30 Years of the Internet: From a 56 kbit/s Modem to a Satellite Terminal in Your Backpack

A 1990s home modem squeezed out 33.6–56 kbit/s and tied up the household's only phone line. Today, a satellite terminal that needs neither a cell tower nor a cable fits in a backpack. Take 200 Mbit/s as a point of comparison, and the gap with old dial-up is about 3500 times. Cloud.ru has published a personal retrospective on Habr covering this journey, from the screech of a modem to satellite kits like those now being discussed around "Bureau 1440." In the part of the article that is publicly available, the author offers no new data, but does lay out the milestones well.

The Era of the Busy Line

Dial-up ran over the ordinary telephone network. While the modem held a connection, nobody at home could make or receive a call. In Russia, per-minute billing made it worse: every minute online cost money, so people queued large downloads overnight, when rates were lower. A typical routine went like this: start the download in the evening, check in the morning whether it had finished. A drop at 90% meant starting over, unless the software supported resuming.

The V.90 standard (1998) promised 56 kbit/s downstream, but real lines delivered 40–50 kbit/s, and often less. An image a few hundred kilobytes in size took minutes to load.

ADSL, Wi-Fi and Mobile

ADSL used frequencies above the voice band. A splitter divided the line between phone and data, and the "busy" signal disappeared. Speeds rose to 8 Mbit/s for basic ADSL and 24 Mbit/s for ADSL2+. Wi-Fi arrived in parallel: 802.11b (1999) offered 11 Mbit/s, and the laptop was no longer tethered to a wall socket.

Mobile internet followed its own path:

• GPRS: tens of kbit/s in practice;
• EDGE: up to 384 kbit/s in theory;
• 3G/HSPA+: up to 42 Mbit/s in theory;
• LTE: from 100 Mbit/s and up;
• 5G: gigabit peak speeds in ideal conditions.

The biggest change was not in the numbers but in habit. Users stopped choosing how to connect; the network was simply there.

Satellite Instead of a Tower

Satellite internet has existed for a long time, but geostationary systems operate at an altitude of about 35,786 km. The signal's round trip took around 600 ms, which crippled interactive services: video calls, games, SSH sessions. Low-Earth-orbit constellations fly at 500–1200 km, and latency drops to tens of milliseconds. Terminals have also become more compact: a flat phased-array antenna and a router fit in a bag.

A field, the sea, an expedition, a zone with no coverage: that is exactly where such kits are sold. The author refers to a review of the "Bureau 1440" terminal lineup, but the available excerpt contains no specific parameters, so prices, speeds and launch dates should be checked separately.

Practical Takeaway

For the AI industry, this story is directly tied to infrastructure. Cloud models, agents and remote inference need a stable connection, and every leap in network access widened the range of tasks that could be moved to the cloud.

What to keep in mind in practice:

• for field work (sensors, drones, mobile robots), a low-latency satellite link is already good enough for telemetry and remote control;
• for running large models via API, what matters is not peak speed but stability and latency, so test a satellite link on a real workload;
• if the connection is expensive or limited, it makes more sense to keep heavy processing on site and send out only the results.

The Cloud.ru piece remains a nostalgic column, but it is a reminder: every layer of today's AI services rests on a network that 30 years ago could do less than a modern smart alarm clock.