Case study
Socket automates critical security checks for SHI’s software dependencies, significantly reducing manual work and minimizing the risk of human error.
The platform has saved SHI’s small but highly specialized team hundreds of engineering hours by identifying vulnerabilities, telemetry issues, and supply chain risks early in the process.
Socket’s GitHub app integration and streamlined reporting features fit seamlessly into SHI’s workflows, enabling faster, more informed decision-making.
Socket's minimal access requirements align with SHI's rigorous security protocols.

SHI is a global technology solutions provider, offering IT products and services to organizations of all sizes. The SHI Lab division operates as an independent product group, focusing on cutting-edge technology development and security. Directed by Elliot Huffman and Alex Kessel, the SHI Lab team is responsible for managing a comprehensive scope of security, from chip-level safeguards to end-user experience. Despite its small size, the team maintains an exceptional standard of security and efficiency, driven by a commitment to innovation and automation.
Prior to adopting Socket, the SHI Lab team was already deeply invested in security. However, the manual processes required to vet every dependency—including reviewing source code for all dependencies and their sub-dependencies—were both time-consuming and prone to human error. With a focus on security that spans everything from device hardware to application behavior, this exhaustive approach was essential but unsustainable as the team planned to scale from seven to 20-50 members.
“Our primary challenge wasn’t security flaws but the time and effort required to maintain our rigorous standards,” SHI Director of Product Management Elliot Huffman said. “We needed a solution to free up resources while ensuring nothing slipped through the cracks.”
After an evaluation of tools, Socket emerged as the ideal solution for the SHI Lab division. The platform’s ability to automate critical security checks, highlight risky behavior, and simplify dependency analysis addressed the team’s key pain points.
The implementation was seamless, requiring minimal setup with the GitHub app integration. The team particularly appreciated Socket's security-first approach, noting that unlike other solutions, Socket only requires access to package manifests rather than full source code access.

Socket has become an important tool for the SHI Lab division, delivering measurable results:
“Socket is an automation of what we do already, but faster and more reliable. It eliminates human error and saves us hundreds of hours,” Huffman said.
While the SHI Lab Division's security standards were already high, Socket has delivered significant efficiency gains. For the division's security-focused teams, Socket provides essential automation and validation capabilities while supporting SHI's existing security practices.
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