Reliable cellular service is no longer a nice-to-have for most businesses. Employees use their mobile phones to communicate with customers, vendors, coworkers, and emergency services, while many businesses increasingly depend on cellular connectivity for day-to-day operations.

But having strong cellular coverage in your area doesn’t necessarily mean you’ll have a strong signal inside your building. Building materials, the location of nearby cell towers, distance from a tower, network congestion, terrain, and the design of your facility can all affect indoor coverage.

Spotty service, dropped calls, slow data, and unreliable connectivity can be frustrating for employees—and can make it harder to communicate with the people your business depends on.

Fortunately, there are ways to improve cellular coverage inside your facility.

Start by Identifying the Problem

Before investing in a signal enhancement solution, determine where and when coverage problems occur.

Is the signal weak throughout the building, or only in certain areas? Does service improve near windows or on upper floors? Are particular rooms or sections of the building consistently problematic?

Building materials such as concrete, metal, energy-efficient glass, and other structural elements can weaken cellular signals as they travel into and through a building.

Understanding the source and extent of the problem can help determine which solution makes the most sense.

Improve Your Cellular Signal

Cellular signal boosters, also called cell signal repeaters, can improve indoor coverage when a usable cellular signal is available outside or near the building. A booster captures an existing cellular signal, amplifies it, and distributes the improved signal throughout designated areas of the facility.

For businesses with larger or more complex spaces, a Distributed Antenna System (DAS) can provide coverage throughout multiple areas. A DAS uses a network of antennas connected to a central system to distribute cellular service where it is needed.

The right solution depends on the size and layout of your facility, the strength of the available outside signal, the number of users, and the coverage area you need to support.

Passive Systems

Passive signal enhancement systems use components such as coaxial cable and antennas to distribute an amplified cellular signal throughout a building.

These systems can be a practical option for smaller facilities where a strong outside signal is available and coverage needs are relatively straightforward. They can also be less expensive than more complex systems.

However, passive systems can become more difficult to expand as coverage requirements increase. If your business is growing or you expect to add significant square footage, it’s important to consider future needs before selecting a system.

Active Systems

Active systems are designed for larger or more complex environments and use powered equipment to distribute cellular signals over greater distances.

They can be appropriate for large buildings, warehouses, campuses, and facilities where coverage needs to extend across multiple areas or buildings. Active systems can also provide greater flexibility when a business expects its coverage requirements to change over time.

Because these systems are more complex, professional design and installation are especially important.

Don’t Forget About Network Capacity

A signal booster can improve the strength of a cellular signal, but it cannot create cellular service where there is no usable signal to begin with. It also doesn’t increase the capacity of the carrier’s network.

If a location experiences problems because of network congestion or limited carrier capacity, a signal enhancement system may not completely resolve the issue. A professional assessment can help determine whether poor coverage, building interference, network capacity, or a combination of factors is responsible.

Build Better Coverage for Your Business

Reliable cellular coverage helps employees stay connected and helps businesses communicate without interruptions. Whether you need improved service in one portion of an office or coverage across a large facility or campus, there are solutions available.

Your Ideacom Network telecom provider can assess your facility, identify coverage challenges, and help determine the right cellular enhancement solution for your business. With the right system, you can improve indoor coverage and give your employees the reliable connectivity they need to stay connected.

If your business relies on a hosted phone system or cloud-based communications platform, your network plays a critical role in the quality and reliability of every call. Because VoIP and Unified Communications depend on your internet connection, issues with your network can quickly affect voice quality, video meetings, and other real-time communications.

One of the most common culprits? Packet loss.

What Is Packet Loss?

Data travels across a network in small pieces called packets. Packet loss occurs when some of those packets fail to reach their intended destination.

A small amount of packet loss may go unnoticed, depending on the application. But real-time communications—especially VoIP calls—are far less forgiving. When packets are lost, users may experience:

• Choppy or robotic audio
• Distorted voice quality
• Echo
• Missing words or audio
• Long pauses or delays
• Dropped calls

Packet loss can also affect other business applications. Depending on the application and how it handles retransmission, lost packets can slow down or interrupt file transfers, cloud applications, and other network-dependent services.

What Causes Packet Loss?

Packet loss is usually a symptom of an underlying network issue. Finding the source can sometimes be challenging because several factors may be involved.

1. Network Congestion

Network congestion occurs when more data is trying to move across your network than your available bandwidth or network equipment can efficiently handle.

Think about everything competing for your internet connection throughout the day: cloud applications, large downloads, video streaming, software updates, video meetings, and multiple VoIP calls happening at the same time. When demand exceeds available capacity, packets can be delayed—or dropped altogether.

As businesses increasingly rely on cloud-based applications and real-time communications, understanding how bandwidth is being used is more important than ever.

2. Outdated, Faulty, or Insufficient Hardware

Your routers, switches, firewalls, Wi-Fi equipment, and even cabling can contribute to packet loss.

As packets travel across a network, they pass through multiple pieces of equipment before reaching their destination. If a device is outdated, overloaded, improperly configured, incompatible with other equipment, or physically damaged, it can become a bottleneck.

When more packets arrive at a device than it can process, the packets may be placed in a queue. This can increase latency, and if that queue fills up, packets may be dropped.

3. Configuration or Software Issues

Packet loss isn’t always a hardware or bandwidth problem. Configuration issues can also affect how efficiently traffic moves across your network.

Problems may be caused by incorrect network settings, software bugs, outdated firmware, or outdated network drivers. In some cases, updating firmware or drivers—or simply rebooting network equipment—may resolve the issue.

The key is identifying where the packet loss is occurring before deciding on a solution.

Diagnosing and Measuring Packet Loss

Finding packet loss can feel intimidating, particularly when the problem is intermittent. Fortunately, network testing and monitoring tools can help identify packet loss, latency, and other performance issues.

The HostMy IP Packet Loss and Delay Tool is one option for monitoring an internet connection and the network path, or “hops,” between your location and the internet. Its reports can help identify potential sources of slow speeds, packet loss, and latency. Because monitoring can run for extended periods, it can also be useful when troubleshooting intermittent issues that don’t show up during a quick speed test.*

Once the source of the problem is identified, the solution may be relatively simple. Reducing unnecessary network traffic, restarting or updating equipment, replacing faulty hardware, or adjusting network configurations may help resolve the issue. In other cases, the problem may be occurring outside your local network and require assistance from your Internet Service Provider.

That’s where working with an experienced technology partner can make a difference. Your Ideacom Network provider can help evaluate the findings, identify potential trouble spots, and develop a plan to improve the reliability and performance of your network.

Reliable communications start with a reliable network—and identifying packet loss is an important step toward keeping your business connected.

*HostMy does not take responsibility for or provide support for errors or inaccuracies that may be reported by its free online resource.

Today’s businesses face a wider range of risks than ever before. While natural disasters remain a concern, organizations must also prepare for cyberattacks, ransomware, supply chain disruptions, utility outages, severe weather events, and other unexpected interruptions. Business continuity is no longer just about recovering after a disaster—it’s about building resilience so your organization can continue serving customers with minimal disruption.

A well-developed Business Continuity and Disaster Recovery (BCDR) plan helps protect your employees, operations, technology, and reputation while minimizing financial losses. The following guide can help you identify the key elements every organization should include in a comprehensive continuity plan.

1. Inventory Your Critical Business Assets

Start by creating a complete inventory of the assets that are essential to your operations and could be damaged, lost, or become unavailable during a disaster. This should include:

• Buildings and facilities
• Equipment and machinery
• Computers, servers, and networking equipment
• Vehicles
• Inventory and supplies
• Cash and financial assets
• Customer, financial, and operational data
• Physical records and legal documents
• Cloud applications and digital services

2. Identify Potential Risks

Evaluate the threats that could disrupt your business. Some risks may be more likely than others depending on your location and industry, but all should be considered during planning.

Examples include:

• Hurricanes, tornadoes, earthquakes, wildfires, or flooding
• Extended power outages or utility failures
• Fire or water damage
• Cyberattacks, ransomware, phishing, and data breaches
• Internet or telecommunications outages
• Supply chain disruptions
• Equipment failure
• Hazardous material incidents
• Civil unrest or acts of terrorism
• Public health emergencies

3. Develop Strategies to Protect Your Business

For each identified risk, determine the steps you can take to reduce its impact and maintain business operations. Planning ahead often makes the difference between a temporary disruption and a prolonged business interruption.

Personnel

Employee safety should always be the highest priority.

Develop clear emergency procedures that address both physical emergencies and technology-related incidents.

• Assign emergency response roles based on employee responsibilities and skill sets.
• Provide regular training on evacuation procedures, first aid, CPR, cybersecurity awareness, and emergency communications.
• Establish evacuation routes, shelter locations, and accountability procedures.
• Post emergency response plans throughout your facility and review them regularly.
• Document procedures for safely shutting down critical equipment and utilities when necessary.
• Conduct periodic emergency drills and include emergency training during new employee onboarding.
• Maintain current emergency contact information for all employees.
• Equip facilities with first aid kits, Automated External Defibrillators (AEDs), fire extinguishers, smoke detectors, and other emergency supplies.
• Develop remote work procedures and communication plans so employees can continue working when offices are inaccessible.

Physical Assets

Review your insurance coverage regularly to understand what is and is not included under your policies.

• Verify that buildings, equipment, inventory, and business interruption coverage are adequate.
• Store important legal and financial documents securely, both physically and digitally.
• Maintain an up-to-date inventory of business assets, including photographs, serial numbers, purchase records, and replacement values.
• Consider facility improvements that reduce risk, such as surge protection, backup generators, flood mitigation, fire suppression systems, or enhanced physical security.
• Schedule regular maintenance for critical infrastructure to reduce unexpected equipment failures.

Technology and Data

For many organizations, data is the most valuable business asset. Protecting it should be a central component of every disaster recovery strategy.

• Implement automated, encrypted backups using the 3-2-1 backup strategy, including an offline or immutable copy that cannot be altered by ransomware.
• Regularly test backup restoration procedures to ensure data can actually be recovered.
• Store critical systems and data in secure, geographically redundant cloud environments whenever possible.
• Require multi-factor authentication (MFA) for business systems and remote access.
• Keep operating systems, applications, and security software up to date through regular patch management.
• Develop and document an incident response plan that outlines how your organization will respond to a cyberattack or data breach.
• Identify recovery time objectives (RTOs) and recovery point objectives (RPOs) for critical applications so recovery priorities are clearly established.

Getting Help

Numerous government agencies, insurance providers, technology partners, and emergency management organizations can provide assistance before, during, and after a disaster. The U.S. Small Business Administration (SBA) offers disaster assistance programs, low-interest disaster loans, and planning resources for businesses affected by declared disasters. State and local emergency management agencies can also provide preparedness guidance specific to your region.

Your Ideacom Network provider can be an equally valuable partner by helping you assess risks, strengthen cybersecurity, implement backup and disaster recovery solutions, and regularly test your recovery plan to ensure it performs as expected when needed.

Business continuity planning is not a one-time project. Review and update your plan at least annually—or whenever significant changes occur within your business. By preparing now, your organization can minimize downtime, protect critical assets, maintain customer confidence, and recover more quickly when the unexpected happens.

Whether you’re moving into a new office, renovating your current space, or upgrading your technology, your network cabling is one of the most important infrastructure investments you’ll make. While Wi-Fi gets most of the attention, every wireless network still depends on a strong wired backbone. Access points, phones, security cameras, door access systems, and other connected devices all rely on quality cabling to perform at their best.

Installing the right cabling today can help your business avoid costly upgrades tomorrow.

Copper or Fiber?

Most business networks use a combination of copper and fiber cabling, with each serving a different purpose.

Copper Cabling

Copper Ethernet cabling remains the standard for connecting workstations, phones, wireless access points, printers, and other network devices. Today’s businesses typically install Category 6 (Cat6) or Category 6A (Cat6A) cabling, which supports multi-gigabit network speeds and provides plenty of capacity for modern applications.

For most office environments, copper offers an excellent balance of performance, reliability, and cost.

Fiber Optic Cabling

Fiber optic cabling uses light instead of electricity to transmit data, allowing it to carry significantly more bandwidth over much longer distances. Fiber is ideal for connecting buildings, wiring network closets, supporting high-speed internet services, and preparing your infrastructure for future growth.

Because fiber is immune to electromagnetic interference and difficult to tap without detection, it also offers advantages in environments where reliability and security are especially important.

Questions to Consider Before Installing Cabling

Before choosing a cabling solution, ask yourself:

• How many employees and network-connected devices do we have today?
• How quickly is our business growing?
• Will we be adding security cameras, access control, or IoT devices?
• Are we planning to upgrade internet speeds in the future?
• Do we need to connect multiple buildings or long cable runs?

Planning for tomorrow—not just today’s needs—can save significant time and expense later.

Don’t Overlook Installation Quality

Even the highest-quality cable won’t perform properly if it isn’t installed correctly.

Professional installation includes:

• Proper cable routing and bend radius
• Industry-standard termination practices
• Performance testing and certification
• Clear cable labeling and documentation
• Compliance with current building and fire codes

Request certification results after installation to verify that every cable meets industry performance standards. Proper labeling also makes future troubleshooting, expansions, and moves much easier.

Think Beyond Today’s Network

Business networks now support much more than computers and phones. Modern infrastructure often includes:

• Wi-Fi access points
• VoIP phone systems
• Security cameras
• Access control systems
• Digital signage
• Conference room technology
• Smart building and IoT devices

Choosing cabling that can support these technologies helps extend the life of your investment and reduces the need for future rewiring.

Build a Network That Lasts

Quality structured cabling is designed to support your business for many years. Investing in trusted products, following industry standards, and working with experienced installers creates a network that’s reliable, scalable, and ready for whatever comes next.

If you’re planning a new installation, expansion, or office relocation, your Ideacom Network provider can help you design a structured cabling solution that supports your business today—and well into the future.

Reducing overhead while improving operational efficiency is one of the biggest challenges businesses face today. Cloud computing has become the preferred solution for organizations looking to access reliable IT infrastructure, software, storage, and business applications without the burden of maintaining costly on-site equipment.

Cloud-based hosted data services provide businesses with secure, scalable, and cost-effective access to critical technology resources while reducing the demands placed on internal teams.

Before cloud technology became widely available, businesses often had to purchase or lease servers and hardware, dedicate physical space for equipment, and rely on internal IT staff or third-party vendors for maintenance, upgrades, and troubleshooting. Expanding capacity or implementing new technology frequently required additional investments in equipment, software licenses, and labor. In the event of a natural disaster, cyberattack, or system failure, businesses also faced the risk of significant data loss and downtime.

Today, cloud-based hosted data services help businesses operate more efficiently while improving flexibility, security, and business continuity.

Cost Savings

Cloud-based hosted data services help businesses reduce capital expenditures by eliminating the need to purchase, house, and maintain expensive hardware and software. Instead of investing in on-site infrastructure, businesses can access enterprise-grade solutions through predictable monthly subscription costs.

Centralizing critical business data also reduces redundancy, improves collaboration, and ensures users are accessing the most up-to-date information from a single source.

By shifting technology expenses from large upfront investments to manageable operating costs, businesses gain greater budget flexibility and predictability.

Flexibility

Cloud-based solutions allow businesses to adapt quickly to changing operational needs and market opportunities. Employees can securely access systems, applications, and data from virtually anywhere, helping businesses support remote work, multiple locations, and evolving workflows more efficiently.

Without the limitations of physical on-site infrastructure, organizations can respond more quickly to growth opportunities and changing business demands.

Time Savings

Managing and maintaining technology infrastructure can consume valuable time and internal resources. Cloud-based hosted data services reduce the burden of equipment management, software updates, maintenance, and troubleshooting, allowing employees and leadership teams to focus on strategic priorities and customer service rather than IT administration.

Enhanced Capabilities

Hosted data services provide businesses with access to advanced tools, features, and technologies that may otherwise be difficult or costly to implement internally. Regular updates and ongoing platform improvements help ensure businesses have access to modern capabilities that support productivity, collaboration, and operational efficiency.

Growth and Scalability

As businesses grow, their technology needs evolve. Cloud-based hosted data services offer scalable solutions that can easily expand or adjust based on changing storage, performance, or user requirements.

Unlike traditional on-site systems that often require major hardware investments to support growth, cloud solutions allow businesses to scale resources up or down quickly and efficiently.

Security and Compliance

Protecting critical business data is more important than ever. Cloud-based hosted data services typically include advanced security measures such as encryption, automated backups, monitoring, and disaster recovery capabilities designed to help safeguard sensitive information.

In the event of a power outage, cyberattack, hardware failure, or natural disaster, businesses can recover more quickly and minimize operational disruption. Cloud solutions can also support compliance with industry regulations and help protect against evolving cybersecurity threats, including ransomware and unauthorized access.

Partner With a Trusted Provider

Your local Ideacom Network provider can help assess your organization’s needs and recommend a cloud-based hosted data solution designed to improve efficiency, enhance security, and support long-term business growth.