Digital Business Phone Systems
Business Phone systems are pc based phone systems that incorporate windows technology with intel processing as well as computer telephony boards from dialogic. Our wizard phone system supports 4 to 48 analog phone lines. The pacer system supports 24 to 480 digital phone lines. These systems can be networked to provide a far greater number of digital lines. Maintains a secure data center where we provide call processing and automatic voice broadcast services for our clients. Using our own message broadcast phone systems and software, dsc is ideally positioned to provide a comprehensive voice broadcasting solution to virtually any group or community. Our outsourcing service dials from a list provided by our clients and plays recorded messages.
These digital Phone systems are a complete solution phone system designed to meet the needs of companies from 2 to 500 employees. " it has a web-based interface to setup, manage, maintain, and support a complete ip-pbx system. The voice over ip phone system comes with hundreds of features.
Ericsson Business Systems
With hosted pbx phone systems from Ericsson communication solution, you can conveniently and seamlessly connect satellite offices together without expensive capital and changing out existing telecommunications equipment. You can consolidate data and voice bills to save money on unneeded phone features and long distance per-minute charges. Ericsson hosted pbx phone system solutions can become your guide in savings and in streamlining your future.
You can start your digital crisp hosted pbx phone system today by contacting a digital crisp sales representative.
Ericsson Business Phone systems are the best options to establish constant connection with your customers, employees and partners. Phone systems are a much more expandable system and can be configured to meet your business needs, expandable up to 270 ports and over 90 incoming lines. The trademark of Ericsson is known by many, its name signifies realiability.
Panasonic Digital Phone System
Office phone systems with voip.
Panasonic Phone systems are a perfect example of the old and the new coming together to give small business owners access to capabilities that once cost a small fortune and took a small team to manage. A traditional pbx combines special hardware and phone lines to provide complex call management and routing capabilities, similar to the voicemail menus that have become common. Until recently, the cost and complexity of owning and managing a pbx system meant that it was"available almost exclusively to large companies.
Brisbane Service Centre
Based in Brisbane we service the whole of Queensland. Because of advances in software, things have changed, and now every business can afford to have a pbx. Having a pbx makes it easier for customers to contact you and allows you to manage your calls in a way that projects a polished image. With a virtual pbx, which starts at about $10 per month plus setup fees, you can offer your customers high-quality phone service route calls to different extensions or departments. Call into our Brisbane showroom today.
Cordless phone systems
Cordless phone systems are now an everyday part of business. You need to ensure you choose the right cordless phone system to suit you site or office. You can find out much more about phone systems with mobile handsets right here.
These office phone systems support t1 pri, and allow for easy integration of features like voice messaging, unified messaging, digital networking, enhanced call centers and speech recognition. The modular ics office phone systems can grow with your business through the addition of trunk and station modules as your business grows.


Combine the value of a purchased IP phone system with the features and benefits of a hosted managed service. You own the IP voice platform but BCI’s experienced and certified engineers monitor and manage it for you 24/7/365. Gain advanced management and support for a predictable fixed monthly fee.
The ongoing management of IP voice applications in a regular or enterprise-class business network can present a variety of challenges. In addition to managing routine moves, adds, changes and deletes (MACD), you must also address ongoing hardware and software maintenance, network and carrier traffic analysis, application availability, and trouble reporting.
Successfully managing IP voice in the mid-size or enterprise environment requires a trained, experienced staff that not only understands VoIP but also traditional analog applications, including various ancillary and legacy devices that may operate within the voice network.
BCI’s innovative approach provides comprehensive monitoring and customized management of IP voice systems and networks. The primary benefit of our managed services is that you will no longer have to worry about the management, support and administration of the system. The service level options include proactive patching, monitoring and alerting, issue response and resolution, system administration and MACDs, monthly report generation for IP voice components and VoIP network infrastructure devices. We can identify Quality of Service issues before they affect your organization. The result is that your IT team is no longer spending time handling these routine, but necessary, activities. They are instead free to focus on more strategic initiatives.
BCI’s Managed IP Voice Services are an efficient and affordable alternative for businesses with investments in premise based telecom systems. Beginning with basic monitoring and remediation, we offer flexible plans that include continuous QoS (quality of service) analysis, carrier management and support of third party software application integration. The services are directed by Cisco CCIE certified engineers, providing you around the clock support, 365 days a year from our advanced, secure data center facility and network operations center (NOC).
Click here to view or download a PDF version of BCI’s Managed IP Voice Services.
Want To Know More?
For more information or a quotation, please contact us by calling our toll free number or sending an e-mail to the below sales address. If you already have a BCI account executive, you may contact them directly.
|Phone:||Toll Free: 800.748.6317


AxxonSoft video management software
Axxon Smart PRO is the first product of the new generation of AxxonSoft video management software (VMS). Axxon Smart PRO sets a new standard for functionality in small to mid size systems. With its innovative user interface, state-of-the-art video analytics, event response configuration capabilities, role-driven multi-user access, Axxon Smart PRO provides an unprecedented range of capabilities.
- Automatically identifies all IP-video equipment connected to the local area network
- Viewing video images in a supported resolution from a video camera while simultaneously listening to the audio from a microphone linked to that camera (if it is connected to an IP server) or connected to it physically.
- Any kind of complex configuration of screen layouts can be set for video viewing.
- Step by step zoom mode feature allowing the operator to maintain control over all cameras even while zooming.
- Telemetry system object enables the functions of the PTZ subsystem allowing users to set and use preset video camera positions, patrolling feature, controlling iris, focus, and optical zoom etc.
- Video can be Continuously recorded as well as initiated by a detector or by an operator, with a pre-event recording option.
- Axxon Smart PRO provides new opportunities for managing the video recording archive. Recording caused by different events (triggering of the video detector, security sensors, etc.) can be written to an archive with different settings.
- AxxonFS – a new file system for storing video archives is used.
- The Axxon Smart PRO 2.1 version will utilize VMDA – a database developed by AxxonSoft for indexing and storing descriptions of observed scenes.
- Playback of video image recorded to the archive from one or more video cameras (in the latter case, playback will be synchronous) with simultaneous playback of sound recorded together with the video.
- Integrated use of the Analytics Subsystem include Situation analysis detectors, Basic video detectors,Basic audio detectors, Built-in detectors of video cameras (video stream processing) ,Embedded detectors (processing signals from a “dry contact” sensor of a video camera.
- User can set detection zones and/or masks for motion and/or stopping of an object in the set area within a camera’s field of view, detection of an object crossing a set line within a camera’s field of view, Detecting the appearance and/or disappearance of an object in the set area within a camera field of view, detecting abandoned items in the set area within a camera’s field of view, absence/presence of an audio signal from a microphone etc.
- The Forensic Search subsystem is a set of tools for searching the video recordings in the archive using video image metadata.
- Upto 64 cameras per server
- 4 servers
- Unlimited archive size
- Unlimited number of clients.
|Number of servers in the distributed system||Up to 4|
|Number of clients which support simultaneous connection to the server||Unlimited|
|Number of servers which simultaneously transmit video images to a client||Up to 4|
|Number of video input channels per server||Up to 64|
|Number of simultaneously processed signals from microphones||Determined by the number of the IP video devices’ audio channels|
|Number of PTZ devices used||Determined by the number of PTZ IP video devices|
|Number of tiles displayed simultaneously on a client’s screen||Up to 25|
|IP device support||IP cameras and IP video servers from various manufacturers. The list is constantly growing. User can add support for new devices to the system by updating the Drivers Pack software module. Reinstallation of the entire system is not required for this.|
|Number of archives in the system||Unlimited|
|Video compression algorithms||MJPEG, MPEG-4, MxPEG, H.264, Motion Wavelet|
|Hardware decompression of video||H.264 on NVIDIA graphics cards which support CUDA|
|Available video image resolutions||Resolutions supported by the video cameras|
|Support of embedded video camera video analytics||Yes|
|Support of touch-sensitive monitors||Yes|


Cochlear gain reduction via efferent feedback from the medial olivocochlear bundle (MOCB) is frequency specific (Guinan, 2010). The present study with humans used the Fixed Duration Masking Curve (FDMC) psychoacoustical method (Yasin et al., 2013a,b, 2014) to estimate the frequency specificity of the efferent effect at the cochlear level. The combined duration of the masker-plus-signal stimulus was 25 ms, within the efferent onset delay of about 31-43 ms (James et al., 2002). Masker level (4.0 or 1.8 kHz) at threshold was obtained for a 4-kHz signal in the absence or presence of an ipsilateral 60-dB SPL, 160-ms precursor (200-Hz bandwidth) centred at frequencies between 2.5 and 5.5 kHz. Efferent-mediated cochlear gain reduction was greatest for precursors with frequencies the same as, or close to that of, the signal (gain was reduced by about 20 dB), and least for precursors with frequencies well removed from that of the signal (gain remained at around 40 dB). The tuning of the efferent effect filter (tuning extending 0.5 to 0.7 octaves above and below the signal frequency) is within the range obtained in humans using otoacoustic emissions (OAEs) (Lilaonitkul and Guinan, 2009; Zhao and Dhar, 2012). The 10-dB bandwidth of the efferent-effect filter at 4000 Hz was about 1100 Hz (Q10 of 3.5). The FDMC method can be used to provide an unbiased measure of the bandwidth of the efferent effect filter using ipsilateral efferent stimulation.


strengthening the telecommunications infrastructure
Since 2015, we are responsible for the design, engineering, installation, commissioning, operation and maintenance of the telecommunications infrastructure in the province of Río Negro.
An integrated province
With the development of a wide network of satellite accesses and the inter-connection with the national fiber optic network, ALTEC has placed Río Negro among the first Argentine provinces to be fully connected.
We accompany the province in an ambitious connectivity plan that will allow all its inhabitants, even in the most remote areas, to have telephone and Internet access.
TRUNKS INTEGRATED TO THE F.O. FEDERAL NETWORK
The strategic ally for our clients:
IT Support and Service Desk
We ensure the continuity of your activity with a multi-disciplinary team that guarantees, 24x7, that all our systems are covered in any contingency.


The Atlantis Avionics DRA-707 Digital Radio Altimeter Test Set is designed to facilitate testing of digital altimeters by providing simulated aircraft radio altitude information in a flight-line environment. Using operator-defined parameters such as start altitude, stop altitude, and vertical speed, the DRA-707 defines a radio altitude ramp. This information, along with error and fault control information, is transmitted in digital form to drive the radio altitude buses of up to three aircraft altimeters.
The DRA-707 is connected to the front of the aircraft’s altimeter by a cable adapter and accurately simulates descent, approach, flare, and touchdown. The DRA-707 may be used whenever active control of the radio altitude bus is a test requirement. It may be operated from any convenient location, but is designed to be used in the cockpit area.
The following accessories are available:
- Various aircraft cables to support a variety of aircraft altimeters.
- Fifty-foot extension cable.
- Remote control unit.
The DRA-707 is housed in a portable, weather-resistant case. The lower portion of the case houses the electronics and the detachable upper part of the case provides storage space for cables and manuals. The principal electronic circuits are attached to the front panel, which is easily removed for maintenance. All printed circuit assemblies are designed to allow convenient removal and replacement using standard electronic shop tools.
- Can drive up to three altimeters independently
- 3-part sequence to simulate descent, approach, flare, and touchdown
- Smooth and repeatable sequences
- Precise control of parameters
- Stop/start/backup at any time during sequence
- Allows introduction of simulated altimeter faults
- Precise control of simulated altimeter reading inaccuracies
- Sophisticated, yet easy to install and operate
- Operable from the cockpit
- Memory capacity of 99 test sequences
- Digital circuitry with crystal-controlled accuracy
- Altitude selectable to 1 foot from -20 ft to +8,000 ft
- Large ramp rate range of ±16,000 fpm
- Ramp rate resolution of 1 fpm
- Better than 0.1% in all parameters
ARINC 429 Bus Frequency:
- Variable, 10 kHz to 15.9 kHz, selectable with resolution of 0.1 kHz; default 12.5 kHz
- Failed LRU (AFCS data Continuous or Interrupted)
- No Computed Data (no ground return)
- Altitude Error (altimeter calibration error)
Maximum Signal Line Loads:
- ARINC 429 outputs – 1000 ohms
- TTL outputs – 150 ohms
- RS 422 outputs – 100 ohms
- Three radio altimeters can be driven, each having TTL and ARINC 429 outputs plus AFCS discretes.
Output Word Labels:
- ARINC labels 164 and 165 (BNR and BCD radio altitude)
- +8,000 ft to -20 ft, with a resolution of 0.125 ft (BNR) and 0.1 ft (BCD)
- 115 or 230 VAC, 47-440 Hz or self-contained battery
- 19.5 in x 9.5 in x 13.5 in (50 cm x 24 cm x 34 cm)
- 24 lbs (11 kg) with battery


Researchers have discovered a security flaw in macOS, Linux, and several other operating systems that could let attackers hijack a wide range of virtual private network (VPN) connections.
The bug, discovered by University of New Mexico researchers William J Tolley, Beau Kujath, and Jedidiah R. Crandall, lets a malicious access point or someone on the same network snoop on a user’s VPN session. The snooper can tell that they’re on a VPN and figure out what site they’re visiting. The researchers explain:
This provides everything that is needed for an attacker to hijack active connections inside the VPN tunnel.
The attack begins by working out the VPN client’s virtual IP address, which is the fake IP address that a VPN gives you when you use it to pretend that you’re somewhere else. It does this by sending SYN (short for synchronization) and ACK (short for acknowledgement) packets to the device. Because it doesn’t know the device’s exact address, it sends these packets to all addresses in the virtual IP space. When this noisy attack eventually hits the victim’s machine, it will respond with a reset (RST) packet that drops the connection.
Read more in


YTL Communications is giving the rakyat a boost with its new YES Kasi Up initiative, rolling out the industry’s most affordable prepaid data plans to give people more savings. That aside, the telco introduces a unique referral model that rewards subscribers with cash.
Here’s a non-shocker. Yes has shut down its WiMAX (Worldwide Interoperability for Microwave Access) network. The telco posted a final notice on its official Facebook page as well as via email to inform customers that their WiMAX accounts have been automatically suspended from 2PM onwards as of 30 September 2019.
When it comes to fixed broadband internet access in Malaysia, fibre broadband springs to mind. Nowadays, thanks in part to the government’s implementation of the Mandatory Standard on Access Pricing (MSAP) and National Fiberisation and Connectivity Plan (NFCP), consumers can be connected to fibre broadband from as low as MYR79 per month with speeds of […]
Proton and YTL Communications continues their joint collaboration into 2017 with a new exclusive bundle for Proton customers. Each purchase of a selected Proton car will see a Yes Altitude 4G LTE smartphone bundled with a 12-month 4G LTE prepaid plan for free.
Yes is offering a limited time ‘Merdeka & Malaysia Day Promotion’ in conjunction with Malaysia’s 59th Merdeka and upcoming Malaysia Day celebrations. The promotion bundle consists of the Yes Altitude 4G LTE smartphone for just MYR188 (SRP: MYR399 with GST) with the MYR68/month Yes 4G LTE 68 postpaid plan.
Today was a big day for YTL Communications and Yes, as it made commercially available its 4G LTE services to Malaysian consumers. The internet provider now has the largest 4G network in the country, with over 85% of population coverage.
With the big launch of Yes’ 4G LTE services today, the comeback kid unveiled the Yes Altitude–a VoLTE Android-powered smartphone made for the masses.
It’s a long time coming, but Yes 4G is definitely back. And back in a big way. After a soft introduction of its 4G LTE services at the launch of the Samsung Galaxy J1 two weeks ago, the service is officially launched today.
While it rules the roost in the upper throngs of the smartphone arena, Samsung hasn’t forgotten the mass-market low end. Today, it unveiled its budget Galaxy J (2016) Series comprising the Galaxy J1, Galaxy J5 and Galaxy J7, with prices starting from as low as MYR449.
YES, has officially launched the world’s first Samsung 4G Chromebook – a lightweight, cloud-based notebook, powered by Google’s ChromeOS. The 4G Chromebook, developed by Google and Samsung, is a first step in embracing the new era of cloud computing.


IGMA receiver is based on our TRIUMPH2/TRIUMPH Technology implemented in our TRIUMPH Chip. For the first time in the GNSS history we offer up to 100 Hz RTK.
864 channels of dual frequency GPS, Galileo, GLONASS, BeiDou, QZSS and IRNSS in a small attractive, sturdy, and watertight box, which contains either TRE-3N, or TRE-QUATTRO board.
216 channels chip is being utilized in SIGMA, which contains either Duo-G2, Duo-G2D, Duo-G3D, TRE-G2T, or Quattro-G3D board.
The on-board power supply on SIGMA receiver accepts any voltage from +10 to +30 volts and delivers clean filtered voltage where needed. This eliminates the risk of power contamination (ripples) that can be created when clean power is generated elsewhere and delivered to the board via cables. SIGMA receiver also includes TriPad (two LEDs, ON/OFF and function button), Cellular module, UHF modem, and batteries. In addition, the receiver comes with large amount of flash for data storage. The CAN interface in SIGMA receiver is provided complete with all associated hardware and firmware, not just the CAN bus. The same is true with all the serial RS232/RS422 ports in our receiver. Simply stated, additional functions are not needed to incorporate any of our SIGMA Receiver in most applications.
In addition to timing strobe and event marker, the SIGMA receiver includes the option of complete IRIG timing system.
Click on the link below or call us today on 1800 636 627 to request a quote.
SIGMA Receiver (0 MB)
1 Hz update rate
Li-Ion Battery Pack
External GNSS Antenna TNC Female connecto
Update Rate 5Hz, 10Hz, 20Hz, 50Hz & 100Hz
RTK Rate 5Hz, 10Hz, 20Hz, 50Hz & 100Hz
Data Recording up to 16GB
Multi-Base Code Differential Rover
Code Differential Base
Advanced Multipath Reduction
In-Band Interference Rejection
Two Event Markers
Two 1 PPS timing strobes
Up to 2 CAN 2.0 ports
External Reference Frequency input
Up to 2 high Speed (460.8 kbps) RS232 Serial Ports
Up to 2 High speed configurable RS/232RS422 serial port (up to 460.8 Kbps)
Internal UHF Modem
Internal cellular Module
2x External Power Inputs
Communication and Power Ports
External GNSS Antenna Connectors
GNSS Interconnect Board
GNSS Power and Communication Board with on-board SIM-card
GNSS Receiver with on-board Memory
Rechargeable Li-Ion Battery Pack
SIM Card Holder
External UHF/GSM Antenna Connectors


Our company supplies a large range of turbine amplifiers that can be used in a wide range of applications. Our product portfolio includes a wide array of turbine amplifiers which are mainly used in factories, oil rigs and production systems for all types of applications. We ship turbine amplifiers world wide with fast shipping option. Feel free to contact us via the form below and we will get back to you as soon as possible.
The turbine amplifiers can be used both as suction and as pressure unit and are very powerful and reliable due to the highly developed turbine technology with large motors. Turbine power can be easily regulated and the station has a signal input socket so that it can be switched on and off at the same time with the blowing machine via a control cable. However, it can also be operated by hand.
The use of turbine amplifiers are particularly recommended for strengthening air turbine blow-in machines and when working with high pressure. Our company provides turbine amplifiers world wide with fast shipping option. Feel free to contact us via the form below and we will get back to you as soon as possible.
Turbine amplifier control
Turbine amplifiers control the fan power via the blowing machine. The maximum amplification output is limited to the setting. Pre amplification performance of the used blowing machine is adapted.
The further regulation of the amplifier power takes place via the preamplifier signal of the turbine. This means that the amplifier always works with the fan line, which the processor set on the remote control. The turbine amplification system consists of a turbine whose speed is proportional to the flow velocity of the medium. The speed is lowered in the turbine amplifier and set as an analog signal output.


Solutions Architect / Network Administrator
IT Solutions Architect
In today’s day and age, you need to be vigilant with the applications or services that are out there, breaking down technical solutions to improve business development, offering technical guidance on networking solutions, product plans, Hardware, software, and roadmaps that will be robust and cost-effective to the company.
With over 13 years of experience in the IT industry, I have been exposed to various projects from small to big SME’s that needed to adapt to new technologies.
Planning, designing, and implementing standalone Wi-Fi hardware to integrating with some of the biggest retail shops in the South African market to utilize the assets that are in place. Creating a Wi-Fi network that eases the sign-up process for new clients opening accounts with one of the first paperless banks in South Africa located in over 700 stores.
The Project involved many aspects of implementation and logistics of the Hardware and Software.
- Deploying high availability hotspot servers with DNS Round Robin.
- Enterprise Hosting environment for the hotspot servers.
- Creating quality assurance of the devices being configured and deployed to the relevant stores – each device had to be tested.
- Making sure that deadlines are met within the timeframe.
- Logistics and management of the devices being deployed.
- Adherence to the security policies and meeting the requirements of the client’s data on the servers.
- Planning and implementation of an APN (Access Point Name) for the multiple sim cards that had been deployed in the various stores.
- Designing and implementation of the RADIUS server managing multiple sim cards in a central location.
The following project was one of the fortune 500 companies that is Chinese state-owned, it involved designing and implementing a network for the relevant branches in each region in South Africa to manage Internet connectivity from a central location in an enterprise data centre with layer 2 connections to each branch saving them money by not having separate Internet connections at each branch on Layer 3.
The project involved the designing and implementation of the MPLS (Multiprotocol Label Switching)
- Feasibility for each branch to see if it would be possible for layer 2 connectivity.
- Managing the times and dates of Installation of the Fibre to each branch.
- Configuring the data centre router with the various cross-connections and BGP (Border Gateway Protocol) routes to allow the networks to communicate with each branch.
- Configuring each branch router to allow the various subnets to communicate back to the BGP routes to the data centre.
- Meeting uptime and downtimes according to service level agreements.
- Managing staff as well as travel and logistics for the branches to be live alongside remote quality assurance on the lines.
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MCSE / NQF Level 5
Completed MCSE and NQF Level 5 Network Administrator, within a year.
I have over 4 years of experience within the Corporate Industry, especially around the food industry. I have started numerous companies and still self-employed. Over the years I have been exposed to numerous technologies as it was my responsibility to make sure as the technical Director that we are exposed to the latest. I have handled the support, configuration, and monitoring of retail Wifi in over 700 stores nationwide.


All our glands are waterproof and are available in a variety of different materials such as brass and stainless steel. Additionally, we have a range of different types of cable glands are designed to terminate power, control and instrumentation cables including hazardous area cable glands, atex approved and certified, for connecting cables into flameproof or increased safety equipment located in zone 1 and zone 2.
Cable glands provide a weather and gas-proof sealed mechanical connection between cables and electrical equipment preventing the cable from being pulled out or twisted and provide an earthing or grounding of the cable armour.
Exd/exe hazardous area cable glands are certified to international classifications including iecex and atex for safe installation and cable termination in potentially explosive atmosphere zone 1 and zone 2 locations.
We can support the specification and supply of cable glands to oil, gas and petrochemical projects.


Your NetSolutions WebFax acts as your fax machine for incoming faxes. Callers send faxes to your NetSolutions WebFax, which recognizes the call as a fax and stores it for you. You may then access the fax via the Web. Faxing Highlights:
- WebFax will store a maximum of 1024 faxes before becoming full and rejecting incoming faxes. Make sure to delete unwanted faxes.
- WebFax will store your faxes for 90 days before automatically deleting faxes older than 90 days.
- Forward received faxes to any fax machine via the web
- View faxes via your Web account in a variety of formats.
- Forward received faxes via email
Web InterfaceTo manage faxes via the Web:
- Go to www.intermedia.net/netsolutionslogin.
- Enter your NetSolutions WebFax and PIN.
- To view a fax, click the icon representing the format you wish to view your fax (.JPG, .TIFF or .PDF).
- To forward a fax, click the Forward button and enter the email address or Mitel NetSolutions phone number of the recipient.


Welcome To Gispi Softtech Private Limited
GISPI is a global provider of enterprise-grade application development and solutions provider for a broad range of GIS, Remote Sensing, software and IT services. To improve productivity, increase profitability and stimulate growth, GISPI delivers Total Solutions, innovative products and services by analyzing the customer’s specific needs. Our GIS, Remote sensing and software solutions are used by many customers of all sizes to develop, deploy and integrate on-premise, mobile applications quickly and cost effectively to improve operational efficiency and innovation, allowing customers to dramatically improve their business performance and return on investment.
We also provide seamless integration of spatial technology and conventional IT solutions. Our IT services include planning, management and consulting services for complex application development, and technology implementation projects for telecoms, municipalities, forestry, command & control, Engineering and other areas.


AuthenTec shares, whose sensor chips can be found on PC’s and mobile devices, closed at $8 per share, more than Apple has agreed to pay.
Apple agreed to pay 58 percent premium to the Melbourne, Florida based company, which also counts Korean mobile devices manufacturer and Apple’s fierce rival – Samsung Electronics Co. Ltd. as its largest customers.
The world’s most valuable company hardly makes any acquisitions and usually buys startups for its cutting-edge technological needs, but AuthenTec is a public company that Apple has acquired.
AuthenTec, which had gone public in 2007, started as Harris Semiconductor in 1998. The company issued mobile security software licenses to tech companies like Samsung, and fingerprint sensor technology PC’s makers Hewlett-Packard and Dell Inc.
The fingerprint technology, widely used by mobile phone users in Japan for verification of mobile payments, could facilitate Apple in bringing those services to the US markets, where mobile bill payments haven’t been so popular.


Greater worker productivity depends on “anytime, anywhere” connectivity with co-workers, customers and suppliers. Yesterday’s email solutions can’t meet today’s communications demands for quality of service, security and real-time connectivity. Meanwhile, hardware sprawl impacts performance and increases costs. Explore critical decisions about virtualized and cloud-based email and consolidating enterprise voice, messaging and conferencing capabilities. Learn about options for creating a unified communications solution and how other customers have optimized their Microsoft® Exchange and Lync® environments to achieve their goals.


I was down at the new Cisco offices in Toronto this week for a customer meeting to talk about collaboration and unified communication solutions. Something I am proud to say our organization is an expert in. As we talked about the new and exciting features that the collaboration solutions can bring, including some really cool video conferencing solutions the discussion shifted towards the connected office. The lighting fixtures in the board room were all LED powered using PoE (Power over Ethernet). The entire lighting system in the 29th floor of the tower is powered by PoE switches.
No high Voltage wiring required, instead everything is run over Cat5/6 cable. Cisco’s recent announcement regarding their partnership with Phillips is truly a game changer. Lighting an entire building without the need of an electrician.
Sensors in the hall way detect movement and turn on and off as required. Elegant controls on the wall for dimming and on/off control that don’t need to be connected directly to the lights they control. Everything is centralized and can be controlled through software, or controlled via a smart phone app.
As we have seen with many industries, these technological advances create new opportunities while at the same time can render an existing industry obsolete. I’m sure the calculator industry has taken a big hit since every smartphone on the planet has one built in. Even that is not necessary anymore because you can just ask google. Electricians will always be needed, but how much of their business came from running high voltage cable throughout a building for office lighting?
Things are moving very quickly and we all need to be in a position to adapt quickly. Any guesses as to what is next?


Cyberattacks are becoming a serious threat for power systems and their prevention are gaining attention and need to be better understood by developers, technology providers and network operators, among others.
SDN-microSENSE (SDN -microgrid reSilient Electrical eNergy SystEm) is an innovation H2020 project, that ended in October 2022. It provided a set of secure, privacy-enabled, and resilient to cyberattacks tools, thus ensuring the normal operation of the Electrical Power and Energy Systems (EPES) as well as the integrity and the confidentiality of communications. The Software Defined Network (SDN) technology can increase EPES security, to enable mitigation of cyberattacks in the communication layer of the power system infrastructure. The means to achieve attack mitigation is to isolate compromised devices from the rest of the communication system by (through SDN) dynamically rearranging the routing paths of transmitted data.
SDN-microSENSE intends to address security and privacy requirements that cover the whole energy value chain, involving traditional electricity generators, Transmission System Operators (TSOs), Distribution System Operators (DSOs), DER operators and prosumers. The full potential of the proposed architecture is demonstrated and validated through six use cases/pilots that address various cybersecurity requirements in EPES/SG:
- Pilot 1 Investigation of Versatile Cyberattack Scenarios and Methodologies Against EPEs
- Pilot 2 Massive False Data Injection Cyberattack Against State Operation and Automatic Generation Control
- Pilot 3 Large-scale Islanding Scenario Using Real-life Infrastructure
- Pilot 4 EPES Cyber-defence against Coordinated Attacks
- Pilot 5 Distribution Grid Restoration in Real-world PV Microgrids
- Pilot 6 Realising Private and Efficient Energy Trading among PV Prosumers
The project demonstrates that the incorporation of SDN into microgrids can offer some great advantages over conventional networks: The traditional hardware-dependant communication infrastructure is not designed to identify the flow and context of the data and it only focuses on packet forwarding using pre-defined network configurations. SDN provides programmability, dynamicity, flexibility, and intelligence to current network architectures, and its benefits can be delivered from four main features: dynamic flow control, network-wide visibility with centralized control, network programmability and simplified data plane.
Power systems group, from IREC, leads the work package linked to the self-healing capabilities (SDN-SELF); resilience against all kinds of faults, including faults in both the communication system and in the electrical power grid, that the SDN-technology could offer. In that context, it has been specified how SDN is applied in the EPES ecosystem, thus transforming the corresponding EPES devices into a new architectural paradigm called SDN-enabled EPES devices.
The developments achieved within the previously mentioned work package include the components for the monitoring and control of the equipment in the EPES infrastructures, for the analysis of the current situation in EPES domain and issue mitigation through islanding or energy management mechanisms and for the recovery of the grid observability and the improvement of its QoS when the communication network is under attack.
The main outcomes are:
- The development of SDN enabled measurement and control units, specifically an SDN-enabled energy meter and prototype of an SDN-enabled RTU
- The northbound and southbound interfaces for SDN-Controller and a Synchronization and Coordination Service (SCS) to redirect the connection to one or more SDN-controllers
- Several dashboards to monitor the status of the actions performed by the tools
- An SDN application to maximize the observability of the network in case of a failure or a cyberattack
- Development of tools using different algorithms (deep learning and mixed linear programming) to clusterize the grid and generate islands (intentional islanding) as a self-healing mechanism
- Tools to maintain the energy balance within a microgrid and check the viability for the energy trading actions, to restore the frequency and voltage when there is a blackout and coordination of the control modes regarding the microgrid DERs and Optimal Power Sharing
- A permissioned Fabric blockchain-based energy trading platform, leveraging provenance features of blockchain technologies, facilitating energy trading based on supply/demand and considering the real time security state of the network: Blockchain-based e-auction framework, Blockchain Based Intrusion and Anomaly Detection system
In addition, IREC has developed a testing platform (inside the Smart Energy Laboratory) allowing the integration, testing and validation of cyber-threads into a controlled electrical environment, as well as the application of SDN algorithms and technologies. Such testing environment allows full testing of cyber-attacks and potential countermeasures into electrical equipment and communication devices. This platform was required to validate developed tools before using them in the real electric grid, which is a critical infrastructure.
Moreover, IREC has included new functionalities to an own registered tool, called Optimization Tool for Self-healing and Clustering (OTSC), which is composed of two different parts inside the SDN-SELF architecture. The Islanding and optImisation fraMework (OTSC-IIM) part aims to create a new electric scheme by creating islands to divide the grid into different sectors. The intention of that is to isolate the elements that can cause problems in the grid and at the same time maintain the power supply to the maximum number of consumers. To perform the island, the tool needs to know the status of the grid and the distributed energy resources there. The Energy Restoration and Management Processes framework (OTSC-EMO) part aims to balance the energy in one or more islands in the electric grid. The idea of this tool is to work in an emergency scenario in the electric grid, where the electric grid is forced to divide the original topology into small parts. Both parts can work together, and once the OTSC-IIM finishes, the OTSC-EMO should start to work with the islanding situation.
The project manages information classified as ‘Restreint UE / EU Restricted’. IREC has received accreditation by the National Authority Service to process information with this classification level.
The consortium is formed by AYESA, Centre for Research and Technology Hellas (CERTH), ATOS, Public Power Corporation S.A. / Testing Research & Standards Center, Municipality of Avdira, Elektroenergien Sistemen Operator EAD (ESO), UBITECH LTD, Sidroco Holdings Ltd, Eight Bells LTD, Energynautics GmbH, SIAXAMPANIS E.E, RAVNA HYDRO LTD, ESTABANELL Y PAHISA ENERGIA SA, Independent Power Transmission Operator SA, DIL DIEL,GEIE ERCIM / W3C, University of Western Macedonia, PREDUZECE ZA TELEKOMUNIKACIJSKE USLUGE REALAIZ DOO BEOGRAD, Schneider Electric France SAS, Fundacion Tecnalia Research & Innovation, Innovative Energy and Information Technologies LTD, CEZ Distribution Bulgaria AD, CyberLens B.V, 0 INFINITY LTD,Incites Consulting SARL, Norges teknisk-naturvitenskaplige universitet (NTNU), Gottfried Wilhelm Leibniz Universität Hannover, Fundacio Institut de Recerca en Energia de Catalunya (IREC), Checkwatt AB, SINTEF Energy SA, Optimización orientada a la sostenibilidad SL, Fundación Ayesa and Schneider Electric España.
This project has received funding from the EU’s H2020 research and innovation programme under grant agreement No 833955.


Today it could so easy to obtain a VPN provider, that it may be difficult to choose a fantastic VPN provider. With so many options available, it could seem like you’re here choosing a software for a computer system versus a device for a cellphone system. The majority of us, VPN suppliers are the connect between your Net interconnection and your interior network. Begin using VPN with full confidence, you’re ensuring that your information continues safe whilst you’re accessing internal network systems.
One of many advantages of vpn technology is that it’s possible to operate from bestvpnprovider.info/ anywhere in the world you could get an internet connection, provided you have a web connection that’s not blocked or restricted simply by content filtration. This means that anyone at any time may access the information you need to continue to keep secure, whether they’re in another country or inside the country. This is certainly one of the most highly effective ways to maintain privacy while using the web. It’s also a huge profit when you use vpn technology using a mobile phone, as you are can easily connect from virtually any location having a mobile phone.
The other significant advantage of using a VPN is that it works as a proksy between you and your internal network. If you have a secure VPN provider, you can rest assured that traffic coming from outside the program isn’t impacted by hackers, crawlers, or other attacks. Since you’ve opted to use a private IP address rather than your end user name, this makes it impossible with regards to anyone to access your personal information and employ it to use crimes. And if your internet service provider blocks or restricts certain types of content, then you can definitely also rely on a private VPN provider to ensure your private information stays personal.


Today’s basic or advanced digital hearing aids come in many styles, models and sizes designed to meet a wide range of hearing needs and individual preferences. As part of your Journey to Better Hearing, our professional staff at Value Audiology & Hearing Aid Center will guide you in choosing the hearing aids that are the right fit for your hearing, lifestyle and budget.
To ensure you’re happy with the hearing aids you’ve chosen, we give you the opportunity to put them through the test of everyday listening activities and environments. Our “30-Day Rental” policy ensures that if you’re not satisfied with the level of hearing and comfort your new hearing aids provide, you can simply return them at no charge.
The following is a list of the brands and models of hearing aids and accessories we offer.
Styles of Hearing Aids
Hearing aids are available in many different sizes and styles thanks to advancements in digital technology and miniaturization of the internal components. Many of today's hearing aids are considered sleek, compact, and innovative - offering solutions to a wide range of hearing aid wearers.
Various hearing aid styles we offer:
- Invisible in-the-Canal (IIC)
- Completely-in-the-Canal (CIC)
- In-the-Canal (ITC)
- Full Shell or In-the-Ear (ITE)
- Behind-the-Ear (BTE)
- Mini BTE with slim tube and tip
- Receiver-in-the-ear (RITE)
- BTE with earmolds
- Earplugs & Earmolds for Hunting
- Earplugs & Earmolds for Music
- Earplugs & Earmolds for Swimming
- DefendEar 1
- DefendEar 2
- DefendEar Hunter
Hearing Aid Products and Accessories by Manufacturer
Bluetooth Hearing Aids
Developers of hearing aids are always looking for new and improved ways of making hearing aids better and more useful in people's lives. Bluetooth technology is being used to make it easier for hearing aid users to connect their hearing aids to various devices for improved sound quality directly from the sound source.
Cell phone accessories
Although the FCC now requires that hearing aid compatible (HAC) cell phones meet strict guidelines for quality, some hearing aid users wish to further improve their cell phone experience. Add-on devices and cell phone accessories can make cell phones even more compatible with hearing aids.
Many cell phones can be used with hearing aid telecoils. Hearing aid accessories that provide a hands-free option may also be helpful.
LACE, which stands for Listening and Communication Enhancement, is a program designed by leading audiologists that helps retrain the listener’s brain to understand speech in difficult or noisy environments. LACE aural rehab is available online and can be completed from the comfort of your home, with monitoring and support from a qualified hearing professional.
Oticon’s Opn processes sound fast enough to allow access to multiple speakers at once, even in noisy environments. Alta2, Nera2 and Ria2 feature Oticon’s innovative BrainHearing technology for more natural, effortless listening experiences and Tinnitus SoundSupport for effective tinnitus relief.
Phonak offers simplified, advanced listening solutions for both mild and profound hearing loss with Naída V. Phonak’s AutoSense OS technology automatically adjusts to the environment around you, while the CROS-B Belong technology improves conversational engagement regardless of the position of the speaker. Phonak also offers a line of rechargeable hearing aids and Sky V, designed exclusively for children.
Rechargeable Hearing Aids
With lithium-ion batteries that last years rather than a week, and hold a charge for an average 24 hours of continuous use, rechargeable hearing aids are a hassle-free and environmentally-friendly choice. Many of our suppliers offer affordable rechargeable hearing aid options.
ReSound’s Smart Hearing technology gives listeners a clear sense of the speech and environment around them. Resound offers a variety of styles for adults and children, including LINX2, the world’s smallest made-for-iPhone hearing aid that provides 30% greater speech clarity than other premium hearing aids.
Signia offers hearing solutions for all degrees of hearing loss and lifestyle needs, including waterproof and rechargeable devices. A full line of Signia wireless accessories keeps you connected to your TV, mobile phone, MP3 player and more.
Sonic offers at least six product lines in various styles designed to meet all levels of hearing loss and personal preferences, with specialized devices titled Enchant, Journey and Pep that offer everything from the best in wireless technology to solutions for extreme hearing loss and active lifestyles.
Starkey Hearing Technologies is a group of companies that connect people with the treatments will help them live better lives. Their American-made hearing aids come in many styles to provide solutions for a wide range of hearing loss, tinnitus and hearing amplification needs.
Unitron is the maker of the smallest rechargeable hearing aids -- Moxi Fit R and Moxi Now are about the size of a blueberry. Unitron hearing aids are enhanced by its exclusive Tempus platform that uses SoundCore for improved conversation and TruFit software for efficient programming.
Widex’s made-for-iPhone hearing aids feature BEYOND hearing technology with a mobile app that allows greater connectivity than any other hearing aids, with easy swipe adjustments and customizable settings.


Shogo Higuchi is a detective whose wife was murdered by a serial killer. Hikari Tachibana is a voice profiler whose father was murdered. She has a special hearing ability which allows her to hear minutiae sounds that other people do not.
Victims in criminal cases call #110 which is connected to the emergency control room. To save people as quickly as possible, an investigation “emergency call response unit” is formed. Hikari Tachibana works in the emergency control room and gathers location information from callers with her special hearing ability. She passes on the information to Detective Shogo Higuchi in the emergency call response unit. Detective Shogo Higuchi then goes out with his team to save the victims. They must respond as quickly as possible during a crime’s golden hour.
Please scroll down to choose servers and episodes.


Today we’re going to talk about networking! What is the difference between a private IP and a public IP? When do you use one and when do you use the other? Why are there two types of logical IP addresses in the world of communications? See our explanation.
Basically, when devices are connected to a network, they need a configured IP address (either IPv4 (normally) to communicate. Regarding IP addresses, there are public addresses and private addresses. Most IP addresses are public , thus allowing our networks (or at least our router that borders our network and the Internet) to be publicly accessible via the Internet, from anywhere.
As for private addresses, it doesn't allow us direct access access to the Internet, however, such access is possible, but it is necessary to resort to NAT (Network Address Translation) mechanisms that translate our private address into a public address.
Private address ranges are:
- from 10.0.0.0 to 10.255.255.255 (10.0.0.0 /8)
- from 172.16.0.0 to 172.31.255.255 (172.16.0.0 /12)
- from 192.168.0.0 to 192.168.255.255 (192.168.0.0 /16)
Hence the addresses we often use 192.168.xx
By making an analogy with the telephone system, we can compare a public address to a phone/mobile number. This number is public, reserved, unique and uniquely identifies your telephone number.
Now imagine, for example, a company that owns a telephone switchboard. You know the extensions (private e.g.: 101, 302, 45) that you want to assign to the phones, but when someone from these extensions wants to call abroad or calls the operator to set up the call abroad (from a public number) or dial a prefix so that your exchange continues with the NAT mechanism, thus allowing your call to go out through a public number.
However, if you imagine that a friend wants to contact you from abroad, he will not be able to do so directly and in that case he will have to call the operator to forward the call. The private addressing I have on my switchboard may be the same as that of other companies. However, the public telephone number(s) (eg 232234567) that identify my company are unique.
Moving back to networks, we can say that machines on different networks can use the same private addresses and there is no regulatory entity to control the attribution, it is defined internally.
To allow multiple computers on the home or business network to communicate on the Internet, each computer had to have its own public address. This requirement places great demands on the pool of available public addresses, after creating the NAT mechanisms as previously mentioned.
Ox public addresses they are managed by a regulatory entity, are often paid and allow to uniquely identify a machine (computer, routers, etc.) on the Internet. The body that manages the public address space ("reputable" IP addresses) is the Internet Assigned Number Authority (IANA).
Obviously, we could have explained one more topic that usually has some complexity. But in this simple way you will also understand the utility of NAT, public and private addresses and, if you need, you can see in your router the area where the "magic" takes place.
If you need more clarification, you can leave your question in the comments and I will answer case by case and try to add details to the topic. You can also download here an interesting Cheat Sheets on the subject.


- October 26, 2023
- AI in Business
AI’s role in telecommunications emerged when technology met the need for effective network management and customer support. While it’s tricky to pinpoint the exact start of AI in telecom, it began gaining traction around the early 2000s. Telecom companies started using AI to address various issues, including improving network performance, detecting faults, and predicting maintenance needs.
AT&T, a big telecom company, utilizes AI to improve network management and customer service. AT&T began integrating AI into network management in the mid-2010s to predict and prevent network issues. Traditional methods involved reacting to problems as they happened, causing customer inconveniences. AI algorithms and machine learning models now continuously monitor the network’s health, sifting through massive data volumes generated by the network’s components. They detect patterns and trends that indicate potential issues. This not only prevents network downtime but also minimizes customer disruptions, enhancing overall network reliability. AI algorithms used in predictive maintenance include decision trees, random forests, and recurrent neural networks for time-series data analysis.
In the late 2010s, AT&T made network optimization a priority to make the most of its network resources. With the introduction of 5G and the surge in data traffic, this became even more important. AT&T, alongside companies like Nokia, Ericsson, and Huawei, initiated projects to optimize network performance. They employed reinforcement learning algorithms and deep neural networks. By watching network traffic and assessing usage patterns, AI identifies areas needing optimization. It efficiently reallocates network resources, ensuring customers enjoy better network speeds and reliability. This approach enhances network performance and resource utilization, contributing to sustainability. Companies in the telecom sector also employ genetic algorithms to fine-tune network configurations for efficiency.
AT&T started incorporating AI into security operations in the early 2010s as cyber threats grew in complexity and frequency. AI systems within AT&T can detect unusual patterns and potential threats in real-time. They use machine learning models to continuously analyze network traffic and user behavior, searching for deviations from normal patterns. They swiftly respond to emerging threats, such as Distributed Denial of Service (DDoS) attacks or potential data breaches, protecting customer data and network integrity. Companies like Palo Alto Networks and Check Point have developed AI-driven security solutions that employ deep learning techniques and natural language processing to detect and mitigate threats in real time, ensuring customer data remains secure.
Elevating Customer Support with AI
In addition to managing its network, AT&T has used AI to transform the way it supports its customers, creating a seamless and more personalized experience. AI-powered chatbots and virtual assistants have become essential in the telecom industry, changing the way customer support works. This shift began in the late 2010s when telecom companies like AT&T saw the need for 24/7 support that could efficiently handle a wide range of customer questions. These chatbots, equipped with natural language understanding and processing, can understand and respond to customer queries, making interactions easy and intuitive. Customers no longer need to wait on hold or navigate complex phone menus to get answers. Instead, they can chat with a bot through a website or messaging platform. AI platforms like IBM’s Watson, Google’s Dialogflow, and Amazon’s Lex have made these conversational AI agents possible. They are constantly learning and improving, making customer interactions smoother and more satisfying.
In the late 2010s, AT&T started focusing on personalization in customer service, a trend that was gaining popularity across the industry. By using AI to analyze customer data, AT&T can provide tailored service recommendations. This includes suggesting the most suitable data plans, content packages, or additional services based on individual preferences and usage patterns. Such recommendations not only boost customer satisfaction but also build customer loyalty. Offering services that match each customer’s needs and preferences leads to a more engaged and content customer base. Collaborations with companies like Salesforce and their Einstein platform have enabled AT&T to offer these personalized services. They use machine learning models to gain insights into customer behavior and preferences.
In the mid-2010s, AI integration into issue resolution and troubleshooting became a priority for telecom companies looking to simplify and speed up the process. When customers face technical problems, AI can guide them through troubleshooting steps or even remotely diagnose and fix certain issues. These AI-powered troubleshooting systems save time and effort for customer support, resulting in faster issue resolution and happier customers. Companies like Amdocs have played a crucial role in implementing AI for issue resolution. Their AI systems rely on machine learning algorithms to assess and diagnose issues based on vast datasets and historical performance data. They also use reinforcement learning to adapt to new problems and situations over time.
Around the late 2010s, the ability to monitor and analyze customer sentiment became essential for AT&T to keep track of customer feedback and emotions on various platforms, including social media. AI-driven sentiment analysis tools scan text, images, and even audio for emotional cues, quickly identifying potential issues that could affect many customers. The telecom industry uses natural language processing techniques combined with deep learning models to understand and analyze sentiment. When a problem arises, AI alerts support teams, enabling responses to customer concerns. By taking quick and proactive actions, AT&T can prevent potential crises and turn them into opportunities for improved customer support and service.
The Future of AI in Telecom
As AI continues to advance, it’s becoming more influential in the telecom industry, with the potential for innovative applications that will change how we connect and communicate. The introduction of 5G networks is changing telecommunications. AI will have a significant role in making sure 5G networks perform at their best, so customers can fully enjoy the high-speed, low-latency technology. AI algorithms, like deep reinforcement learning and Q-learning, will become more common in managing 5G networks. These algorithms can adjust to changes in the network, use resources efficiently, and ensure that applications that require quick responses, such as autonomous vehicles and augmented reality, work smoothly.
Edge computing is becoming increasingly important, especially for applications that need low delay. AI will keep evolving to manage edge servers effectively, ensuring data is processed as close to the source as possible. This will significantly reduce delays in services like the Internet of Things (IoT) and augmented reality (AR). AI algorithms like federated learning, which lets machine learning models be trained on decentralized edge devices, will become vital in processing and analyzing data at the edge.
AI’s integration into VR and AR services will change how we interact with digital content. AI algorithms like computer vision and natural language understanding will be crucial in improving how content is delivered and reducing delays. As AI enhances the quality of data transmission and processing, AR and VR applications will become more immersive and responsive. For example, AI can reduce delays in AR applications, making them smoother and more enjoyable for users. AI-driven content personalization will offer personalized AR and VR experiences, enhancing entertainment, education, and remote collaboration.
AI’s role in telecom will also include sustainability efforts. Optimizing network performance and reducing energy consumption will help telecom companies, including AT&T, lower their carbon footprint. AI algorithms, like genetic algorithms, can fine-tune network setups to use less energy. As sustainability becomes a bigger concern, AI will help make telecom infrastructure more eco-friendly. This will contribute to reducing the environmental impact of the industry, aligning with global efforts to combat climate change.
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Get regular updates on data science, artificial intelligence, machine


Voltero's C65 GaN charger guarantee the fastest possible charge for all Apple phones, tablets and Android devices.
Voltero Smart Powering
Voltero stands for quality and our products are the best proof of it.
Voltero's C100 GaN charger guarantee the fastest possible charge for all Apple phones, tablets and most Android devices. A GaN charger is a charger that uses gallium nitride instead of the more common silicon in its construction. This makes it smaller, more energy-efficient, and faster at charging than a traditional charger.
Why Is Gallium Nitride Superior to Silicon?
Gallium nitride is a semiconductor material that has many advantages over silicon. It can be used to make smaller transistors, and as a result, smaller chips. GaN can handle higher power levels and charges faster than silicon. That means it’s perfect for applications like 5G radio and fast-charging accessories. And because it’s a better conductor of electricity, it can handle more power without getting hot.
GaN chargers can charge devices faster. Voltero’S C100 100W GaN Charger, for example, can charge a MacBook Pro 16” from 0% to 100% in just 2 hours! GaN chargers are also more efficient than traditional chargers. This means they waste less energy as heat so they don’t need bulky cooling fins or heat sinks. That makes them smaller and lighter, which is useful if you’re always on the go.
New standard GaN USB C with PD Power Delivery
From 2023 all producers of electrical devices like phones, laptops etc, are obliged to use one common charging interface and that will be USB C. Get used to being able to work at full speed anywhere as this charger / power adapter is fully up to date with the latest technologies. The Voltero C65 GaN charger offers power distribution for stable, high-speed charging to a laptop and a phone at the same time without overheating or short-circuiting.
The Future of Charging is GaN Tech
Traditional silicon-based chargers are being replaced by GaN chargers which are smaller, more powerful, and more efficient. If you’re looking to future-proof your charging setup, get a Voltero C65 or C100 charger. It’s compatible with the latest devices and comes with a host of features that make it the ultimate charging solution. Voltero’s faster charging speeds are very efficient and are revolutionizing mobile charging technology.
Voltero C100 GaN fast charging adapter is compatible with MacBook 2016/2017/2018, MacBook Air 2018/2019, MacBook Pro 13''/15''/16'', Google Pixel XL/2/2XL/3/3XL/3a/3rd XL, Samsung Galaxy S22/S21/ S21+/ S21 Ultra/ Note 10/ Note 10/ Note 10 Plus/ A8 0, Nexus 6P 5X, and more Type-C devices with USB-C charger.
For example when you use our C65 or C100 charger together with C1 you can charge the newest phones like Oppo, Xiaomi or Samsung up to 85% in just 30 minutes. With our C140 charger (introducing in 2023) you can charge it up to 85% in just 9 minutes. That is what we call smart powering.
One for all
Voltero Gan chargers and USB C connection cables are literally connecting worlds. In the future all connections and charging will be made by GaN charger and USB C cable. So if you want to prepare for the future, there is no better start then with our Voltero products. Voltero offers only high quality products. So are C1 and C2 cables are not regular cheap ones cables you have used probably in the past. Also our C65 and C100 chargers offer high quality and high standard, so you can enjoy the benefits of future universification.
Compatible with all Voltero devices, like Voltero PS6, PS24, C100 or S420
Frequently asked questions:
Q1: Does Voltero PS6 portable power station 600w include a built-in MPPT controller?
A: All Oupes power stations have a built-in MPPT controller.
Q2: What devices can be charged/powered by Voltero PS6 power station?
A: Voltero PS6 solar genrator 600W features 1 x 230V/600W AC output (Pure sine wave), so it can power most devices under 600W.
Q3: How long will the power my device?
A: Working time (estimation) = 595Wh* 0.8 / operating power of your device = Hours (0.8=Conversion Rate due to losses).
Please note that the actual working time may vary under different situations.
Q4: Does it design with a power-saving function?
A: Yes, For AC output, when the output is less than 3W, it will shut down automatically after 8 hours.
For DC output, when the output is less than 50mAh, it will shut down automatically after 4 hours.
For USB output, when the output is less than 30mAh, it will shut down automatically after 3 minutes.
Q5: How long does it take to fully charge this power station?
A: The charging method using USB-C plus wall plug can be charged from 0 to 80% in 3.5 hours at the fastest.
Q6: Why does the battery lose power when not in use?
A: The unit may be in standby mode where the power supply, screen, and/or inverter could be using up to 50W. Remember to long-press the power button to turn the unit completely off. If the unit loses power when completely off, try recharging it to 100% and use it to 0% two or three times to calibrate the battery.
|Output current||5V-3A, 9V-3A, 12V-3A, 20V-5A|
|Dimensions||65*100*29mm weight 196g|
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Voltero's C100 GaN charger guarantee the fastest possible charge for all Apple phones, tablets and Android devices.


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Remote Access to Your Network
The ability to access the company network remotely can be useful in many ways:
Here are some examples of the most common remote access methods:
There are many popular remote control programs available. Of these, the more popular ones are Symantec's PCAnywhere, Logmein, and GoToMyPC. These can connect by means of a phone-line modem or a high-speed Internet connection such as DSL or cable modem. Even phone modems can be quite responsive, since there is very little data traffic between the two locations. This is because the main traffic between the remote and office locations is keyboard strokes to the office and video screen updates to the remote. Again, keep in mind that you are generally restricted to one remote session per host station.
Remote Node - Software
Some examples of this method are Microsoft Windows Remote Desktop and Citrix's MetaFrame. Here, the software is loaded onto a server containing a modem or modem array. This method could be slower, since the application is run on the remote station via a slower link. Therefore, this method is useful for a quick file transfer or email read. You can have one remote session per host.
Remote Node - Hardware
This is a dedicated hardware remote node solution. This box is connected to one or more modems. Some companies making these units are 3COM, Cisco, and Shiva. Again, the same speed limitations of the software remote nodes apply.
Virtual Private Networks (VPN's)
This could be considered a form of remote node access. Here, the remote station connects via the Internet to the office network. Both the remote station and the office network must obviously have Internet access. Usually, the office network has a router through which it connects to the Internet. This router may have VPN ability built into it, or the VPN may be in a separate machine on the network, such as a Windows NT server. A VPN can have excellent security features, which is critical for communications over a public medium such as the Internet. Responsiveness can be excellent, since we are now communicating over a high-speed link. Also, we can have several sessions occuring simultaneously.
A service that is built into Windows Server (and some Windows client versions) is Terminal Service. This allows an administrator (or two) to connect to the server directly (usually via Internet), view the server's screen in a separate window, and essentially act as if you are sitting in front of the server. The "administrator mode" will allow two simultaneous connection, and is no-cost feature of Windows Server. Should you need more users, you can use "application mode", which allows many users simultaneous access, but requires a terminal services license server to be running. This adds to the cost and complexity. Certainly, for one or two remote users, such as network administrators, administrator mode can be a very valuable tool.
Web Server / FTP Server
An office web server can be used to host general information for the public, or for users to privately access their email via the Internet. The FTP server can be used for users to upload / download data files. These services are easily loaded onto Windows NT or Novell servers, and are included with the server software. Again, the office network must have Internet access. Furthermore, the number of simultaneous sessions is not an issue.


Mit einer wegweisenden Technologie für die automatische optische 3D-Inspektion,…
CyberOptics Corporation (www.cyberoptics.com) is a leading global developer and manufacturer of high-precision 3D sensing technology solutions. CyberOptics’ sensors are used in SMT, semiconductor and metrology markets to significantly improve yields and productivity. By leveraging its leading edge technologies, the Company has strategically established itself as a global leader in high precision 3D sensors, allowing CyberOptics to further increase its penetration of key vertical markets. Headquartered in Minneapolis, Minnesota, CyberOptics conducts worldwide operations through its facilities in North America, Asia and Europe.
The multi-award winning 3D SQ3000 Multi-Function system can identify critical defects and measure critical parameters, providing a superior process control solution for effective yield management. In addition to AOI and SPI applications, highly accurate coordinate measurements can be attained faster than a traditional Coordinate Measurement Machine (CMM) – in seconds, not hours.
The world’s first in-line CMM includes an extensive software suite for metrology grade measurement on all critical points. Powered by proprietary MRS sensor technology, the SQ3000 offers unmatched accuracy by meticulously identifying and rejecting reflections caused by shiny components making MRS an ideal technology solution for a wide range of applications with stringent requirements. The Ultra-High Resolution MRS sensor option delivers superior performance ideally suited for socket metrology, microelectronics and other applications where an even greater degree of accuracy and inspection reliability is critical.


Lenovo USB-C to DisplayPort Adapter (4X90Q93303)
The Lenovo USB-C to DisplayPort adapter connects USB-C enabled notebooks to DisplayPort enabled displays like monitors and projectors. It supports high resolution and premium audio. The length is 200mm (7.87'').
- Input: USB-C
- Maximum resolution 3840*2160@60Hz
- DisplayPort 1.2a
- HDCP: depends on the HDCP capability of connected systems and monitors
- 1-year warranty
- Length 200mm (7.87'')
- Depending on many factors such as the processing capability of the host and peripheral devices, file attributes, and other factors related to system configuration and operating environments, the actual data transfer rate may be slower than 5 Gbit/s on USB 3.1 Gen 1 (USB 3.0) connectors, slower than 10 Gbit/s on USB 3.1 Gen 2 connectors, and slower than 20Gbit/s on USB 3.2 connectors.
Manufacturer Code: 4X90Q93303
Our Code: CPUACC-3607


Sure, I was skeptical, but I also don't doubt that this COULD work. Still it looks like they will need quite a bit of work left to do before they could harvest enough energy just from the ambient EM wave.
Nokia thinks that they have developed a cell phone that doesn't need recharging. It recharges itself from the surrounding radio waves that is almost everywhere.
While "traditional" (if there is such a thing) wireless power systems are specifically designed with a transmitter and receiver in mind, Nokia's system isn't finicky about where it gets its wireless waves. TV, radio, other mobile phone systems -- all of this stuff just bounces around the air and most of it is wasted, absorbed into the environment or scattered into the ether. Nokia picks up all the bits and pieces of these waves and uses the collected electromagnetic energy to create electrical current, then uses that to recharge the phone's battery. A huge range of frequencies can be utilized by the system (there's no other way, really, as the energy in any given wave is infinitesimal). It's the same idea that Tesla was exploring 100 years ago, just on a tiny scale.
Mind you, harvesting ambient electromagnetic energy is never going to offer enough electricity to power your whole house or office, but it just might be enough to keep a cell phone alive and kicking. Currently Nokia is able to harvest all of 5 milliwatts from the air; the goal is to increase that to 20 milliwatts in the short term and 50 milliwatts down the line. That wouldn't be enough to keep the phone alive during an active call, but would be enough to slowly recharge the cell phone battery while it's in standby mode, theoretically offering infinite power -- provided you're not stuck deep underground where radio waves can't penetrate.
Question is, how SLOW does it recharge?


|Video Playback:||Blu-ray & DVD|
|Sound System:||Voice & Media|
- A Panasonic projector is installed in the ceiling. It can project either video or data.
- A Classroom Computer is installed within the media cabinet.
- A VGA Cable is available on the media cabinet for laptop connection. Laptops that have only DVI output will need their own adapter to connect to the VGA cable.
- An HDMI input is also available for digital signals. The apporpriate cable and adapter would need to be brought to connect a digital device to the input.
- A Blu-ray / DVD video player is located in the Media Cabinet at the front of the room.
- An HDMI input is available for additional video services. VHS players are available to check out from Audio Visual Services.
- The room is designed for WiFi availability for all students and faculty.
- Four Ethernet jacks are available on the wall. There is also an additional Ethernet jack available on the Media Cabinet
- The Classroom Computer has its own connection and is already configured to the Classroom Network.
- For instructions on connecting to the Internet, visit the Classroom Network section.
- This room is equipped with a voice amplification system. Wireless lavalier microphones are available for check out, either on a daily or quarterly basis.
- There is one microphone input (XLR) available at the media cabinet.
- The Classroom Computer and video players are already connected to the system for sound support.
- An audio cable is installed with the VGA cable for laptop support.
- This classroom is equipped for audio podcasting. For more information, please visit the BruinCast website.


Digitize is the leading designer and manufacturer of integrated proprietary (owner operated) fire, security, process control and energy management supervised alarm monitoring systems, used worldwide. The System 3505 is our 7th generation proprietary alarm monitoring system. Its flexibility and versatility make it the proprietary monitoring choice of universities, municipalities, military installations, corporate campuses, and research facilities across the United States and internationally. With over six thousand installed systems, the strength of the company lies in its ability to provide innovative solutions to complex alarm monitoring problems. This capability, along with the ability to interface to most Fire Alarm Control Panels, allows Digitize to develop solutons wtihin our customers' existing infrastructures and differentiate ourselves from our competitors.
Digitize's advantages are further enhanced by enabling customers to practice "true alarm management". This means enabling customers to pro-actively track and manage alarms, as well as the user-defined messages and responses, from alarm initiation to restoral.


Advantages and disadvantages of wireless internet
Have a wide area network (wan) at your company if you operate globally, you probably do wans are powerful business tools but what are. 1 what are the disadvantages of using hubs advantage: easily shared internet one of the biggest connecting to the internet requires a publicly- unique ip address as such difference between lan & wan in wireless routers. Are there any mesh network advantages and disadvantages however, an internet connection may not necessarily be a prerequisite for. Pros: you don't forget the password you don't have to tell guests the password you can feel good about sharing the internet i like to have two wireless networks: one public, for visitors and people nearby to use, what are the advantages/disadvantages of teaching how to implement nodes, linked. Wireless advantages versus disadvantages wireless disadvantages mike m history of the internet and electronic applications it opens.
Key business advantages and potential disadvantages of wifi or wireless networks. Wifi security cameras can be connected to the internet – but is this a good idea what are some of the pros and cons. When you buy wireless network equipment such as a wireless router make a note of the standard it supports most laptops are wifi enabled along with other devices such as pdas, netbooks, smartphones, advantages disadvantages. Advantages and disadvantages of networks advantages ict dictionaries and encyclopaedias - webopedia: online computer dictionary for internet terms.
Robustness: wireless networks can survive disasters, if the wireless devices survive people can still communicate wireless lan disadvantages • qos: wlans. There are some disadvantages a 5ghz wireless network one is that 5ghz wifi disadvantages one perceived advantage of a higher frequency is speed. It is always a trending topic of wifi vs ethernet (wired) connection and which is the better among the both we all know that a wireless network. Here's a quick look at some pros and cons of the technology one connected to the broadband connection to keep working properly for internet access, wireless signal degrades the further it gets from the point of origin.
Here's what i can think of re: pros vs cons for a wireless home phone: rely on your home internet and is susceptible if your home internet is. Security: one main advantage of li-fi is security since light cannot pass through opaque structures, li-fi internet is available only to the users within a room. Wireless (wifi) and wired (ethernet) networks both have advantages and disadvantages, but their differences make them well-suited for certain. Knowingly or unknowingly all of us would have used wireless connection when connecting our laptops to a wifi hot spot at an airport, hotel or other public.
Advantages and disadvantages of smart homes smart homes have wireless technology uses wifi signals, just like your computer as long as wifi is. For me wireless networks are best as you can see the advantages are also more and all these things also depend on your internet service providers so read. The popularity of wifi networks is related to the convenience and cost efficiency however, security and reliability can be compromised with little.
- This page covers advantages and disadvantages of wireless communicationit mentions wireless communication advantages and wireless communication.
- 3- portability- this would be one of the main advantages of mobile one of the disadvantages, mobile devices will need either wifi connectivity.
- Fiber, copper, or wireless: which connection is best for your company each has advantages and disadvantages let's look at the pros.
As with every single innovation, internet has its own advantages and disadvantages nonetheless, the greater magnitude of its advantages outweighs its. Wireless networking expert jim geier discusses the benefits of and most the advantage of wireless networking in asbestos-contaminated. One way to access broadband internet other than using fixed line is wireless wireless however does have its advantages and disadvantages and it is good to.Download advantages and disadvantages of wireless internet


Roaming at home presented a risk that ATT could terminate your account if you were determined to be roaming more than your contract permitted.
Now that ATT iPhone users in Telluride are fully legal, neither they nor ATT’s other customers are entirely happy, however, due to service problems.
Anecdotal evidence suggests a preponderance of dropped calls and even difficulty in placing or receiving calls, especially when there are a lot of people in town.
Relief may be on the way, according to ATT spokesman Alex Carey.
ATT was not aware of the full extent of the problem in Telluride, Carey said, prior to receiving an inquiry from this reporter. Having researched the problem, ATT has identified a number of service issues.
One is potential interference from the KOTO radio signal, a problem that ATT engineers are hoping to resolve with KOTO.
Another is limited capacity that is not adequate to accommodate the traffic on busy weeks. While there is no immediate plan to add capacity here, ATT’s new awareness of the problem could land Telluride on the list of locations, currently 104 in the state, scheduled for an upgrade.
“We are always assessing where we might add infrastructure,” Carey said.
Then there is another reason why the switch from Alltel to ATT added traffic to the cell site. Alltel customers’ calls were often handled by Verizon sites, spreading the traffic out. Now those same customers are on the ATT network, and no longer roam on the Verizon system. The reason is that Verizon/Alltel and ATT use different technologies, (UMTS instead of CDMA).
“It’s essentially a case of more traffic on the same highway,” Carey explained, adding that the tradeoff for ATT customers is a faster network.
Yet another glitch was due to a poorly performing phone that some Alltel customers received in the switchover to ATT. If you have a Samsung Rugby phone, ATT will now exchange it at no cost.
Recognizing that there have been some bumps in the transition, ATT will consider waiving the early termination fee for some customers who may wish to switch carriers, Carey said. Such customers should call ATT customer service to inquire about their options.
In the rapidly evolving world of cell phones, the next major change will be the “next generation” network, 4G LTE. While ATT is now offering 4G LTE in some major markets, it is not expected to make its way to rural precincts for perhaps two or three years.


Edgware services are the core building blocks for apps. A collection of related services is referred to as a system. One or more systems connect to a platform, which in turn connects to an Edgware node.
The platform is a logical entity that provides a unique address for a group of systems on the bus. An app could be a platform, but platforms will often map to a corresponding physical entity such as a vehicle, a building, a person etc. Where such a mapping exists the platform ID will often follow the naming convention applied to the corresponding physical entity. For example, the ID for an Edgware platform representing a vehicle could be the vehicle registration. That said, you get to choose the names for your platforms, systems and services.
We address things attached to the bus using their platform ID rather than the ID of the node to which they are attached. So, to address a specific system, we use a 2-part name of the form
<platform-id>/<system-id>. To address a specific service we use a 3-part name of the form
Addressing systems and services via their platform enables support for dynamic network topologies and mobile systems. Platforms may move between nodes over time (the platforms themselves might be mobile and/or nodes might come and go) however their address on the bus, and that of their systems and services, remains the same to the apps that use them. Edgware is responsible for resolving the logical address to an actual network address.


Chat and Instant Message Glossary
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Of importance is that online chat and instant messaging differ from other technologies such as email due to the perceived quasi- synchrony of the communications by the users. Some systems permit messages to be sent to users not then 'logged on' offline messages , thus removing some differences between IM and email often done by sending the message to the associated email account.
IM allows effective and efficient communication, allowing immediate receipt of acknowledgment or reply. However IM is basically not necessarily supported by transaction control. In many cases, instant messaging includes added features which can make it even more popular. For example, users may see each other via webcams , or talk directly for free over the Internet using a microphone and headphones or loudspeakers.
Many applications allow file transfers, although they are usually limited in the permissible file-size. It is usually possible to save a text conversation for later reference. Instant messages are often logged in a local message history, making it similar to the persistent nature of emails. Initially, some of these systems were used as notification systems for services like printing, but quickly were used to facilitate communication with other users logged into the same machine.
As networks developed, the protocols spread with the networks. Some of these used a peer-to-peer protocol e. The Zephyr Notification Service still in use at some institutions was invented at MIT's Project Athena in the s to allow service providers to locate and send messages to users. During the bulletin board system BBS phenomenon that peaked during the s, some systems incorporated chat features which were similar to instant messaging; Freelancin' Roundtable was one prime example.
Early instant messaging programs were primarily real-time text , where characters appeared as they were typed. This includes the Unix "talk" command line program, which was popular in the s and early s. Some BBS chat programs i. Celerity BBS also used a similar interface. In the latter half of the s and into the early s, the Quantum Link online service for Commodore 64 computers offered user-to-user messages between concurrently connected customers, which they called "On-Line Messages" or OLM for short , and later "FlashMail.
While the Quantum Link client software ran on a Commodore 64 , using only the Commodore's PETSCII text-graphics, the screen was visually divided into sections and OLMs would appear as a yellow bar saying "Message From:" and the name of the sender along with the message across the top of whatever the user was already doing, and presented a list of options for responding. In , an open-source application and open standards -based protocol called Jabber was launched.
Multi-protocol clients can use any of the popular IM protocols by using additional local libraries for each protocol.
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As of , social networking providers often offer IM abilities. Facebook Chat is a form of instant messaging, and Twitter can be thought of as a Web 2. Similar server-side chat features are part of most dating websites , such as OKCupid or PlentyofFish. The spread of smartphones and similar devices in the late s also caused increased competition with conventional instant messaging, by making text messaging services still more ubiquitous.
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Many instant messaging services offer video calling features, voice over IP and web conferencing services. Web conferencing services can integrate both video calling and instant messaging abilities. Some instant messaging companies are also offering desktop sharing , IP radio, and IPTV to the voice and video features. For this reason, in April , the instant messaging client formerly named Gaim or gaim announced that they would be renamed " Pidgin ". For example, WhatsApp was founded in , and Facebook acquired in , by which time it already had half a billion users.
Each modern IM service generally provides its own client, either a separately installed piece of software, or a browser-based client. These usually only work within the same IM network, although some allow limited function with other services. Third party client software applications exist that will connect with most of the major IM services.
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Standard complementary instant messaging applications offer functions like file transfer, contact list s , the ability to hold several simultaneous conversations, etc. These may be all the functions that a small business needs, but larger organizations will require more sophisticated applications that can work together. The solution to finding applications capable of this is to use enterprise versions of instant messaging applications.
These enterprise applications, or enterprise application integration EAI , are built to certain constraints, namely storing data in a common format. However, while discussions at IETF were stalled, Reuters signed the first inter-service provider connectivity agreement in September Following this, Microsoft, Yahoo! Separately, on October 13, , Microsoft and Yahoo! Some approaches allow organizations to deploy their own, private instant messaging network by enabling them to restrict access to the server often with the IM network entirely behind their firewall and administer user permissions.
Other corporate messaging systems allow registered users to also connect from outside the corporation LAN, by using an encrypted, firewall-friendly, HTTPS-based protocol. Usually, a dedicated corporate IM server has several advantages, such as pre-populated contact lists, integrated authentication, and better security and privacy. Certain networks have made changes to prevent them from being used by such multi-network IM clients.
The major IM providers usually cite the need for formal agreements, and security concerns as reasons for making these changes. The use of proprietary protocols has meant that many instant messaging networks have been incompatible and users have been unable to reach users on other networks.
Users sometimes make use of internet slang or text speak to abbreviate common words or expressions to quicken conversations or reduce keystrokes.
The language has become widespread, with well-known expressions such as 'lol' translated over to face-to-face language. Some, however, attempt to be more accurate with emotional expression over IM. Real time reactions such as chortle snort guffaw or eye-roll are becoming more popular. Instant messaging has proven to be similar to personal computers, email, and the World Wide Web , in that its adoption for use as a business communications medium was driven primarily by individual employees using consumer software at work, rather than by formal mandate or provisioning by corporate information technology departments.
Tens of millions of the consumer IM accounts in use are being used for business purposes by employees of companies and other organizations. Oracle Corporation has also jumped into the market recently with its Oracle Beehive unified collaboration software. The adoption of IM across corporate networks outside of the control of IT organizations creates risks and liabilities for companies who do not effectively manage and support IM use. Companies implement specialized IM archiving and security products and services to mitigate these risks and provide safe, secure, productive instant messaging abilities to their employees.
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Facebook Says Yes. Algorithmic Warfare: Is it the Beginning or the End? Complete Guide to Content Marketing. Real-time, private online communication between two or more individuals, usually in a text-based communications environment. If you want to chat privately with a friend, family member or business colleague in real-time then IM or Instant Messaging is the technology to use.
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There are hundreds of instant messaging clients available, each with their own unique set of options and features. Some specialize in video conferencing, others are primarily used in offices, while still others are designed around relationships, allowing you to send quick love notes and plan an evening out, all while messaging your special someone. Many social networking services also offer an integrated instant messaging feature, allowing you to send private messages to your contacts on that site.
Most instant messaging apps are designed for their own messaging network. That means you will only be able to talk to contacts who are also using that app.
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To communicate with someone using a different platform, you will need to download that app as well. Keep in mind that not all platforms are available on all operating systems or devices, so check with your friends or colleagues first, to make sure everyone can connect. There are some applications available that allow you to chat on multiple messaging networks, but their supported networks are usually very limited. Most instant messaging programs only let you message with your contacts, meaning you entered their user information and they approved you as a contact.
There are also some instant messaging apps that allow users to join online communities or communicate with other members based on special criteria, such as interests or geographic location. Given the ever-changing landscape of instant messaging apps, the best way to find a service catering to your particular interest is to browse the available messaging apps in your favorite app store.
WebWise was first launched in and since then has helped people of all ages to learn about and love the internet. This page has been archived and is no longer updated.
Find out more about page archiving. Courses Home. Chat Message boards. How do I use instant messaging IM? How it works Using instant messaging IM is simple. Useful tie-ins — and odd hiccups Frequently, the instant messaging you can get will be tied to other things.


To be the foremost medium of Voice and Data transfer in Nigeria
To put in place an efficient Fibre Optics Voice and Data transfer solutions that make effective communication available and affordable for all Nigerians
FibreWorld provides your business with secure and direct access to the internet across the globe.
The FibreWorld platform offers direct access to a submarine cable system and is directly peered with local and leading global Internet
Exchange Points as well as Tier 1 networks
Fibreworld, currently has a Metro Fibre Licence, issued by the Nigerian Communications Commission, that allows the holder to deploy Fibre Optic networks in all metropolitan cities around Nigeria.
With the an exclusive electrcity pole concession from Ikeja Electric and the Metro Fibre Licence, Fibreworld has put into operation, its plan of developing an Aerial Fibre Network in Northern Lagos as a first step in achieveing its Mission and eventually its Vision.
Fibreworld, currently has an exclusive Concession with Ikeja Electric Plc. This Concession grants FibreWorld, exclusive rights to all electricity poles of Ikeja Electric for the construction of an Aerial Optic Fibre network