RF
technologies embrace Wi-Fi, WLAN, Wireless Sensors (Infrared, Ultrasonic,
Optical Proximity and others, Bar Code Terminals, RFID, RTLS, Remote Control,
Telematics, Voice and Data Communications (speech recognition), Video (face
recognition), Specialized Antennas for Short- and Long-range applications and
many others utilizing RF waves. An implementation of these technologies demands
a very careful consideration of physics behind all processes and specific
concern about environmental impacts. Synergy of several RF Technologies, if
properly applied, facilitates Decision-Making and achievements of
organizational objectives to maximize business performance and minimize losses.
Essential Performance
From a corporate point of view, you will obtain a solution that maximizes main business rations, for example, in:
Asset Utilization:
· Increased:
o Sales to Fixed Assets Ratio by 5% or more
o Investment Turnover
· Decreased:
o Repairs and Maintenance Expenses by 10% or more
Operating Performance:
· Optimized:
o Operating Assets Ratio
· Increased:
o Investment Income Percentage
o Growth Profit per Person
Return on Investment:
· Economic Value Added
· Advanced:
o ROAE - Return on Assets Employed
o ROIE - Return on Infrastructure Employed
o ROOA - Return on Operating Assets
o ROEP - Return on Equity Percentage
Production Department:
· Increased:
o Throughput Effectiveness by 5% or more
o Manufacturing Efficiency by 10% or more
o Productivity Index
o Mean Time between Failures with preventive measures by 5%
· Reduced:
o Average Equipment Setup Time by 10% or more
o Warranty Claims Percentage
· Optimized:
o On-Time Delivery Ratio
Logistics Department:
· Increased:
o Production Schedule Accuracy by 10% or more
o Raw Material Inventory Turns
o Inventory Accuracy by 10% or more
o On-Time Parts Delivery Percentage
· Optimized:
o Percentage of Returnable Inventory
Beginning
Phase
If you are at the beginning
phase of your business initiative:
You will get selection and
justification of optimal RF Technologies for your case maximizing your business
performance and Profit/Loss Ratio.
Outcomes:
·
Up front RF Technologies education about their capabilities and
limitations
·
Needs Assessment Analysis with classified objectives and Report
·
Solution Architecture - unique for your application and conditions
·
Selection of system components, vendors and contractors
·
Metrics for determining implementation success
Defined
RF Technologies
If you have already defined RF
Technologies for implementation:
You get clear planning and
orchestration of your implementation processes.
Outcomes:
· Guidance
Instructions on Planning Implementation and Pilot Testing
· Management
of Implementation, Performance Testing and Verification
· Coordination
of SW and Middleware development
· Custom-designed
Antennas, PCBs and other devices
· Knowledge
transfer to end users ensuring the best system performance
· FMEA
preventing unintended or unidentified consequences
Frustrations
If you have frustrations with
existing RF Technologies:
You will get immediate help to
overcome challenges, issues and problems, often encountered in design,
implementation, deployment and anything in between.
Outcomes:
·
Immediate response to the problems encountered during system
running
·
Increased RF equipment Resilience to interferences and MTBF
·
Improved usage of the system
·
For RFID:
o Increased
Successful Interrogation Rate
o Optimized
transponders placement and secured attachment
o Ensured
system operation in the actual environment
o Mitigated
and/or eliminated EMI/RFI
o Avoidance
of Dead Areas, Transponders Proximity issues and Orientation
·
For RTLS:
o Location
Accuracy and Precision
o Optimized
transponders placement and secured attachment
·
For Wi-Fi:
o Redundant
communication with fewer Roaming