We’re excited to share that FLUIX AI has been selected as a finalist in the AI for Grid Resilience & Security Challenge at TechConnect World Innovation Conference & Expo 2026. This is a highly competitive national challenge advancing trusted AI for critical infrastructure and energy systems. Finalists will compete for grant funding to accelerate deployment of resilient, grid-aware technologies! ⚡

Data center backup generators sit idle until emergencies. Autonomous Power Orchestration turns them into grid-flexible assets, helping operators earn revenue, reduce peak demand, and ease grid congestion while maintaining safety and reliability. youtu.be/YlKnNPqZr6c

We’re doing it again for SF @Techweek_ . New format. New location. More fun. Pitch or NGMI 20 startups. 2 minutes each. One winner. Join @boxsy_io , @FluixAi, Oppos & @MindTheBridge on Oct. 9 in SF for a fast-paced morning of founders, investors + applied AI. Founders: apply to pitch. Everyone else: come watch. partiful.com/e/cl9Apcup1USha… #Startups #AI #VentureCapital #SFTECHWEEK

America doesn’t win the AI race with models alone. We need the best: Models. Silicon. Talent. Infrastructure. FLUIX is focused on infrastructure. Before waiting years for new capacity, squeeze more compute out of what already exists. Our role is unlocking the fastest compute now - @FluixAi

Data centers do not have to be rigid loads. Pre-cool when power is cheap. Use the building like a thermal battery. Shed cooling load when the grid is stressed. No impact to uptime. That is how AI turns data centers into grid assets. @FluixAi

The fastest way to more AI compute is optimizing the existing 5000 data centers in the US. Jensen calls it the 5-layer AI cake. Energy, Chips, Infra, Apps, and Models. When claude tells you that you hit usage limits, it means somewhere in those 5 layers your capped. @FluixAi builds RL agents to squeeze more performance out of that 5-layer cake.

A successful pilot is not a business. We recently converted all our pilots to full contracts. If you are a deep tech founder stuck in the pilot trap, this might help. Before it starts, know: Who owns the budget? What defines success? What happens if you hit it? Who signs the full contract? Design the conversion before the pilot. Also, we're hiring @FluixAi

@FluixAi was recently featured on Knoxville news for our work making data centers more efficient. Data centers are getting a lot of criticism. Some fair. A lot missing nuance that overlooks whos paying for the power, actual cooling systems, controls, etc. The question is not whether data centers exist. They do. The question is whether we can make them more efficient, more accountable, and more useful to the grid. That is what we are building at FLUIX. youtu.be/dyT0XXami_k?si=1u8m…

Free ALPHA in Data centers The data center industry is exploding. I ranked 10 best startup ideas from S Tier to D Tier. The most hyped technology didn’t win.

inside the largest infrastructure buildout in history - $7 Trillion going into data centers. No one is ready

Virginia: a guy blames data centers for his power bill. Mississippi: millions are saving because of them. Same technology. The argument was never about how much power data centers use. It's about who pays for it.

For decades, data centers used Power Usage Effectiveness (PUE) to measure efficiency. A PUE of 1.0 means nearly all the energy entering the facility is going directly to IT equipment, with minimal overhead from cooling, mechanical systems, lighting, and other infrastructure

Brilliant trick data center use to SAVE on cooling Separate cold and hot air so cooling system don't have to work extra hard. Hot air is contained in one aisle, where the heat rises to the roof and outside. Cold air is contained in the rest of the aisle where it comes from beneath the floor, gets heated by servers, and into the hot aisle. Data centers can see up to 30% efficiency improvement with this setup. We post about data centers, so people are not wondering how they operate. Click the follow for more.

AI data centers are becoming one of the largest infrastructure buildouts in history. So How do we make sure these facilities use energy and water efficiently? A lot of data centers are overcooled. Cooling systems often keep running hard even when the IT workload is not in high demand. That matters because AI workloads are volatile. They spike, drop, and shift throughout the day. Cooling should match the IT load. Not waste energy and water when demand is low. FLUIX AI helps data centers use the right amount of cooling at the right time, using existing infrastructure and autonomous AI control. Learn more at @FluixAi #datacenters #AIInfrastructure #energyefficiency

During a grid event, a data center can reduce demand from the grid and shift to onsite power or stored energy. Power orchestration means a grid-aware data center can choose how it uses energy across the grid, onsite generation, batteries, and other power assets. That can reduce stress on the grid, improve resilience during brownouts or blackouts, and make power costs more sustainable for end tenants. Data centers in the future will understand the needs of the grid and be able to throttle its load automatically. To learn more visit: fluix.ai/aimi-epms

There is a method where AI data centers can ACTUALLY reduce your energy bill. In Georgia and Mississippi, proposed revenue from AI data centers allowed regulators propose cuts to the average household power bills.

A lot of data center cooling waste starts with air mixing. Cold air goes into the servers. Hot air comes out. But when hot exhaust air bleeds back into the cold aisle, the cooling system starts seeing hot spots. So what happens? The HVAC units ramp harder. Setpoints get lowered. The room gets overcooled. Energy gets wasted. This is why data center efficiency is not just about adding more cooling. It is about understanding airflow, equipment behavior, and thermal conditions in real time. More cooling is not always better cooling. Smarter cooling usually is.

Simplest way to improve data center efficiency is separating hot & cold air. Configuration: cooling units push cold air under a raised floor and into the cold aisle. Servers pull that air in (intake), heat it up, and exhaust it into a seperated hot aisle. When hot and cold air stay separated, cooling systems can operate more efficiently. When they mix, the site starts fighting hot spots with more cooling than it actually needs.

Data Centers that pay for their own power can actually reduce energy bills for Americans. They are a huge potential revenue driver for many regions of the country where power upgrades and infrastructure is necessary. AI data centers have much higher margins than regular hyperscalers, and if built correctly with closed loop cooling, flexibility in mind, and Pay for Your Own Power, in most cases they improve infrastructure, reduce rates, while improving tax burdens for residents. Now when that is not the case, rates can increase. New video explaining the difference coming out soon.

Data Centers have hit a nerve citizens in US 🇺🇸 Makes sense. We outnumber the second-largest country by roughly 10 to 1. But the headlines are mis-leading, some data centers strain the grid, while some help build it. But the story is still unfolding, and many headlines are not what they seem. The US is currently outnumbering and leading the AI race. Well see what happens in the 2nd quarter.

Want to know how AI data center efficiency is measured? How we establish if a data center is being a good steward of the energy its consuming. It's called Token Per Watt (TPW), a mathematical formula describing how much energy a data center takes to produce intelligence (or tokens), the unit of measurement of AI output. Token per watt is more specific, calculating all the energy it takes to produce a specific amount of token. For example, cooling, networking, IT to produce X amount of tokens. A combination of liquid cooling, AI networking layers, grid flexibility, etc can reduce the energy to produce X amount of tokens.