COMPUTE / NETWORK / EDGE

Global infrastructure.
Built for
the edge.

Dedicated compute. Programmable edge. A global Content Delivery Network. One connected architecture for your most demanding workloads.

Anycast routing · Origin shielding · Private backbone
S3-compatible storage · Kubernetes orchestration

Explore the platform Explore our network

API-first infrastructure. Engineered for control.

GLOBAL DELIVERY FABRICTOPOLOGY / 01

Anycast traffic steeringBGP policy · Regional ingress

L3 → L7

EDGE TELEMETRY NETWORK

12.4msp50 round-trip time

REGIONAL REQUEST PATHHTTP/3

ORIGINBACKBONEEDGE PoPUSER

IPv4 / IPv6 · Multi-region architectureGLOBAL TOPOLOGY

310+Edge points of presence

42Deployment regions

120 TbpsNetwork capacity

99.995%SLA availability target

Private backbone · Direct peering · Edge delivery · Infrastructure automation.

OPEN STANDARDS.
CONNECTED ARCHITECTURE. BGP / Anycast HTTP/3 + QUIC Kubernetes S3 API Terraform

01 / INFRASTRUCTURE PORTFOLIO

Every layer.
One connected platform.

From single-tenant bare metal to the outermost edge. Compose the compute, storage and delivery layers your architecture needs.

Explore all infrastructure services

Compute

Dedicated Servers

Single-tenant performance for demanding compute and I/O workloads.

BARE METAL · NVMe · IPMI

Compute

VPS / Cloud Compute

Elastic virtual instances with private networking and API-first provisioning.

KVM · VPC · SNAPSHOTS

Compute

Edge Computing

Regional execution and traffic steering, closer to the request path.

EDGE FUNCTIONS · REGIONAL SCHEDULING

Delivery

Content Delivery Network

Multi-tier caching, origin shielding and programmable global delivery.

ANYCAST · HTTP/3 · HLS / DASH

Storage

Object Storage

S3-compatible object storage with lifecycle policies and replication.

S3 API · MULTIPART · REPLICATION

Security

DDoS Protection

Network-layer mitigation and policy-driven protection at ingress.

L3 / L4 · L7 POLICIES · TELEMETRY

Networking

Load Balancing

Health-aware traffic distribution across origins and fault domains.

L4 / L7 · HEALTH CHECKS · FAILOVER

Platform

Managed Kubernetes

Container orchestration with private node pools and cluster automation.

CONTROL PLANE · INGRESS · AUTOSCALING

Compute

Private Cloud

Dedicated compute and isolated network segments. Cloud-style operations.

SINGLE TENANT · HYBRID · PRIVATE VPC

One architecture. Open interfaces. Infrastructure as code.View API reference

02 / ENGINEERED END TO END

Every request.
Every layer. Under control.

From Anycast ingress to origin compute. A connected architecture for traffic engineering, deterministic routing and programmable delivery.

Inside the infrastructure

CLIENT / 01Client requestHTTP/3 · QUIC

NETWORK / 02Anycast ingressBGP · IPv4 / IPv6

SECURITY / 03Security policyL3–L7 · ACL / WAF

EDGE / 04Edge clusterCache · Execution

ORIGIN / 05Origin computeBare metal · VPC

One programmable control plane

Routing policiesCache rulesOpen telemetryAPI orchestration

CONTENT DELIVERY NETWORK / REQUEST LIFECYCLE

Cache at the edge. Protect the origin.

An incoming request passes through Anycast ingress and security policy. Cacheable responses are served from the edge; cache misses are consolidated through origin shielding.

Routing, without the guesswork.

BGP policy, ECMP path selection and private interconnects. Design the route around the workload, not the other way around.

BGP COMMUNITIES / PRIVATE BACKBONE

Security before the origin.

Layered filtering, isolated network segments and policy-aware ingress. Keep the application boundary explicit at every hop.

DDoS MITIGATION / L3–L7 POLICY

Workload-specific hardware.

Single-tenant compute, accelerated processing and storage tiers designed around throughput, memory locality and I/O demand.

CPU / GPU / NVMe / NUMA

Automation at every layer.

Versioned configuration, declarative resource lifecycles and event-driven operations. Make changes traceable and repeatable.

API / TERRAFORM / GITOPS

03 / WORKLOAD-DRIVEN ARCHITECTURE

Built for what
you build.

Business-critical systems. Multi-tenant software. High-volume media. Different workloads. The same infrastructure foundation.

01 — ENTERPRISE

Mission-critical.
By architecture.

Isolated fault domains, dedicated capacity and private connectivity for enterprise platforms.

Active-active reference architectures
Single-tenant compute & private VPCs
Policy-driven traffic distribution

PRIVATE NETWORK

AZ / ACompute poolAZ / BCompute pool

Enterprise infrastructure

02 — SAAS & DEVELOPERS

Ship globally.
Stay in control.

Programmable compute, container orchestration and reproducible deployment workflows.

Managed Kubernetes & private pools
Declarative infrastructure & GitOps
API-driven multi-region deployments

GITK8sEDGE

deploy --region eu-westDEMO

SaaS & developer platforms

03 — STREAMING & MEDIA

From the origin.
To every screen.

A Content Delivery Network architecture for adaptive streaming and cache-intensive workloads.

HLS / DASH & adaptive bitrate delivery
Origin shielding & multi-tier caching
Request analytics & QoE telemetry

ORIGINSHIELDEDGE

CACHE HIERARCHY

Video streaming & media

04 / TECHNOLOGY ECOSYSTEM

Only the best.
At every layer.

From silicon to switching. A technology-first approach to compute, acceleration and enterprise infrastructure.

Infrastructure starts with the foundation.

Compute &
acceleration

Processing. Parallelism.
Performance.

AMDHigh-performance compute

NVIDIAAccelerated computing

IntelProcessor platforms

Network &
server systems

Connectivity. Capacity.
Control.

CiscoNetwork infrastructure

Dell TechnologiesEnterprise systems

SupermicroServer platforms

Technology selected for performance, reliability and enterprise-scale infrastructure.

05 / OBSERVABILITY & CONTROL PLANE

Your infrastructure.
Your workflow.
Full control.

Provision, orchestrate and observe through one programmable interface. Built for teams that work in code, not in tickets.

API-first operations

Resource lifecycles, idempotent requests and event-driven automation.

Infrastructure as code

Declarative configuration, version-controlled environments and repeatable deployments.

Telemetry without the blind spots

Regional metrics, request-level visibility and audit-ready operational events.

Explore developer docs API reference

bitactive / apiAPI

# BitActive Terraform example
resource "bitactive_edge_service" "media" {
  name    = "global-delivery"
  regions = ["eu-west", "us-east"]

  origin {
    endpoint = "https://origin.example"
    shield   = true
  }

  delivery {
    protocol  = "http3"
    cache_ttl = 3600
  }
}

# BitActive API example
curl -X POST \
  "https://api.bitactive.com/v1/edge" \
  -H "Authorization: Bearer $API_TOKEN" \
  -H "Content-Type: application/json" \
  -d '{
    "name": "global-delivery",
    "regions": ["eu-west", "us-east"],
    "origin": "https://origin.example",
    "shield": true,
    "protocol": "http3",
    "cache_ttl": 3600
  }'

DECLARATIVE. REPEATABLE. PROGRAMMABLE.TERRAFORM

Delivery observabilityNETWORK DATA

Cache hit ratio98.6%

Edge response · p5012.4ms

Request analyticsRegional metricsAudit events

AN INFRASTRUCTURE-FIRST APPROACH

Less abstraction.
More engineering.

Open by design.

Familiar protocols and programmable interfaces, from S3-compatible storage to Kubernetes and Terraform workflows.

Control at every layer.

Compose your compute, network, storage and edge policies around the requirements of the workload.

Architecture over limits.

Plan for fault domains, traffic patterns and regional delivery from the first infrastructure decision.

Global infrastructure. Built for the edge.

Every layer. One connected platform.

Dedicated Servers

VPS / Cloud Compute

Edge Computing

Content Delivery Network

Object Storage

DDoS Protection

Load Balancing

Managed Kubernetes

Private Cloud

Every request. Every layer. Under control.

Cache at the edge. Protect the origin.

Routing, without the guesswork.

Security before the origin.

Workload-specific hardware.

Automation at every layer.

Built for what you build.

Mission-critical.By architecture.

Ship globally.Stay in control.

From the origin.To every screen.

Only the best. At every layer.

Compute & acceleration

Network & server systems

Your infrastructure. Your workflow. Full control.

API-first operations

Infrastructure as code

Telemetry without the blind spots

Less abstraction. More engineering.

Open by design.

Control at every layer.

Architecture over limits.

Build beyond your current limits.

Global infrastructure.
Built for
the edge.

Every layer.
One connected platform.

Every request.
Every layer. Under control.

Built for what
you build.

Mission-critical.
By architecture.

Ship globally.
Stay in control.

From the origin.
To every screen.

Only the best.
At every layer.

Compute &
acceleration

Network &
server systems

Your infrastructure.
Your workflow.
Full control.

Less abstraction.
More engineering.

Build beyond
your current limits.