Resources
Follow Quintillion’s latest news, including project progress, new grants, and upcoming network enhancements for Alaska communities.
November 1, 2023
September 22, 2023
In-depth articles about fiber infrastructure, Alaska connectivity challenges, and telecommunications technology
Katherine Belden
Accounting Manager
April 6, 2023
March 30, 2023
Lance Dubsky
Chief Security Officer
March 15, 2023
February 23, 2023
January 26, 2023
January 2, 2023
December 29, 2022
December 21, 2022
November 17, 2022
October 3, 2022
September 19, 2022
September 1, 2022
Common questions about Quintillion, our projects, and Alaska fiber infrastructure
About Quintillion
What is Quintillion?
Quintillion is Alaska's premier fiber optic network provider, dedicated to connecting communities across the state with high-speed, reliable internet infrastructure. We combine private investment with federal, state, and local grants to build telecommunications infrastructure specifically designed for Alaska's unique challenges.
What areas does Quintillion serve?
We serve communities throughout Alaska, with active projects spanning from Nome to Homer along the coast, terrestrial routes across the interior, and connections to Arctic communities. Our current project portfolio includes 48 communities across over 2,350 miles of fiber infrastructure. See our Projects page for specific coverage areas and communities currently being served or planned for future connection.
How is Quintillion different from other providers?
We focus exclusively on Alaska, combining private investment with strategic grant funding to build infrastructure specifically designed for Alaska's unique challenges. Our network emphasizes resiliency, redundancy, and diversity—three principles that ensure reliable connectivity even in Alaska's harsh conditions. Unlike providers that simply extend existing infrastructure, we engineer solutions specifically for Alaska's environment, geography, and distribution of communities.
Technology & Infrastructure
What is fiber optic technology?
Fiber optic cables use light pulses traveling through thin glass fibers to transmit data at extremely high speeds over long distances. Unlike copper cables or wireless technologies, fiber offers virtually unlimited bandwidth, minimal signal degradation over distance, and immunity to electromagnetic interference. This makes it the gold standard for modern telecommunications infrastructure and the foundation of Alaska's digital future.
What does "resiliency, redundancy, and diversity" mean?
These are the three core principles of our network design. Resiliency means building infrastructure that withstands Alaska's extreme conditions. Redundancy means having multiple paths for data so that if one route fails, traffic automatically reroutes. Diversity means using varied infrastructure types (subsea, terrestrial, different cable paths) to minimize the risk of any single event affecting the entire network. Together, these principles ensure reliable connectivity year-round.
How does Quintillion's infrastructure handle Alaska's harsh conditions?
We use specialized equipment and techniques designed for extreme environments. This includes cables rated for -60°F temperatures, heavy armor protection against ice and anchors for subsea routes, permafrost- compatible installation methods for terrestrial routes, seismic engineering for equipment sites, and backup power systems at all locations. Every component is selected and installed with Alaska's unique challenges in mind.
Projects & Funding
How are Quintillion projects funded?
We use a combination of private investment and public grants. Quintillion brings significant private capital to each project, then maximizes that investment by securing federal grants (NTIA, USDA, and others), state of Alaska funding, and local partnerships. This blended funding model allows us to serve both commercially viable areas and underserved communities that need connectivity but wouldn't attract purely commercial investment.
How long does it take to build a fiber project?
Project timelines vary significantly based on scope, route length, environmental conditions, and permitting requirements. A typical major project progresses through community assessment (3-6 months), technical planning and permitting (6-12 months), funding assembly (6-18 months), construction (12-36 months depending on route length and conditions), and testing/activation (2-4 months). We work to minimize timelines while ensuring projects are done right.
Can my community request fiber connectivity?
Yes! We're always interested in hearing from Alaska communities about their connectivity needs. Contact us through our website with information about your community, current connectivity challenges, and specific needs. We evaluate potential projects based on community need, technical feasibility, funding availability, and strategic network value. Even if we can't begin a project immediately, we want to understand where Alaska's connectivity gaps are.
- Still Have Questions?
Media Inquiries
For press inquiries, interview requests, and media resources, please contact our communications team
Media Contact
Our media team can provide project updates, technical backgrounders, executive interviews, and high-resolution images for publication.