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Contacte-nosChoosing the right deployment model to deliver confidentiality and control
Semiconductor manufacturers and other security-sensitive organizations need to protect confidential information at all times. When they choose a contact center or helpdesk, they should compare public cloud, private cloud, and on-premises options against their security, compliance, and control needs.
More contact centers are moving to the cloud. Fortune Business Insights predicts that the cloud contact center market will grow from US$40.73 billion in 2025 to US$298.29 billion by 2034. [1]
However, Metrigy’s CX MetriCast 2025 found only 34% of companies use a full Contact Center-as-a-Service (CCaaS) platform. [2]
For many, the public cloud simply does not meet their operational, security, or industry requirements. Some organizations need more control over their data, systems, and risk. Others have already invested heavily in private data centers or private clouds, so using that infrastructure may be more cost-effective. In industries such as banking, defense, semiconductor manufacturing, and discrete electronics manufacturing, many companies also prefer to keep all contact center data on premises. For semiconductor manufacturers, this caution is driven by factors such as:
Semiconductor and discrete electronics manufacturers usually deploy contact centers in two main areas:
When choosing between public cloud and on-premises contact centers for manufacturing, semiconductor companies should ask five questions:
What information is the contact center storing and sharing? Chip designs, process technologies, EDA data, and manufacturing recipes are some of the company’s most valuable assets. They must be protected at all times. Conversations about manufacturing downtime or production issues could damage company reputation, share price, and customer confidence if they were leaked or hacked. This type of information should stay on premises through secure contact center deployments to reduce risk.
Cloud providers often hold recognized cybersecurity certifications and invest heavily in security. However, this may not be enough for semiconductor manufacturers. Corporate security policies, customer requirements, or regulations may require stronger protection for certain types of data. Manufacturers should audit all data used in the contact center. This includes conversations, knowledgebase information, and confidential call recordings that may need to remain on premises for full protection.
Semiconductor manufacturers often have different levels of security needed across the business. Some contact center conversations may involve highly confidential production, engineering, or customer information. Others, such as general supplier or partner support, may be less sensitive.
When choosing a contact center deployment, manufacturers should start with the highest security requirement, not the lowest. If any area of the business needs strict control over data, access, infrastructure, or operations, the platform must be able to meet that requirement. This may be more protection than some teams need, but it helps reduce risk and keeps the most sensitive interactions secure.
An on-premises deployment is often a strong fit for this reason. It gives manufacturers direct control over where contact center data is stored, who can access it, and how the system is managed. Cloud may still be suitable for lower-risk interactions, but it should not define the security standard for the whole organization.
Semiconductor manufacturers have invested heavily in IT and operational technology (OT) to improve efficiency and production up time. This includes manufacturing systems and high-performance computing infrastructure, such as private clouds that protect and process large volumes of information. In many cases, this infrastructure has enough capacity to run contact centers and helpdesks on premises. Using existing IT can reduce costs and lower risk, because operations stay protected by internal security systems.
AI can transform the contact center. It can automate processes such as wrap-up and agent evaluation. It can also help agents resolve queries by giving them fast access to information and multilingual support. Virtual agents can provide self-service information. In future, agentic AI will be able to manage end-to-end processes and adjust its actions as conditions change.
However, most AI capabilities from contact center vendors are cloud-based. Semiconductor manufacturers therefore need to weigh the security risks against the benefits. In many cases, they are developing internal AI capabilities that can run securely inside their own infrastructure and support helpdesks while meeting corporate data protection standards.
When deciding whether cloud, on-premises, or a hybrid approach is the right fit, consider the levels of security that your organization needs for each of these key areas:
| Need | Nuvem | On-premises |
| Highest security for confidential information | Suitable for standard business information | Best fit for highly confidential information |
| Less confidential information and conversations | Good fit | Fully secure |
| Stricter customer or corporate requirements | May be suitable if requirements allow | Best fit when full control is needed |
| Control and personalization | Standard levels of control | Highest level of control |
| Existing IT infrastructure | Uses provider infrastructure | Best fit if internal IT has capacity |
| AI deployment | Easier access to vendor AI tools | Requires secure internal AI models or agents |
For the past 15 years, Enghouse Interactive has supported one of the world’s largest semiconductor manufacturers. Its technology provides a critical helpdesk and support function for the customer’s fabs, helping to maximize productivity and up time. Through the solution, a central team of experts, including chip designers and engineers, handles queries and issues securely across multiple fabs in Taiwan (and other countries). Because the solution runs fully on-premises, commercially sensitive information stays within the customer’s secure corporate network. This gives the customer strong control, reduces risk, and supports data sovereignty, privacy, and security requirements.
Confidential production conversations need the protection and control of on-premises solutions. Less sensitive information and interactions can often be handled in the public cloud, if this meets corporate security policies. This is increasing interest in hybrid contact center deployments in the semiconductor industry:
A single contact center solution can support both use cases and deliver several benefits:
Semiconductor and discrete electronics manufacturers need to protect confidential information and reduce risk. They also need to maintain 24×7 production across fabs and facilities.
At the same time, they must support external suppliers, partners, and customers, where lower levels of confidentiality and control may be enough. To deliver effective, efficient, and secure support, manufacturers should assess the security needs of each area of the business. They can then choose the right mix of public cloud, private cloud, on-premises, and hybrid contact center deployments for their manufacturing and business operations.
Enghouse Interactive helps semiconductor and discrete electronics manufacturers deploy secure contact center solutions that support data sovereignty, privacy, and security requirements. Built for on-premises and private cloud environments, these solutions help keep critical helpdesk and support conversations inside the organization’s secure network.
Enghouse technology is relied on by one of the world’s largest semiconductor manufacturers to connect production teams with specialist support. This helps manufacturers protect confidential information, maintain uptime, and scale support securely as operational needs change.
Want to choose the right secure contact center deployment for your manufacturing environment? Download our Contact Center Security Checklist for Semiconductor and Discrete Electronics Manufacturers to assess access, data protection, and business continuity needs before you decide between cloud, on-premises, and hybrid options.
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