Systems
Process Control
- Process Control System Design
- Input / Output Point Count
- Process Control Hardware Selection Ensuring to Meet All Industry Standards
- Software Selection and Design
- Panel Layout Design
- Design Documentation
- System Procurement
- System Development
- System Testing
- Shipment
- System Familiarization sessions with client
Safety Shutdown
- Safety Shutdown System Design
- Input / Output Point Count
- Hardware Selection Ensuring to Meet All Industry Standards
- Software Selection and Design
- Panel Layout Design
- Design Documentation
- System Procurement
- System Development
- System Testing
- Shipment
- System Familiarization sessions with client
Fire & Gas
- Fire and Gas System Design
- Detectors Layout Plan
- System Selection Ensuring to Meet All Industry Standards
- Associated Software Selection
- Panel Layout Design
- Design Documentation
- System Procurement
- System Development
- System Testing
- Shipment
- System Familiarization sessions with client
SCADA
- System Design
- Hardware Selection Ensuring to Meet All Industry Standards
- Software Selection and Design
- Design Documentation
- System Procurement
- System Development
- System Testing
- Shipment
- System Familiarization sessions with client
Historian – Real Time Data Management
- System Design
- Hardware Selection Ensuring to Meet All Industry Standards
- Software Selection and Design
- Design Documentation
- System Procurement
- System Development
- System Testing
- Shipment
- System Familiarization sessions with client
Information Data Center - Application Servers Virtualization
Application architectures are rapidly evolving towards highly distributed, loosely coupled applications. Multitier applications, now the norm, will become more even important.
The conventional x86 computing model, with applications tightly coupled to physical servers, is too static and fragmented to efficiently support these complex and dynamic applications. In fact, in these environments more than 70% of IT budgets are used just to manage existing applications and IT services. Less than 30% is allocated to innovation and competitive advantage.
More than 95% of applications, including large databases, data analizis and etc. will match and even exceed the performance achieved on physical servers when run on Virtual Architecture. Each virtual machine can scale to 8 vCPU, 256 GB of memory and support IO intensive applications. Your applications achieve far greater scalability per physical host by scaling out on multiple virtual machines-often the only way to leverage the capacity of the latest multicore servers.
Achieve 5X to 10X consolidation ratios for demanding applications such as Exchange and SAP. Eliminate the need to provision dedicated testing, staging, training, and DR servers. In production, give applications exactly the capacity they need, when they need it and eliminate the need to overprovision.
VMWare
ALTO Engineering professionals are one of the world first implementers of the virtualization technology in the process industries.
- System Design
- Hardware Selection Ensuring to Meet All Industry Standards
- Software Selection and Design
- Design Documentation
- System Procurement
- System Development
- System Testing
- Shipment
- System Familiarization sessions with client
Systems
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