Tiller will be organizing Coachella Concerts at 83 acres Tiller Ranch in the first weekend of June 2026.  These LiVE concert will attract several thousands audience, and there is NO competition in Tiller with robust internet speed. Starling speed is still slow (100 mbps/second) and  expensive, per user. Imagine how much money we can make when we charge each audience member various data plans. The price will be dictated by the amount data package being consumed or the duration of the usage. Which ever is more profitable for us. Each concert audience will be ask to pre-register to be a membership iD with a unique assigned QR code. They will need to print out the large QR code as a specific location for our drones  to deliver food, drinks and other basic needs.

Partners:
Aalyria has two main focuses: Tightbeam, a laser communications system that uses beams of light to transmit data between base stations and endpoints, and Spacetime, the cloud-based software that’s meant to juggle constantly changing connections. Spacetime was originally intended to predict how Loon’s balloons were moving and keep the connections between them strong; now, its job is predicting when a Tightbeam station (which can either be ground or satellite-based) will have to hand off its connection to a moving object, like a plane or boat.

Aalyria is selling its software now and plans on selling Tightbeam hardware next year. In theory, the two could work together or separately — Spacetime isn’t just limited to laser-based systems.

Tightbeam is meant to transmit data in much the same way as a fiber optic cable, beaming light from one point to another. It’s just doing it through the air instead of over a physical connection, which obviously makes it more flexible, especially over long distances. The company claims that the system is shockingly fast: “100-1000x faster than anything else available today,” according to a press release. That, it seems, is the power of frickin’ laser beams — though they do come with some potential reliability downsides that physical fiber doesn’t, which we’ll touch on in a moment. Bloomberg notes that Tightbeam was spun out of a Google project called Sonora, which the company didn’t publicly talk about. However, Alphabet did have another separate Loon-related laser project that did see the light of day: Project Taara, which provided internet service in Africa using lasers originally intended to connect the balloons together.

Project Taara used those lasers, known as the Free Space Optical Communications links, to augment traditional fiber runs, but they could theoretically be used in places where cable runs would be impossible or complicated (like crossing a gorge, canyon, or river, for example). At the time, the Taara team said that the system was relatively resilient to obstructions like haze, light rain, and birds, but it did admit that Africa’s climate was more ideal than San Francisco.
After installing Taara’s links to beam connectivity over the river, Taara’s link served nearly 700 TB of data  — the equivalent of watching a FIFA World Cup match in HD 270,000 times —  in 20 days with 99.9% availability. While we don’t expect to see perfect reliability in all kinds of weather and conditions in the future, we’re confident Taara’s links will continue to deliver similar performance and will play a key role in bringing faster, more affordable connectivity to the 17 million people living in these cities.

https://www.aalyria.com/tightbeam

StarLink:

Starlink offers various plans with different speeds and pricing. The fastest speeds are typically available through their Priority plans, designed for businesses and high-demand users.

Based on available information, here is a breakdown:

  • Fastest Speeds: Starlink’s Priority plans can offer download speeds of up to 400 Mbps or more, with some users reporting speeds as high as 500 Mbps and even 900+ Mbps in less congested areas. These plans are intended for high-demand users like businesses, emergency responders, and maritime use.
  • Pricing for Fastest Speeds: The cost for these high-speed Priority plans varies depending on the amount of data included and the specific plan (e.g., Local Priority, Global Priority). Prices can range from around $290 per month for a 1TB plan to over $5,000 per month for a 5TB plan. There is also a significant upfront equipment cost for the High Performance dish, which can be around $1,999.

For residential users, the speeds are lower but still competitive with other satellite internet providers:

  • Residential Plans: The standard Residential plan typically offers speeds up to 300 Mbps. However, average speeds reported by users often fall within the 100-220 Mbps range, and can be lower during peak usage times.
  • Residential Plan Price: The monthly service fee for the Residential plan is typically around $120 per month, in addition to the upfront cost of the standard Starlink dish kit, which is around $349.