The Technology sector is defined by rapid innovation, high R&D, and the creation of intellectual property. It spans everything from physical hardware to intangible software and services, and is a primary driver of productivity and disruption across the global economy.

📖 Industry Overview & Sub-Sectors

The tech sector is best understood by breaking it into its distinct sub-sectors, each with a different business model.

  • Software: Develops and sells intellectual property in the form of code. Includes enterprise software (Oracle, SAP), operating systems (Microsoft), and cloud-based Software-as-a-Service (SaaS) (Salesforce). Typically features high gross margins and recurring revenue.
  • Hardware: Produces physical equipment. Includes personal computers (HP, Dell), mobile devices (Apple), servers, and networking gear (Cisco). Also includes the highly specialized and cyclical semiconductor industry (NVIDIA, Intel).
  • IT Services: Provides consulting, systems integration, and outsourcing services. Includes global players like Accenture and IBM. A more labor-intensive, lower-margin business than software.
  • Internet & E-commerce: Includes search engines (Google), social media (Meta), and online retail (Amazon). Business models are often based on advertising or transaction fees.
🔄 Business Model Comparison
Factor Software (SaaS) Hardware IT Services
Revenue Model Recurring subscriptions. One-time product sales. Project-based or retainer fees.
Gross Margin Very High (often 80%+). Low to Moderate (20-50%). Moderate (depends on labor cost).
Cyclicality Low (mission-critical software is sticky). High (capex is cut in recessions). Moderate (projects can be delayed).
Key Metric Annual Recurring Revenue (ARR) & Churn. Unit Sales & Inventory. Backlog & Billable Hours.
Specific Risk Factors
  • Technological Obsolescence: The biggest risk. A new technology can emerge and completely displace an incumbent leader. This requires constant, high-risk R&D investment.
  • Competition: Intense competition from established giants, agile startups, and, increasingly, open-source software.
  • Semiconductor Cyclicality: The "chip cycle" is notorious for its boom-and-bust nature, driven by mismatches in supply and demand.
  • Execution Risk: The risk of failing to successfully launch a new product or bungling the integration of a large acquisition is high.
💡 Monitoring & Underwriting Tips
  • For Software, It's All About Recurring Revenue: Analyze the percentage of recurring revenue, the net retention rate (how much existing customers expand their spending), and the churn rate. This is the bedrock of a software company's credit quality.
  • For Hardware, Watch the Product Cycle: Is the company's new product gaining traction? Are inventories well-managed? A failed product launch can be disastrous.
  • Understand the Competitive Moat: What protects the company from competition? Is it high switching costs (e.g., Oracle's databases), network effects (e.g., Meta's social networks), or superior technology (e.g., NVIDIA's AI chips)?
  • Scrutinize Capital Allocation: How does the company use its cash? Is it investing in R&D, making strategic acquisitions, or returning cash to shareholders? Aggressive, debt-fueled M&A is a major red flag.