Global equity markets are undergoing a meaningful shift. After years of software, platforms, and intellectual property growth, there is now a renewed interest emerging in traditional ‘old-industry’ hard asset-based companies.
At its core, the Hard Assets, Low Obsolescence (HALO) strategy favours tangible assets with long useful lives.
Rather than being a short-term defensive move, the HALO effect reflects enduring secular forces that are reshaping investment markets, particularly across industrials, materials, infrastructure, and automation.
What defines the HALO approach?
At its core, the HALO concept focuses on businesses with:
- Physical, asset intensive operations
- Long-lived infrastructure or equipment
- Pricing power and embedded industrial footprints
- Lower risk of rapid technological obsolescence
These types of businesses tend to operate in sectors such as industrials, materials, energy infrastructure, automation, and logistics - areas that are increasingly central to global economic transition.
While artificial intelligence (AI) has raised disruption risks for many asset‑light business models, it is also acting as a powerful accelerant for companies operating in the physical economy.
Three powerful forces driving the HALO effect
1. Reshoring and renewed domestic investment
A major driver behind the renewed interest in hard assets is the reshoring of manufacturing and supply chains, particularly in the United States.
After decades of offshoring, governments and corporations are investing heavily in domestic production for reasons ranging from supply chain resilience to national security and economic policy objectives. This shift is leading to materially higher levels of investment in factories, equipment, logistics networks, and infrastructure.
The result is a multi year pipeline of capital spending that directly supports asset heavy industries.
2. AI-driven capital expenditure is expanding beyond data centres
AI has already sparked a substantial wave of investment, initially concentrated on data centres and computing infrastructure. Increasingly, however, this capital expenditure cycle is broadening into the real economy.
AI investment is now driving demand across:
- Construction and engineering
- Industrial machinery and automation
- Power generation and energy infrastructure
- Supply chains and logistics systems
This expansion creates a strong multiplier effect, as physical assets are required to build, power, and operate the next phase of AI enabled growth.
3. Embodied AI and automation in the physical world
While much of the attention around AI has focused on software applications, some of the more transformative opportunities lie in embodied AI - the integration of intelligence into physical assets.
Examples include:
- Robotics and industrial automation
- Autonomous vehicles and machinery
- Smart factories and warehouses
- Predictive maintenance and optimisation systems
By embedding AI directly into machines and infrastructure, companies can reduce labour costs, improve efficiency, and enhance asset utilisation. Importantly, these physical systems are difficult and time-consuming to replicate, creating durable competitive advantages.
Why hard assets may be harder to disrupt
Unlike purely digital business models, physical infrastructure requires:
- Significant upfront capital
- Long development timelines
- Regulatory approvals
- Skilled labour and specialised manufacturing
These barriers can protect asset heavy businesses from rapid displacement. In many cases, AI enhances the value of these assets rather than replacing them, reinforcing their long-term relevance.
This combination of physical scale, technological integration, and capital intensity underpins the HALO effect’s appeal as a longer-term investment theme.
A long-term structural opportunity
Taken together, reshoring, AI driven capital investment, and physical automation suggest that hard assets are entering a period of renewed strategic importance.
For investors, this represents a shift away from viewing industrial and materials-based businesses as purely cyclical or commoditised. Instead, they are increasingly recognised as critical enablers of the modern economy, supported by multi year secular tailwinds.
As global economies invest in infrastructure, energy transition, and intelligent automation, companies with durable physical footprints and low obsolescence risk are likely to remain central to the investment landscape.
