DC CORE vs Traditional Infrastructure

A clear comparison of how DC CORE differs from traditional cloud and on-premise infrastructure — focusing on security, access, compliance, and operational model.

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Quick Comparison Table

Feature	DC CORE	Traditional Cloud / On-Prem
Open Ports	None by default	Required for most services
Public IP Required	No	Yes for external access
Static IP Required	No	Yes for reliable access
Encryption	End-to-end, customer-controlled keys	Often server-side only
Attack Surface	Minimal (no exposed services)	Large (open ports, public IPs)
Firewall Management	Not required	Manual configuration needed
Zero-Trust	Built-in by design	Must be added manually
Compliance Ready	GDPR, HIPAA, NHS, ISO/SOC2 built-in	Requires additional configuration
Vendor Lock-In	None (portable, no proprietary APIs)	Common (proprietary tools, data hostage)
Static Infrastructure	No (self-healing, dynamic)	Yes (manual failover, human intervention)
Third-Party Cloud Dependency	None (fully owned stack)	Yes (AWS, Azure, GCP, etc.)

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Security Comparison

DC CORE

Aspect	How It Works
Network Exposure	No open ports, no public IP, no direct internet access
Encryption	AES-256-GCM end-to-end, customer-controlled keys
Access Control	Authenticated relay mesh, zero-trust by default
Attack Surface	Eliminated — nothing to scan or attack
Firewall	Not required — platform is secure by default

Traditional Infrastructure

Aspect	How It Works
Network Exposure	Open ports, public IPs, direct internet access common
Encryption	Often server-side only, keys managed by provider
Access Control	Security groups, access lists, manual configuration
Attack Surface	Large — scanned constantly, targeted by bots
Firewall	Required — misconfiguration exposes entire infrastructure

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Access & Connectivity

DC CORE

Feature	Benefit
No Static IP Needed	Infrastructure reachable without public IP assignment
Encrypted Relays	Traffic flows through secure mesh, not direct public access
Central Link Interface	Authenticated access via https://{device-ip}:8443
Private Networking	Workloads communicate through restricted paths

Traditional Infrastructure

Feature	Limitation
Static IP Required	Must assign and manage public IPs for access
Direct Access	Services exposed directly to internet
Manual DNS	Must configure and maintain DNS records
Public Exposure	Workloads visible to internet scanning and attacks

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Compliance & Trust

DC CORE

Framework	Built-In Support
GDPR	Yes — encryption and data control designed in
HIPAA	Yes — protected infrastructure for healthcare
NHS	Yes — meets healthcare data requirements
ISO/SOC2	Yes — compliance-ready out of the box

Traditional Infrastructure

Framework	What You Need To Do
GDPR	Additional configuration, manual controls
HIPAA	BAA required, extensive hardening needed
NHS	Must meet requirements through configuration
ISO/SOC2	Audit preparation, additional security layers

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Operational Model

DC CORE

Aspect	How It Works
Self-Healing	Automatic failover, runtime recovery without human intervention
Maintenance	Platform-managed, automatic updates
Monitoring	Live status, transparent engine health, incident history
Scalability	Global deployment, consistent security across regions

Traditional Infrastructure

Aspect	How It Works
Self-Healing	Manual failover, human intervention required
Maintenance	You manage updates, patches, configurations
Monitoring	Must set up and maintain monitoring tools
Scalability	Region-specific, different security per region common

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Cost & Complexity

DC CORE

Factor	Impact
Initial Setup	Simple — platform is secure by default
Ongoing Security	Minimal — no firewalls to manage
Staff Requirements	Smaller team needed for security operations
Compliance Costs	Lower — ready out of the box

Traditional Infrastructure

Factor	Impact
Initial Setup	Complex — must configure security from scratch
Ongoing Security	High — firewalls, patches, monitoring required
Staff Requirements	Larger security team needed
Compliance Costs	Higher — additional configuration and audits

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Vendor Relationship

DC CORE

Aspect	Approach
Lock-In	None — portable, no proprietary APIs
Data Ownership	Full customer control, customer-held keys
Exit Strategy	Free to move workloads at any time
Dependencies	Fully owned stack, no hyperscaler reliance

Traditional Infrastructure

Aspect	Approach
Lock-In	Common — proprietary tools, data hostage possible
Data Ownership	Provider controls infrastructure, shared key management
Exit Strategy	Difficult — migration costs, proprietary formats
Dependencies	AWS, Azure, GCP, or other third-party clouds

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Who DC CORE Is For

DC CORE is built for organisations that:

• Cannot compromise on security — healthcare, regulated businesses, privacy-first teams
• Want to eliminate exposure — no open ports, no public IPs, no static IPs
• Need compliance ready infrastructure — GDPR, HIPAA, NHS, ISO/SOC2 out of the box
• Reject vendor lock-in — want portable workloads and full data control
• Prefer self-healing infrastructure — automatic recovery without human intervention

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Positioning Statement

DC CORE is not just another cloud provider. It is a fundamentally different approach to infrastructure — one where security is intentional, not accidental. Traditional cloud and on-premise require you to build security on top of exposure. DC CORE removes the exposure entirely.

You do not need to open ports, assign static IPs, or compromise on compliance to make your workloads accessible. Every connection is encrypted, authenticated, controlled, and auditable.