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Seamless Wireless Internet: Enhance Your Connectivity Experience

wireless Internet signal

Contents

Introduction

Having a fast and reliable wireless internet connection at home is more important than ever before. We rely on WiFi for everything from streaming movies and music to video calls, online gaming, and working from home. However, sluggish internet speeds brought on by poor WiFi signal strength can make many of these daily activities a struggle.

The good news is there are several steps you can take to optimize your home wireless network and improve internet speeds and connectivity. Getting your router set up in the ideal location and configuration can make a world of difference.

First, examine your router placement. The router should be centrally located in the home and out in the open, not hidden away in a closet or basement. Place it on an elevated surface if possible. Keep the router away from other electronics and appliances that could interfere with signals Wireless Internet, such as cordless phones, baby monitors, or microwaves. If you have adjustable antennas on your router, angle them vertically to spread the signal more efficiently throughout your home.

Upgrading to a newer, faster router with enhanced wireless capabilities can also help extend and strengthen WiFi coverage. If your router is more than 2-3 years old, replacing it with a newer model with features like multiple-input and multiple-output (MIMO) technology will provide faster speeds. Routers using the latest WiFi standards like 802.11ac or WiFi 6 provide the fastest connection.

Explain the importance of Wireless Internet signal and quality for activities like streaming, gaming, and VoIP calls.

Having a strong and stable WiFi connection is critical for activities like streaming video, online gaming, and voice-over IP (VoIP) calls. A good WiFi signal ensures you can enjoy these activities without interruption or quality issues.

For streaming services like Netflix, Hulu, Disney+, and more, a strong WiFi signal allows for uninterrupted video playback at the highest possible resolutions. Streaming platforms constantly adjust video quality based on your available bandwidth. With a weak or unstable signal, you may experience buffering, lower video resolution, or even dropouts in the stream. For the best viewing experience, speeds of at least 25 Mbps are recommended for 4K streaming.

Online gaming is another activity that demands consistent, high-bandwidth WiFi. During multiplayer games, your game console or PC is continuously sending and receiving small data packets with the game server and other players. A weak WiFi signal can cause lag, rubberbanding, disconnects, and other issues that ruin the gaming experience. For competitive online gaming, speeds of 50 Mbps or higher are ideal.

VoIP calls via apps like Skype, FaceTime, WhatsApp, and Zoom require low latency and jitter along with consistent bandwidth to ensure good call quality. A laggy WiFi connection leads to choppy audio, video freezing, and outages during calls. For crystal clear VoIP calls, a stable connection with at least 3-5 Mbps speeds is recommended.

There are a few key things you can do to improve WiFi signal and quality in your home:

  • Position your wireless router in a central area instead of tucked away in a corner or basement. This allows the signal to better spread throughout your home.
  • Upgrade to the latest WiFi standard. The newest WiFi 6 routers offer faster top speeds and more stable connections Wireless Internet for multiple devices.
  • Reduce interference by keeping other devices like wireless speakers, Bluetooth accessories, and cordless phones away from your router.
  • Use a 5 GHz network instead of 2.4 GHz if your devices are compatible, as it provides faster speeds and less interference from outside networks.
  • Consider a mesh WiFi system that uses multiple access points to blanket your home with strong coverage from a single network.
  • Contact your ISP to upgrade your Internet plan if needed so your bandwidth can fully support multiple devices streaming Wireless Internet, gaming, and calling simultaneously.

With the right equipment, network setup, and Internet plan, you can enjoy buffer-free streaming, lag-free gaming, and clear VoIP calls by optimizing your home WiFi network. A strong wireless signal enhances the enjoyment of these essential online activities.

Brief explanation of the importance of having a strong and reliable WiFi connection.

A stable, high-speed WiFi network is crucial for modern internet-powered activities like streaming media, online gaming, video calls, and working from home. Without a strong wireless connection, you’ll likely experience frustrations like buffering, lag, call drops and more. There are several reasons why WiFi strength and reliability should be a priority.

First, many households now have multiple family members accessing the internet  Wireless Internet simultaneously on various devices. Kids may be playing online games or watching YouTube videos, while parents stream movies and join video calls. A robust WiFi network is essential to deliver enough bandwidth and minimal lag across all these usages. Weak signal strength leads to slow speeds and frequent disruption of connectivity.

Second, higher internet speeds are required than ever before. Streaming platforms like Netflix and Spotify recommend minimum speeds of 25 Mbps for uninterrupted, high-quality video and audio. Online games require low latency and at least 15 Mbps for smooth multiplayer experiences. Weak WiFi unable to deliver these speeds will hamper performance. A strong signal means faster speeds and less buffering and lag.

Third, modern construction materials can inhibit signal strength. Thick walls, metal beams, and insulation cause interference and WiFi dead zones. Positioning your router in a central location can help, but signal-boosting mesh networks or WiFi extenders may be necessary to blanket your entire home Wireless Internet. Reliable connectivity from corner to corner prevents frustrations.

Fourth, reducing Wireless Internet improves performance. Devices like baby monitors, Bluetooth speakers, microwaves and cordless phones can all impact your WiFi if transmitting on the same frequency. Choosing different channels and limiting interfering electronics boosts speed and reliability.

Improving WiFi Signal Strength

Having a strong WiFi signal throughout your home is becoming increasingly important as we rely more on streaming, gaming, video conferencing and other bandwidth-intensive tasks. A weak wireless connection leads to constant buffering, lag, call drops and other frustrations that can make it difficult to work, be entertained and even call Mama over FaceTime. Fortunately, there are several steps you can take to analyze and boost your WiFi signal strength for faster, more reliable performance.

The first thing to do is map out your current WiFi coverage. Run speed tests in rooms throughout your home to identify any dead zones or areas of weak signal. Apps like WiFi Sweetspots can make this process easy by showing hotspots and performance over a map of your home. Locate where the signal begins to drop off to determine the optimal placement for your router and other networking gear.

Router Placement and Removal of Obstacles

Strategically placing your Wireless Internet router and eliminating any signal barriers can make a major difference in your WiFi coverage and performance. First, identify the ideal central location in your home with limited obstacles between the router and devices. Hard surfaces like walls and ceilings reflect and propagate signals better than soft furniture and carpets. Position the router high up in the open, away from appliances.

If your router has external antennas, angle them outward in different directions to spread the signal into all areas. Point antennas vertically to improve range through multiple floors. Keep the router away from other electronics like Bluetooth devices that may cause interference. Maintain a clear line of sight between devices and the router by moving any obstructing objects like lamps or decor.

Dense building materials within your home can also degrade signal strength. Thick concrete walls and floors, metal framing, insulation, and even mirrored surfaces block and weaken WiFi penetration. Switch to a distributed mesh network with multiple access points throughout your home to work around these obstacles. Or install additional WiFi range extenders in problem areas, strategically placed to avoid barriers.

Adjusting Antennas for Optimal Orientation 

If your wireless router has external antennas, carefully positioning them to align with your home layout can focus and direct the WiFi signal to where it’s needed most. Antennas come in omnidirectional and directional designs. Omni antennas spread out signals like a light bulb, while directional ones focus the beam like a flashlight.

For omnidirectional antennas, the goal is typically to widen the signal spread to blanket a whole level or space. Point them straight upward and angle slightly outward to cover a floor. You can also tilt antennas diagonally to reach into multiple rooms or areas. Always keep omni antennas vertically oriented for proper signal radiation.

Directional antennas allow targeting specific spots with focused signal strength. Point these directly at the problem area or device location to overcome distance and obstructions. Directional antennas typically have marked orientation points showing where their focused beam will propagate. Rotate and pivot these antennas to align with each direction you want to boost the signal.

Upgrading Router Firmware 

Updating your router’s firmware to the latest available version keeps it running at peak performance with new optimizations and added wireless capabilities. Firmware is the core software that controls the router’s functions. Router makers periodically release enhanced firmware versions adding features and fixing bugs.

New firmware upgrades often improve WiFi speeds and range through more efficient management of wireless signals and network resources. Updates may enable new higher-bandwidth WiFi standards like 802.11ac and 802.11ax if your router supports them. Security vulnerabilities can be patched to keep your network safe.

Performance tuning optimizations like band steering and traffic prioritization get added in firmware updates to make WiFi connections faster and more reliable. Firmware upgrades also keep the router’s web interface working smoothly for easy remote access and control.

Changing WiFi Channel to Reduce Interference 

Switching your router’s WiFi broadcast to a cleaner channel can significantly reduce wireless interference from nearby networks and devices. Neighbouring WiFi networks, Bluetooth gadgets, baby monitors and more often share and crowd the default wireless channels.

Run apps like WiFi Analyzer to scan local airspace and see if neighbouring routers Wireless Internet are overlapping on your channels. Channel overlaps can destructively interfere with each other’s signals even if the networks are secure.

Logging into your router’s settings, navigate to the Wireless Internet configuration section and choose a less crowded channel to switch to for your network. The 1, 6, and 11 channels are most popular for 2.4GHz bands while 36, 40, 44, 48 are preferred for 5GHz networks.

In addition to other routers, look out for interference from common IoT devices. Microwaves, wireless speakers, cameras, and cordless phones all operate on the 2.4GHz frequency band. Either switch their connections to 5GHz or physically move the devices farther from your router to create distance.

Using Range Extender or Mesh System 

If adjusting your existing router’s settings and placement still leaves some dead zones in your home, adding a range extender or upgrading to a mesh system will provide complete wall-to-wall WiFi coverage.

Range extenders plug into an outlet halfway between your router and weak signal areas to pick up the WiFi broadcast and re-transmit it farther. Position the extender near the edge of your router’s range for optimal reach. Models with external antennas provide more precise directional coverage.

Mesh systems take extenders to the next level using multiple access points to form a unified wireless network. Nodes placed around your home work together to hand off connections seamlessly as you move between them. Mesh kits like eero, Orbi and Google WiFi make setup plug-and-play simple.

When installing extenders or mesh networks, pay attention to the usual placement guidance like central locations with clear lines of sight. Avoid cramming nodes right next to your router or each other. Set them up equidistant to spread strong coverage around your entire space.

Optimizing for VoIP Calls

Clear and reliable voice-over IP (VoIP) calls require specific network conditions for optimal performance. Latency, jitter, and bandwidth can all affect VoIP call quality. By optimizing your network Wireless Internet, you can reduce issues like choppy audio, call drops, and lag.

First, use a wired Ethernet connection instead of WiFi whenever possible, to ensure consistent bandwidth and low latency. For mobile devices, make sure you have strong WiFi signal strength in the area you plan to make VoIP calls.

Consider implementing Quality of Service (QoS) on your router to prioritize VoIP traffic above other network activities. This prevents bandwidth-hungry tasks like streaming from disrupting your calls.

Disable any non-essential network programs and devices during important VoIP calls to free up bandwidth. Pause software updates, syncing, and any cloud backups while you’re calling.

Use ethernet connection for computer

For the fastest and most reliable internet speeds, connecting your computer directly to your router using an Ethernet cable is ideal. Ethernet provides faster transfer rates and lower latency than WiFi, making it the preferred option for gaming, streaming 4K video, and other high-bandwidth activities.

With an Ethernet connection, you don’t have to worry about signal interference or dead zones impacting your internet performance. Ethernet cables transmit data as electrical signals through copper wires, minimizing latency. This allows for incredibly fast transfer speeds of up to 10 Gigabits per second (Gbps) under the Cat6 and Cat7 cable standards.

Setting up Ethernet on your computer is simple – just connect one end of the Ethernet cable to your router’s empty LAN port, and the other end to your computer’s Ethernet port, often labelled as RJ45. Most modern laptops and desktops come equipped with built-in Ethernet ports. If your computer doesn’t have one, you can add an Ethernet dongle via USB.

Once plugged in, your computer should instantly establish a connection at the fastest speed supported by your router and ISP. Enjoy lag-free gaming, smooth 4K streaming, rapid downloads, and a vastly superior connection than WiFi alone can provide. For the best-wired home network Wireless Internet, use Ethernet cables for not only your computer but other stationary devices like smart TVs and game consoles as well.

Enable QoS settings on the router to prioritize voice

To ensure clear, uninterrupted voice calls over your home network, you can enable Quality of Service (QoS) settings on your router to prioritize voice data above other traffic types.

QoS allows you to create traffic categories and assign priority levels to optimize connection performance for sensitive activities Wireless Internet. Voice calls require low latency and jitter, but not high bandwidth. By enabling QoS and giving voice the highest priority level, you can maintain call quality even while other devices use the network.

Here’s how to implement QoS for voice on your router:

  1. Access your router admin console and navigate to the QoS settings section. Look for an option to “Enable QoS” or “Enable Quality of Service”. Toggle this on.
  2. Create a new category called “Voice” and select a high-priority level like 1 or 2. Some routers have presets like “VoIP”.
  3. Save your QoS rules. Your router will now place voice traffic in the Voice category and prioritize it above other network usage like streaming or downloads to reduce lag and jitter.
  4. Consider assigning the next highest priority to video calls and gaming for smooth performance.

With QoS correctly configured, you can enjoy crystal clear voice calls without choppiness or drops, even while your home network Wireless Internet is under heavy usage. Just be sure to use adequate bandwidth for your internet plan to support all devices and activities.

Update to the latest version of VoIP apps

To enjoy the best performance from voice over IP (VoIP) apps like Skype, WhatsApp, FaceTime and Zoom, it is important to keep your apps updated to the latest version available. VoIP developers frequently release updates that fix bugs, improve call quality, and add useful features. However, if you neglect app updates, you may miss out on optimizations that enhance your calling experience.

Newer versions of VoIP apps often include upgraded codecs and compression algorithms to provide higher-quality audio while using less data. Updates may reduce latency and jitter by implementing tweaks to how packets are transmitted. Some updates are even aimed at improving call stability over WiFi networks.

Additionally, updating provides you access to the latest features added to the apps. This could include things like higher video resolution, virtual backgrounds, noise cancellation and more depending on the VoIP platform.

Limit bandwidth usage from other devices

To ensure your voice over IP (VoIP) calls receive the bandwidth they need for optimal quality, it helps to limit bandwidth usage from other devices on your home network during calls.

Streaming videos, downloading files, and other data-intensive tasks can take up bandwidth that should be reserved for your VoIP call’s audio packets. This can introduce lag, jitter, and call drops.

Here are some tips to restrict other device bandwidth while on a VoIP call:

  • Pause any downloads or streaming on other devices until after your call is finished. Services like Netflix will automatically reduce video quality if bandwidth becomes limited.
  • Disable automatic OS, app, and security updates which can run unexpectedly in the background. Schedule these for later.
  • Connect smart home devices like security cameras and smart speakers to a guest WiFi network that is bandwidth-restricted if possible.
  • Close any programs that may contact online servers like email, messaging, or web browsers during your call.
  • If you have a dual-band WiFi router, connect your VoIP device to the 5GHz band while other devices use the 2.4GHz band to isolate the networks.
  • Consider QoS settings to guarantee priority bandwidth for your VoIP device and calls.

With other home bandwidth demands paused or reduced, you can enjoy clear VoIP call quality without impact from competing internet usage.

Reducing Interference

Interference from nearby devices can negatively impact WiFi signals. Begin by inspecting your home layout and locating potential sources of interference that operate on the 2.4GHz frequency band such as cordless phones, Bluetooth gadgets, microwaves and baby monitors. Physically move these devices farther away from your wireless router to reduce congestion. Switch capable devices to use the less crowded 5GHz WiFi band. Relocate any large reflective surfaces like mirrors that may distort signals. Upgrade single-band IoT devices to dual-band models that can be switched to 5GHz. Use Ethernet backhaul for stationary devices instead of WiFi whenever possible. Finally, consider how building materials may be blocking signals and repositioning devices for clearer line-of-sight. Careful inspection, relocation, band steering, and switching to wired connectivity can help mitigate sources of interference that congest WiFi networks.

Move Potential Sources of Interference 

Many common household devices can interfere with WiFi signals when operating on the same frequency bands. Items like cordless phones, Bluetooth speakers, microwaves, and baby monitors all clog up the 2.4GHz spectrum.

By physically relocating these potential sources of wireless interference to distant areas of your home, you can reduce signal congestion near your router. Measure the approximate wireless range of gadgets and make sure they remain well outside this radius from your WiFi gear. The further away, the less disruption they will cause.

For stationary devices like smart home hubs or gaming consoles, first, try disconnecting their WiFi and using wired Ethernet connections instead. This removes their interference footprint entirely Wireless Internet. If they must use wireless, connect them to the 5GHz band or consider moving them to a different room.

Switch Devices to 5GHz WiFi Band 

The 5GHz WiFi band provides cleaner, less crowded airwaves for your connected devices by avoiding the congestion and interference often found on 2.4GHz networks. All modern WiFi routers broadcast on both 2.4GHz and 5GHz simultaneously. The key is configuring your devices to use 5GHz for reduced interference.

Dual-band devices like phones, laptops, and tablets can switch between the bands. In your device’s WiFi settings, manually select the 5GHz version of your network instead of the default 2.4GHz to connect. If you don’t see a 5GHz network available, your router may need to be updated to support this higher frequency.

Relocate Reflective Surfaces 

Radio waves from your WiFi router can end up reflecting off surfaces around your home, distorting the wireless signals and coverage patterns. Metal surfaces like appliances or aluminium studs are common culprits, but glass, mirrors, and even bodies of water can also interfere with radio waves.

Carefully inspect the areas around your router and the paths to your devices. Check for any reflective materials that could be unintentionally blocking, scattering, or interfering with passing WiFi signals. Pay particular attention to the corridor between your router’s location and known dead zones.

Try rotating, moving, or repositioning the reflectors to redirect any bounce-off paths away from your networked devices. Turn mirrors or metal photo frames at an angle to avoid hitting them perpendicularly. Lifting your router higher can also mitigate bounce off the floor or nearby shelving.

Consider Building Materials Blocking Signal 

Dense building materials within the walls, flooring, and even furniture of your home can severely degrade WiFi signals passing through them. Solid brick, concrete, stucco and cinder block walls block Wireless Internet much more than drywall and wood. Metal framing and insulation also hamper penetration.

Carefully survey the layout and construction materials between your router and weak coverage areas. Check for any thick walls, multiple walls, or fortified materials that signals must pass through. Solid floors and ceilings also dissipate strength. Ductwork, piping, and wiring inside walls similarly obstruct signals.

Consider installing your router in a more central location to minimize obstructions between it and devices in all directions. Relocate devices into rooms physically closer to the router if possible. Position routers and devices such that their line of sight passes through less dense exterior walls rather than interior ones.

Monitoring and Maintaining the Network

Regularly monitoring your home network performance allows you to identify and address issues promptly. Run speed tests at least weekly, using wired and WiFi connections, to verify you are receiving your full promised Internet speeds. Use WiFi analyzer apps to check for congestion on bands and dead zones in coverage. Physically inspect router placement and clear any recently added sources of interference. Log into your modem to review system logs and diagnostic stats like power levels for abnormalities. Set up automatic email reports for convenient remote monitoring. Compare traffic volumes  Wireless Internet and speeds to your plan rates. 

Using Speed Tests and WiFi Analyzers to Check Performance 

Regularly running speed tests and WiFi scans provides valuable data to monitor your network health and identify any developing issues before they become major problems.

Speed tests measure your internet bandwidth to verify you are receiving your full promised download and upload rates. Run these over WiFi and wired connections to pinpoint bottlenecks Wireless Internet. Speed test apps like Ookla and FAST Wireless Internet.com provide user-friendly testing with clear results. Slow speeds indicate connectivity problems with your modem, router, or ISP.

WiFi analyzers survey your local wireless environment to check for interference, congestion, and coverage gaps. They identify which WiFi channels are oversaturated so you can switch to clearer bands. Apps like WiFi Sweetspots and WiFiAnalyzer map signal strength throughout your home to optimize router placement and settings.

Reviewing Modem Logs and Diagnostics Regularly 

Most modem hardware includes detailed logging and diagnostics capabilities that provide insights into the current state of your internet connection and identify any abnormalities. Learning to periodically review your modem logs can help spot and even preemptively fix problems.

Log into your modem admin panel and navigate to the logs section, usually labelled System Logs or Event Logs. Scan the connectivity status, error notifications, and activity logs which offer a timeline of everything happening on the local network. Your modem manual will explain what each log code means.

Watch for frequent disconnects and reconnects, which point to an unstable ISP link. Error codes related to signal issues like SNR or power levels may indicate line problems. Review which devices are connecting and their IP and MAC addresses to ensure you recognize every device.

Contacting ISP if Persistent Unresolved Issues 

If you have already tried adjusting devices, settings, layouts and equipment on your home network but still experience persistent connectivity problems, reach out to your Internet Service Provider’s technical support team for assistance troubleshooting and resolving the issues.

Thoroughly document all the troubleshooting steps you’ve already taken, including equipment involved like modems and router models. Note down any error messages and log extracts indicating the nature of the problem. Testing at different times of day and with different devices helps characterize the extent.

When calling support, clearly explain the specific problems you are encountering, like frequent dropouts or slow speeds, and their timeline showing how long issues have been occurring. Provide your documentation of troubleshooting already performed. This helps avoid repeating steps you’ve already tried.

Be prepared to walk through additional diagnostic steps suggested over the call, such as directly connecting a computer to the modem to isolate router issues. Technical support may access your devices remotely to inspect settings and logs if you permit. Share any past tickets for similar issues.

Preventing Congestion and Buffering

Pausing Large Downloads During Streaming or Calls 

Streaming high-definition video or voice calls requires steady bandwidth to avoid congestion that leads to constant buffering, pixelation, and choppy audio. One way to prevent bandwidth bottlenecking is to pause any large downloads happening on other devices during your streaming or calling sessions.

Downloads from game launchers, app stores, software updates, torrents, and cloud backups can utilize all available bandwidth if left unrestrained. Before starting a streaming show or video chat, proactively pause these types of sizable downloads. Most launchers and browsers have pause capability built in. For cloud syncing apps that lack a pause button Wireless Internet, completely exit out of the programs for the duration of your streaming.

Schedule and resume downloads during off-peak hours when you are not streaming or calling. For example, use a download manager to start downloads late at night and cap speeds if needed. Opt for lower-quality streams if you are unable to pause other downloads, as this requires less steady bandwidth.

Checking for and Reducing Network Congestion 

Consistent lag, buffering, and sluggish connections may signify excessive congestion on your home network bandwidth. Try tools like Glary Utilities Network Monitor to identify any bandwidth hogs. It visually charts real-time network usage per device and application. See if a particular device like a game console or desktop is dominating uploads or downloads.

Test wired connections directly from your modem to isolate the congestion down to router bottlenecks or local network issues as opposed to WAN problems. Congested channels manifest as slower speeds. Switch devices to less utilized 5GHz bands and limit transfers if possible Wireless Internet. Close needless apps and limit torrenting which saturates upload capacity.

Adjust QoS settings to prioritize traffic appropriately, designating video streaming for example as high-priority data. The default QoS often focuses on downloads, so custom configuring for streaming-friendly upload priority can help.

Limiting Number of Connected Devices 

The sheer number of phones, tablets, computers, TVs, and smart home gadgets connected to your home network Wireless Internet can contribute to congestion and spotty performance, especially on crowded WiFi bands. Audit your network and limit less essential devices.

Start by cataloguing all devices directly connected by Ethernet and WiFi. Reserve wired connections only for stationary devices like desktop PCs, printers, and smart TVs where possible. Configure unused wired ports to automatically disable.

For WiFi, restrict connections to your guest network with bandwidth caps or time limits to discourage permanent connectivity. Disable automatically joining hotspots on mobile devices when home to contain their demand.

Where feasible replace WiFi smart home devices like sensors and security cams with lower bandwidth Z-Wave, Zigbee, Bluetooth, and Powerline networking that keeps the device isolated from your main network. Restrict IoT gadgets to 2.4GHz to wall them off.

Conclusion

In summary, optimizing your home WiFi network involves both physical placement strategies and wireless settings configurations. Position your router centrally in a high open location with a clear line of sight to devices for maximum coverage. Eliminate any interference by moving potential sources away from the router  Wireless Internet and switching capable devices to 5GHz bands. Update router firmware and use tools like WiFi analyzers to select the cleanest channels. Extend your network to fill dead zones using range extenders or mesh systems.

To sustain great WiFi, continually monitor performance with speed tests and review modem diagnostic logs for early issue detection. Contact your ISP to assist in resolving persistent problems. Prevent congestion and buffering by strategically scheduling high-bandwidth activities like streaming and downloads and limiting lower-priority device connections.

Rehmath Ali, a native of Mumbai, is a highly accomplished professional in business and marketing. After completing his MBA at Oriental College, he quickly rose through the ranks to become a successful independent businessperson. With a profound passion for his work, Rehmath views it as a source of relaxation. Over the past 11 years, he has excelled as a Business Development Manager, making a significant impact in the telecommunications industry. Despite coming from a family with a background in the Gold business, Rehmath chose to pursue a different path, focusing on telecommunications. His expertise lies in handling voice and services for My Country Mobile. Under his guidance, the business has experienced remarkable growth, with a consistent annual increase of 30%. Notably, the Voice Vertical has generated millions of dollars in revenue. Currently, Rehmath serves as the Head of the Callmama Division at My Country Mobile, aiming to surpass one million customers by 2024.

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