Our Story
SlamCDN started as an internal tool built by engineers who were frustrated with the complexity and cost of existing CDN providers. What began as a simple file hosting solution evolved into a full-featured content delivery platform serving billions of requests per month.
Today, SlamCDN operates 95+ points of presence across six continents, delivering content for over 3,200 companies ranging from solo developers to Fortune 500 enterprises. Our network processes over 50 terabits per second of traffic at peak, with an average global latency under 25 milliseconds.
Our Mission
Make enterprise-grade content delivery accessible to every developer and business, regardless of size or budget.
Our Values
Performance First
Every architectural decision is evaluated against its impact on latency and throughput. We obsess over milliseconds so our customers don't have to.
Radical Transparency
Public status page, real-time incident updates, and honest post-mortems. We believe trust is earned through openness, not marketing.
Developer Experience
Clean APIs, comprehensive documentation, and SDKs in every major language. If a developer can't integrate in under 5 minutes, we've failed.
Fair Pricing
No bandwidth cliffs, no surprise bills, no egress penalties. We publish our pricing publicly and don't negotiate custom rates that punish smaller customers.
Milestones
Origin Shield & Edge Compute GA
Launched origin shield across 12 locations and serverless edge compute on all PoPs. Network capacity reaches 50 Tbps.
CDN Links & API v1
Released CDN Links for instant static file hosting and a full REST API. Expanded to 95 PoPs worldwide. Crossed 3,000 customers.
Global Expansion
Expanded network to 60+ PoPs. Added DDoS mitigation, managed DNS, and video delivery. Passed 1,000 paying customers.
Public Launch
Opened the platform to the public with 30 PoPs, free SSL, and real-time analytics. First 200 customers onboarded.
Founded
SlamCDN began as an internal project to solve content delivery challenges. Built the first prototype with 8 edge nodes.