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BeoX is one of the largest VoIP carriers of international voice traffic in the world and a leader in direct voice termination. Founded in 2004, our company has presence in the USA, UK and Turkey and supports infrastructure around the globe.

BeoX have been a major player in the international voice termination segment for the last six years and have created an extensive portfolio of international voice termination products designed specifically to suit our partners’ different needs.

Our core competence lies in our ability to offer the high quality voice termination at  best possible price brackets by leveraging our optimum use to the latest technologies, our direct termination experience, our vast network of in-country termination partners and, the economies of scale our significant volumes of traffic yield.

Sales Enquiry : sales@beox.com

VoIP spam or SPIT (Spam over Internet Telephony) are bulk unsolicited, automatically dialled, pre-recorded phone calls using the Voice over Internet Protocol (VoIP).^[1]Telephone spam is comparable to E-mail spam, but due to its synchronous character, different mitigation methods are needed.

Voice over IP systems, like e-mail and other Internet applications, are susceptible to abuse by malicious parties who initiate unsolicited and unwanted communications.Telemarketers, prank callers, and other telephone system abusers are likely to target VoIP systems increasingly, particularly if VoIP supplants conventional telephony. The VoIP technology provides convenient tools (e.g. Asterisk and SIPp) and low-priced possibilities to place a large number of Spam calls.

The underlying technology driving this threat is Session Initiation Protocol (SIP).^[2] This technology has received significant support from most major telecommunication vendors, and is showing signs of becoming the industry standard for voice, video and other interactive forms of communication such as instant messaging and gaming.

BEOX-VoIP Interconnection,Sell VoIP Wholesale Routes,VoIP Calls Services,High Quality VoIP Routes,A-Z VoIP Direct,A-Z VoIP Carriers Providers,A-Z VoIP Direct Routes

BeoX’s cutting-edge high capacity switching network supports:

• PRESENCE IN 6 INTERNATIONAL LOCATIONS Dallas USA, Washington DC USA, Miami USA, Seattle USA, London UK, Istanbul TURKEY.

• HIGH AVAILABILITY CONFIGURATION allowing our partners to sleep better at night

• INTEROPERABILITY WITH MULTIPLE GATEWAYS / SOFTSWITCHES including Cisco, Huawei, Genband G series, Sonus, Quintum, Vocaltec, etc.

• ADVANCED ROUTING calling plans facilitate a large variety of routing policies

• LOAD BALANCING OF HIGH-VALUE RESOURCES facilitating VoIP traffic management by monitoring and maximizing utilization of high value feature/application servers and media gateways

• CDR AGGREGATION and streaming to any billing or reporting device

• DETAILED REPORTING providing real time information on route quality, profitability and other business and technical metrics

Resulting in a number tangible business benefits for our partners including;

• Tightly controlled Service quality, availability and reliability.

• Competitive cost structure

• Increased Revenues

• Fast Deployment of interconnects with minimal operations expense

• Superior Customer Care and 24/7 NOC support

Sales Enquiry : sales@beox.com

Mobile VoIP or simply mVoIP is an extension of mobility to a Voice over IP network. Two types of communication are generally supported: cordless/DECT/PCS protocols for short range or campus communications where all base stations are linked into the same LAN, and wider area communications using 3G/4G protocols.

There are several methodologies that allow a mobile handset to be integrated into a VoIP network. One implementation turns the mobile device into a standard SIP client, which then uses a data network to send and receive SIP messaging, and to send and receive RTP for the voice path. This methodology of turning a mobile handset into a standard SIP client requires that the mobile handset support, at minimum, high speed IP communications. In this application, standard VoIP protocols (typically SIP) are used over any broadband IP-capable wireless network connection such as EVDO rev A (which is symmetrical high speed — both high speed up and down), HSPA, Wi-Fi or WiMAX.

Another implementation of mobile integration uses a soft-switch like gateway to bridge SIP and RTP into the mobile network's SS7 infrastructure. In this implementation, the mobile handset continues to operate as it always has (as a GSM or CDMA based device), but now it can be controlled by a SIP application server which can now provide advanced SIP-based services to it. Several vendors offer this kind of capability today.

Mobile VoIP will require a compromise between economy and mobility. For example, voice over Wi-Fi offers potentially free service but is only available within the coverage area of a single Wi-Fi access point. Cordless protocols offer excellent voice support and even support base station handoff, but require all base stations to communicate on one LAN as the handoff protocol is generally not supported by carriers or most devices.

High speed services from mobile operators using EVDO rev A or HSPA may have better audio quality and capabilities for metropolitan-wide coverage including fast handoffs among mobile base stations, yet may cost more than Wi-Fi-based VoIP services.

As device manufacturers exploited more powerful processors and less costly memory, smartphones became capable of sending and receiving email, browsing the web (albeit at low rates) and allowing a user to watch TV. Mobile VoIP users were predicted to exceed 100 million by 2012 and InStat projects 288 million subscribers by 2013.^[1][2]

The mobile operator industry business model conflicts with the expectations of Internet users that access is free and fast without extra charges for visiting specific sites, however far away they may be hosted. Because of this, most innovations in mobile VoIP will likely come from campus and corporate networks, open source projects like Asterisk, and applications where the benefits are high enough to justify expensive experiments (medical, military, etc.).