HCLTech research finds integration overtakes supply as top semiconductor challenge
- Integration cited as primary semiconductor challenge, surpassing supply issues
- 98% of enterprises report higher semiconductor dependency than three years ago
- 71% say AI is elevating semiconductor architecture to a strategic decision
- 66% expect to move away from off-the-shelf silicon within five years
- 59% plan to use external engineering partners for future semiconductor needs
*this image is generated using AI for illustrative purposes only.
Integration has surpassed supply chain constraints to become the primary challenge for enterprises relying on semiconductors, according to new research from HCL Technologies . The survey of 300 senior leaders highlights a shift in focus from silicon performance to engineering partnerships.
The report, titled The Silicon Shift: When Every Industry Becomes a Chip Industry, covers automotive, medical devices, network equipment, and industrial automation sectors. Respondents were based in the United States, Europe, and Asia.
Rising Dependency and AI Influence
Dependency on semiconductors has intensified across industries. 98% of surveyed enterprises report being more dependent on semiconductors than three years ago. Nearly all respondents, 99%, expect this dependency to increase over the next five years.
Artificial intelligence is reshaping strategic priorities. 71% of respondents state that AI is increasing the importance of semiconductor architecture as a strategic business decision. Industrial automation shows the strongest acceleration in dependency, with 75% reporting significantly higher reliance compared to three years ago.
| Metric | Percentage |
|---|---|
| Enterprises more dependent than 3 years ago | 98% |
| Expecting increased dependency in 5 years | 99% |
| Citing AI as increasing strategic importance | 71% |
| Industrial automation: Much more dependent | 75% |
Integration as the Primary Hurdle
While supply chain issues remain relevant, integration emerged as the leading concern. It was cited as the primary reason current solutions fall short, outpacing both supply constraints and performance limitations. Integration was the top concern in medical devices and industrial automation and featured in the top two challenges across all four sectors studied.
To address these gaps, enterprises are prioritizing specific capabilities in their engineering partners:
- Hardware and software integration (67%)
- Supply chain and lifecycle support (61%)
- Deeper industry expertise (59%)
Shift Away from Off-the-Shelf Silicon
Current reliance on commercial silicon is high but expected to decline. 79% of enterprises currently rely entirely or mostly on off-the-shelf silicon with limited customization. However, 66% expect to move to a different model within five years.
Most companies are turning to external collaboration rather than internal development. 59% of respondents expect their future approach to involve external engineering partners, hybrid models, co-development, or engineering services. In contrast, only 3% plan to increase internal investment in custom silicon, and 4% expect greater reliance on off-the-shelf components.
What the Numbers Show
The data reveals a clear divergence between current procurement habits and future strategic intent. While 79% of firms currently depend on off-the-shelf solutions, only 4% plan to maintain or increase that reliance. This suggests a massive upcoming shift toward partner-led development models, driven by the complexity of integration rather than just chip availability.
Historical Stock Returns for HCL Technologies
| 1 Day | 5 Days | 1 Month | 6 Months | 1 Year | 5 Years |
|---|---|---|---|---|---|
| -0.72% | +3.50% | -5.71% | -5.43% | -15.67% | -1.11% |
How will the shift toward external engineering partnerships impact the competitive moats of traditional semiconductor foundries versus system integrators?
What specific regulatory or intellectual property challenges might arise as companies move from off-the-shelf silicon to co-development models with external partners?
Which engineering service providers are best positioned to capture the growing demand for hardware-software integration capabilities in industrial automation and medical devices?

































