Hospitals can't go offline. Not for a day. Not even an hour. So when Asian Hospital and Medical Center in the Philippines needed a stronger backup link between two buildings, the obvious answer was "more fiber." Except it's one of the busiest hospitals in the country, and trenching through an active campus meant weeks of permits, civil works, and halted operations. A 1,000 ft fiber trench can run $100K once you factor in permits and surface restoration. So together with our local partner EBDI Philippines, we deployed a CENTAURI 10G laser link between the two buildings. Fiber-grade connectivity, 99.99% weekly uptime, now a permanent part of the hospital's continuity infrastructure. If you're dealing with a campus, hospital, port, or dense urban site where civil works aren't practical, that's exactly what CENTAURI is built for.

Fiber is the right answer most of the time. It's the wrong answer when: - The quote comes back at $100K for a 1,000-foot run - The carrier timeline is 12 to 18 months and you need it in 30 days - The right-of-way is owned by someone who won't let you trench - You're replacing a leased dark fibre line that just doubled in price Most people hear this and think: edge case.

But here's what this actually is. The failure mode for enterprise connectivity isn't capacity. It's infrastructure. One blocked permit, one $100K quote, one spectrum conflict, and a project that should take days stretches into quarters. Laser communications removes that friction. CENTAURI delivers up to 25 Gbps full-duplex, line-of-sight, live in days. No trenching. No spectrum license. No carrier dependency.

🛰️ We just locked our lasers onto a satellite from two continents at once. Singapore 🇸🇬 and Spain 🇪🇸 are now tracking our laser terminal in orbit. Error-free. Recurring. Fully operational.

Why it matters: → First venture-backed startup doing end-to-end laser comms, Earth to space → Backbone for LEO networks and Orbital Datacenters for AI → Telcos finally break past RF bottlenecks

A satellite can see. But can it get the right data to the right place, fast enough to act on? We've signed an MoA with Antaris to build a persistent ISR architecture in LEO, integrated with high-throughput laser comms. Flight validation on JANUS-2, Q4 2026. 🛰️

The US government is looking to Singapore for deep tech. @ChannelNewsAsia featured us as one of the companies they're working with tapping capabilities in space & defence that don't exist in many places in the world. That's why we're opening in Austin. 🇺🇸