,etc for providing them more lucrative services.

Block chain solution can used as the shared ledger that stores identity transaction. The services providers can provide identity-as-a-Service to partners, thus allowing fro additional revenue generation by negotiating appropriate agreements.


  • A pain-free identity and permission management system.
  • Better and secure access to subscribe credentials.
  • Ensure faster services delivery and offer additional value added services that require explicit user identity permission

Blockchain Backed 5G

In Order to implement seamless 5G network access to the user, networks and providers will need to handle heterogeneous access nodes and diverse access mechanisms. Selecting the fastest access node for every end user is the prime challenge providers face implement a seamless network access.

To cope with increased connectivity demand for devices with low-power consumption, and bandwidth needs has made network operators to build LPWAN (Low Power Wide Area Network). Telecom providers are promoting loT use causes to push and fully amortize LPWANs and these use cases required appropriate platforms to mange every single Lot Devices and connect the internal Application landscape accordingly. The sensors used in the network carry sensitive information which makes data and network security an essential and costly pillar loT connectivity

The access networks in given area can be networked via a blockchain. Here, each access point can serve as a node in the network monitoring the devices. Rules and agreements between the various access providing networks can be coded as smart contracts which can be dynamic in nature wherein any time a policy needs to be changed, only the contract code needs to be changed. This also allows for seamless rating and charging of all services between the various access nodes. A wifi network in an office if provided access to a device, then the telecom provider can conceivably give a reduction in the bill amount appropriately for the invoice of the accommodating company or home.

Blockchain Backed

In Order to implement seamless 5G network access to the user, networks and providers will need to handle heterogeneous access nodes and diverse access mechanisms. Selecting the fastest access node for every end user is the prime challenge providers face implement a seamless network access.

Block chain backed IOT solution providers a highly secure peer-to-peer self managed mesh network using a sufficiently every block being changed. These networks can be introduced into a private environment based in mid-range cell-towers with relatively low investment requirements. By establishing such a network in a public block chain language enable seamless connectivity and security.

Block chain backed loT solution providers a highly secure peer-to-peer self managed mesh network using a sufficiently every block being changed. These networks can be introduced into a private environment based in mid-range cell-towers with relatively low investment requirements. By establishing such a network in a public block chain language enable seamless connectivity and security.