State of Modern Global Logistics & Call for Partner Building

The global logistics environment in 2025 continues to be turbulent, and its effects on the computer hardware components sector are profound. In this blog post, I’ll explore the current climate of worldwide logistics, the specific impacts on hardware lead times and tariffs, and how procurement teams must pay close attention to compliance under the Trade Agreements Act (TAA) when sourcing hardware for US government or government funded projects.

Global Logistics and Supply Chain Challenges

Persistent port, labor, and freight constraints—combined with tariffs—make hardware sourcing slower, costlier, and more complex.

The post-pandemic era saw extraordinary disruption in worldwide shipping, manufacturing, and supply chain flows. While some of the worst hurdles from 2022 have eased, constraints on the supply chain still exist. Wait times are heavily dependent on the component and the country of origin.

Logistics limitations manifest in several ways: port, capacity constraints in air and ocean freight, labor and equipment shortages, and geopolitical risk, weather, TAA compliance, and import tariffs. In short, hardware supply chains are more fragile than most realize and only through the careful cultivation of relationships and partner building can SealingTech hope to minimize the impact of worldwide supply chain stresses.

SealingTech purchasing agents work with partners to create realistic lead times and then manage expectations with partners while holding them accountable for the agreed upon lead times. When delivery faces unexpected delays, the purchasing agents work to have partial shipments as products become available to reduce production from stalling. SealingTech prefers to work with local manufacturers whenever possible, which not only increases product availability but supports the local community. Additionally, several industry partners have started exploring domestic manufacturing which would dramatically decrease the lead time for certain products.

For manufacturers and procurement teams in computer hardware components (chips, motherboards, connectors, memory modules, PCBs), lead times are elevated, buffers thinner, and the “just in time” model riskier. Orders placed today may take much longer to fulfill (sometimes months), shipping schedules are more uncertain, and costs borne of logistics delays, for example: demurrage, storage, rerouting, and tariffs tend to be higher.

Tariffs, Trade Policy, and Hardware Sourcing

Compounding the logistics challenges are trade policy disruptions and tariffs, which are especially relevant to electronics and computer hardware. Tariffs represent more than just additional costs; they actively change sourcing decisions, manufacturing location decisions, and transport routing choices.

For instance, in early 2025, the US imposed new tariffs covering IT hardware imports from many countries, with rates ranging from 25% to over 100% for certain goods from China depending on the product category. Additionally, tariff policy continues to change, adding to the uncertainty of hardware procurement.

Industry reporting indicates as much as 60% of US companies reported logistics cost increases of 10-15% in the past year due to tariffs—and electronics is one of the hardest hit sectors.

More concretely, in the computer hardware domain:

• Lead times for specialized semiconductor components (e.g., memory, logic devices, packaging) are rising, in part because suppliers are rerouting or relocating to avoid tariffs, incurring new logistics and setup delays.
• Tariffs on components such as PCBs, connectors, passive components and sub‑assemblies can raise costs significantly (20‑40% or more) and extend lead times by 6–12 weeks or more in many cases.
• In response, many hardware OEMs are diversifying manufacturing away from China into Vietnam, Thailand, Mexico etc., and rethinking logistics flows — but such transitions take time, investment, and often incur short term quality or supply continuity risks.

The effect in practice: procurement teams must build in contingency for tariffs (either cost increases or resourcing cost), can no longer assume stable lead times, and may need to frontload orders or provide larger inventory cushions for critical components.

Managing Supply Chain Risk to Prevent Customer Disruptions

Through rigorous supplier scoring, forecasting, and order risk assessments, SealingTech keeps hardware flowing and projects on track.

SealingTech reduces impact of supply issues through a number of proactive methods. First, we evaluate suppliers using quarterly scorecards to evaluate suppliers based on these 7 categories:

• On-Time Delivery (OTD)
• Order Acknowledgement
• Response to Open Order
• Notification of Late Order
• Advances Shipping Notices (ASNs)
• Product Quality
• After-Sales Support

If our evaluation determines that a supplier no longer meets SealingTech standards, then a new one is secured, and the process begins again. Our Purchasing Department and Business Development teams work together to analyze demand drivers and ensure accurate forecasting.

Consumption patterns from the last 12-24 months are also analyzed to identify trends, review customer order behavior and preferences, as well as examining industry trends and external demand shifts. Finally, we conduct a risk assessment on every one of our customer orders to identify any potential risk related to production or our products.

Taking these vital steps not only ensures our processes and products are being held to the highest standards for our customers—they ensure we’re supporting the warfighter’s mission and strengthening our national security to the fullest.