Tier III+ Facility

Koder Datacenter

Purpose-built facility powering 111+ self-hosted products of the Koder Platform. 200 racks, 2 MW IT load, PUE ≤ 1.4.

# Koder Datacenter — Campinas, SP
facility:
  tier:      "III+"
  racks:     200
  it_load:   "2 MW"
  pue:       "≤ 1.4"
  halls:     4

power:
  utility:   "2N (dual 13.8kV feeds)"
  ups:       "2× 2,500 kVA (Li-ion)"
  generators: "3× 1,500 kW (N+1)"
  solar:     "500 kWp rooftop"

network:
  fabric:    "spine-leaf (12.8 Tbps)"
  transit:   "200 Gbps (Lumen + NTT)"
  peering:   "IX.br SP + Campinas"
  asn:       "AS Koder"

Infrastructure

Every subsystem engineered for maximum uptime and efficiency.

Electrical (2N)

Dual 13.8 kV utility feeds with automatic transfer switches. 2× 2,500 kVA Li-ion UPS systems. 3× 1,500 kW diesel generators (N+1). 500 kWp rooftop solar PV array.

2N redundancyLi-ion UPSsolar

Cooling (N+1)

N+1 chiller plant with variable-speed compressors. Indirect air-side free cooling economizer for Campinas climate. Hot/cold aisle containment in all halls.

N+1 chillersfree coolingcontainment

Network (Spine-Leaf)

12.8 Tbps spine-leaf fabric with 400GbE uplinks. 200 Gbps blended transit (Lumen + NTT). Direct peering at IX.br São Paulo and Campinas.

400GbEIX.brown ASN

Physical Security (5-Layer)

Perimeter fence with CCTV and IR sensors. Mantrap entrance with biometric + badge. Per-hall and per-rack access control. 24/7 on-site NOC security staff.

biometricmantrap24/7 NOC

Fire Suppression

VESDA very early smoke detection in all halls and corridors. Novec 1230 clean-agent suppression. Pre-action dry pipe sprinklers for common areas.

VESDANovec 1230pre-action

Automation (BMS/DCIM)

Full BMS integration (power, cooling, access, fire). Koder Infra as the DCIM platform. Real-time telemetry with automated failover and alerting.

Koder InfraBMSauto-failover

Koder Platform Integration

Purpose-built to host all 111+ products of the Koder ecosystem. No third-party cloud dependencies.

Every Koder product runs on bare metal inside this facility. From compute and storage to AI inference, networking, and developer tools — the entire stack is self-hosted with zero reliance on AWS, GCP, or Azure.

Koder Cloud Koder KDB Koder AI Runtime Koder Shield Koder Infra Koder DNS Koder Mail Koder ID Koder Store Koder Media Koder Search Koder Pipe Koder Trace Koder Mon Koder Log Koder Dash Koder Fleet Koder Net Koder Maps Koder Exchange +90 more

Financial Overview

Transparent cost structure designed for long-term operational efficiency.

R$ 104.9M Total CAPEX Land, construction, electrical, cooling, network, security, and fit-out for 200 racks across 4 data halls.

R$ 25.5M/yr Annual OPEX Energy, staffing, maintenance, connectivity, insurance, and compliance. Free cooling reduces energy costs by ~30%.

~4.5 yr Payback Period Compared to equivalent colocation costs at Equinix/Ascenty for 200 racks with the same connectivity profile.

R$ 15.5k/mo Cost per Rack All-in cost including power (10 kW/rack), cooling, connectivity, and facility overhead. 40% below market average.

How It Compares

Koder Datacenter vs. major colocation providers in Brazil.

Feature	Koder DC	Equinix SP	Ascenty	ODATA	AWS Outpost
Tier III+ Certified	✓	✓	✓	✓	—
Own ASN / IP Blocks	✓	—	—	—	—
100% Self-Hosted Platform	✓	—	—	—	—
IX.br Direct Peering	✓	✓	✓	✓	—
Free Cooling (Economizer)	✓	Partial	✓	✓	—
On-Site Solar PV	✓	—	—	—	—
Full DCIM (Koder Infra)	✓	Proprietary	Proprietary	Proprietary	—
Customer IP Provisioning	✓	—	—	—	✓
Data Sovereignty (Brazil)	✓	✓	✓	✓	Partial
Cost per Rack ≤ R$16k/mo	✓	—	—	—	—

Regulatory Roadmap

Step-by-step compliance path to full autonomous operation.

Phase 1

Anatel SCM License

Obtain SCM (Serviço de Comunicação Multimídia) authorization from Anatel to operate as a telecom provider and deliver internet services.

Phase 2

NIC.br / ASN Registration

Phase 3

IP Address Allocation

Obtain IPv4 and IPv6 address blocks from LACNIC via NIC.br. Size allocation based on justified utilization plan for 200 racks.

Phase 4

IX.br Peering

Establish direct peering at IX.br São Paulo (PTT-SP) and IX.br Campinas. Connect via cross-connect at the exchange fabric.

Phase 5

Certifications & Compliance

Uptime Institute Tier III certification. ISO 27001 (information security). SOC 2 Type II audit. LGPD compliance framework.

Build Timeline

24 months from groundbreaking to full operation, delivered in 6 phases.

Phase 1 — Months 1-3

Site & Design

Land acquisition in Campinas tech corridor. Architectural and MEP engineering. Permitting and environmental approvals.

Phase 2 — Months 4-9

Civil Construction

Foundation, structural steel, building envelope. Raised floor installation. Loading dock and perimeter security.

Phase 3 — Months 7-14

MEP Installation

Electrical distribution (HV/LV switchgear, UPS, PDUs). Chiller plant and CRAH units. Fire suppression and BMS wiring.

Phase 4 — Months 12-18

Network & Security

Fiber backbone and spine-leaf fabric. Transit provider cross-connects. Physical security systems and access control.

Phase 5 — Months 16-21

Testing & Commissioning

Integrated systems testing (IST). Generator load bank tests. Cooling performance validation. Tier III certification audit.

Phase 6 — Months 20-24

Migration & Go-Live

Rack installation and cabling. Koder Platform migration from current infrastructure. Phased go-live with full monitoring.