In a recent update on its copper retirement, AT&T offered striking evidence for why the old network is on its way out. Following last year’s California wildfires, the company said it restored wireless coverage in most affected areas within three days. However, restoring copper service took several months. More broadly, AT&T reported that wireless repairs
Wildfires, Copper, and Wireless POTS Replacement Read More »
As carriers move customers off copper and onto wireless replacements, the reliability of those replacements has become a question of public concern. In October 2026, federal lawmakers sent formal letters to Verizon asking the company on whether its wireless copper replacement is dependable enough for the people and systems that rely on it. They also
No sector is more exposed to copper retirement than energy and utilities, and few are less prepared for it. A single electric, gas, or water utility can operate analog lines to thousands of locations: substations, pump stations, lift stations, well sites, storage tanks, regulator stations, and remote alarm points scattered across an entire service territory.
POTS Replacement for Energy and Utilities: What Operators Need to Know Read More »
Retail and grocery IT teams are facing one of the most complex infrastructure transitions in recent memory. Traditional carriers are retiring copper-based POTS lines across the country, and the FCC’s 2026 copper retirement order has given those carriers the regulatory cover to move faster than most businesses are prepared for. Each store may have anywhere
Distribution centers are among the most analog-line-dense facilities in the enterprise infrastructure portfolio. A single warehouse of 500,000 square feet may have a dozen or more fire alarm control panels, multiple security alarm zones, truck gate dialers at every dock entrance, freight elevator phones, dock office voice lines, and guard station communications. Every one of
Distribution centers are among the most analog-line-dense facilities in the enterprise infrastructure portfolio. A single warehouse of 500,000 square feet may have a dozen or more fire alarm control panels, multiple security alarm zones, truck gate dialers at every dock entrance, freight elevator phones, dock office voice lines, and guard station communications. Every one of
A university campus is effectively a small city: hundreds of buildings constructed across a century, its own police department, its own utility plant, residence halls that function as high-occupancy housing, research facilities with irreplaceable assets, and a population of students whose families expect the institution to keep them safe. Running underneath all of it is
POTS Replacement for Colleges and Universities: What Campus Leaders Need to Know Read More »
Hotels are among the most POTS-dependent buildings in commercial real estate, and among the least likely to know it. A typical full-service property runs analog copper lines to its fire alarm panel, every elevator cab, the pool deck, the loading dock gate, the front desk fax, and dozens of other systems that were installed during
POTS Replacement for Hotels and Resorts: What Hospitality Operators Need to Know Read More »
For most of the 20th century, analog POTS was the only option for business phone service. It was reliable, well-understood, and required no configuration beyond plugging a phone into a wall jack. Today, businesses have more choices than ever: VoIP, SIP trunking, cellular-based systems, managed POTS replacement, and more. But “more choices” doesn’t always mean
Analog POTS vs. Modern Alternatives: What’s the Difference? Read More »
If someone at your phone company, your fire alarm vendor, or your IT department recently mentioned “POTS lines,” you may have nodded along while quietly wondering what they were actually talking about. You are not alone. POTS is one of those terms that insiders use constantly but rarely stop to explain. This guide covers exactly
What is a POTS Telephone Line? A Plain-English Guide for Businesses Read More »
