West Paterson, 64802, NJ,
United States
System Design Associates
System Design Associates, a prominent reseller, system integrator, and consulting company, that plays a vital role in numerous system integration and digital transformation initiatives. System Design Associates collaboration with software players such as ZKTeco empowers organizations to embrace disruptive technologies and accelerate their journey to the cloud, thus reshaping their business models.
| Reseller and SI | Vendor | Application | Category | Market |
|---|---|---|---|---|
| System Design Associates | ZKTeco | ZKTeco SpeedFace | Time Clock (Hardware) | HCM |
| System Design Associates | ZKTeco | ZKTeco Shift Clock | Time Clock (Hardware) | HCM |
| Logo | Customer | Industry | Empl. | Revenue | Country | Vendor | Product | Category | When | Insight |
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Howmet Aerospace | Aerospace and Defense | 23300 | $6.6B | United States | ZKTeco | ZKTeco Shift Clock | Time Clock (Hardware) | 2020 |
In 2020, Howmet Aerospace deployed ZKTeco Shift Clock in the United States to strengthen time capture and secure manufacturing facility entry. The deployment used ZKTeco facial and thermal biometric terminals, specifically SpeedFace SF1008+, to provide identity verification integrated with access control at controlled entry points.
System Design Associates led the implementation, configuring the ZKTeco Shift Clock hardware to combine time clock functions with facial recognition enrollment and thermal screening. Functional capabilities implemented included biometric enrollment, clock-in and clock-out time recording, temperature screening for site safety, and an access control interface to gate and door authentication systems. The ZKTeco Shift Clock served as the hardware time capture and identity token embedded in entry workflows.
Operational scope targeted Howmet manufacturing facilities in the United States and impacted workforce management and site safety business functions. Integrations focused on linking biometric terminals to existing access control infrastructure and aligning identity verification with shift scheduling and entry procedures. Governance adjustments consolidated biometric enrollment processes and temperature check protocols into security and HR operational workflows.
Public materials reference ZKTeco SpeedFace biometric terminals rather than the Shift Clock model specifically, therefore inclusion of ZKTeco Shift Clock is inferred as part of Howmet’s broader ZKTeco time clock hardware usage. The narrative associates Howmet Aerospace 2020 ZKTeco Shift Clock deployment with Time Clock (Hardware) capabilities used to secure access, verify identity, and support workforce management.
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Howmet Aerospace | Aerospace and Defense | 23300 | $6.6B | United States | ZKTeco | ZKTeco SpeedFace | Time Clock (Hardware) | 2020 |
In 2020, Howmet Aerospace deployed ZKTeco SpeedFace SF1008+ terminals as part of a Time Clock (Hardware) deployment to strengthen employee screening during the COVID-19 pandemic in the United States. The deployment used the ZKTeco SpeedFace application for face and palm recognition combined with thermal screening to perform fast face-matching and temperature checks at employee entry points. This was executed as a security and HR access-control rollout to accelerate screening and control gate access.
The implementation integrated ZKTeco SpeedFace with DSX access control, enabling automated gate control based on biometric authentication and temperature thresholds and feeding detailed access events into the DSX logging layer. System Design Associates served as the systems integrator for terminal provisioning, DSX integration, and onsite configuration of biometric templates and thermal calibration. Functional capabilities implemented included face recognition, palm recognition, thermal screening, fast face-matching algorithms, and automated gate actuation via the DSX interface.
Operational coverage was within the United States and focused on access control workflows for security and HR at employee entry points. Governance changes aligned temperature screening with access policies and configured DSX rules to allow or deny entry based on biometric match and thermal criteria, creating an automated screening gate workflow. The project delivered fast face-matching, accurate temperature checks and seamless DSX integration, resulting in automated gate control and improved employee safety.
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