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CASE STUDY

Hardware Supply Chain Hardening & Attack Surface Reduction

Eliminated supply chain and hardware-level attack vectors by enforcing strict procurement, inspection, and physical hardening controls across all deployed systems.

Situation

The client required assurance that no hardware components introduced risk from compromised manufacturing sources or embedded communication capabilities. Traditional enterprise hardware configurations were insufficient for this threat model.

Solution

A controlled hardware supply chain and physical hardening program was implemented.

OUTCOMES

Approved sources
for procurement review
$700k avoided
hardware risk remediation
90% fewer
peripheral attack vectors
0 radios active
hardened endpoints
Standardized baseline
for secure deployments
100% governed
exposed hardware ports

Challenges

Supply

  • Untrusted manufacturing sources
  • Hardware provenance uncertainty

Peripherals

  • Embedded wireless radios
  • Active non-essential components

Controls

  • Excess port exposure
  • Firmware configuration weaknesses

Solutions

01

Trusted Hardware Procurement

Procured TAA-compliant infrastructure components aligned with trusted manufacturing requirements.

  • Selected compliant infrastructure vendors
  • Verified hardware manufacturing origins
  • Eliminated high-risk sourcing channels
  • Blocked non-compliant vendor sourcing
02

Hardware Sanitization

Performed hardware-level sanitization across deployed systems.

  • Removed embedded wireless capabilities
  • Disabled non-essential communication interfaces
  • Eliminated covert signaling vectors
03

Port Control Enforcement

Implemented port control policies, with physical blocking and BIOS/firmware-level restrictions.

  • Blocked unauthorized peripheral connections
  • Restricted firmware interface access
  • Enforced removable media limitations
  • Strengthened endpoint device control policies
04

Secure Hardware Baselines

Standardized secure hardware baselines across compute, storage, and networking layers.

  • Defined consistent hardware security templates
  • Reduced configuration drift across systems
  • Enabled repeatable secure deployments