| XeroSpam |
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Grid Computing based Anti-Spam Solution
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Use XeroSpam to safegaurd your
computing and mobile devices from malicious and threatning
spams and spywares
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| SpamGrid |
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Grid Computing based Anti-Spam Solution for mobile technology
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Use Anti-Spam based on Grid technology to remove unwanted and unsolicited
e-mails from your mail inbox.
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| SAB |
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ERP Solution
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Use SAB solution
protocols that are based on and in depth and incisive
knowledge of the processes that gives impetus to our business whether you uphold a small or a mid-sized
company or a large enterprise
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BIX
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ERP Solution
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BIX - Use our solution to allow your organisationto improve business
performance by leveraging information about customers, suppliers and internal business operations
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AEROSPACE INDUSTRY |
Overview
As the aerospace industry continues to develop and consolidate, new market opportunities are emerging
around the world. Asia, in particular, is a growing market for aerospace products and technologies.
To sell and support their products in these enterprising new markets, manufacturers must provide
training and reference materials with the quality, clarity, and consistency to enable technicians
around the world to understand and maintain highly sophisticated and complex aerospace components
and systems. To compete effectively, manufacturers must deliver those materials rapidly and
cost-effectively ? while complying with industry standards.
The aerospace industry is one of the fastest growing industries in the world. The major challenges
of the aerospace industry are as follows:
? Innovation - Innovation in technology has always been a challenge for companies in the
aerospace domain. The major issues that arises when one talks about innovation is inventive
thinking, as the drive to do something different could prove to be risky and the cost involved
high.
? Managing Complexity - The more advanced and safer technology and systems the aerospace
industry goes for, the higher the complexity involved, and hence managing the complexity
involved in the development of advanced systems is another major challenge for the companies
in the aerospace industry.
? Obsolescence management - Obsolescence management is a major issue for the companies in the
aerospace industry. The major concerns that arise here are anticipation of the occurrence of
component obsolescence, reaction to the occurrence of component obsolescence and reduction of
the risk of future component obsolescence.
? Safety Issues - The entire development process of a commercial aircraft is marked by
innumerable safety issues. To ensure safety, the aerospace industry operates under stringent
standards.
? Information Security - The confidentiality of the information has always been a prime concern
for the aerospace industry as there is a large amount of sensitive data and information involved.
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Implementation of SOA in Aerospace Industry
As a result of customization in large-scale and due to the complexity of products in the aerospace
industry, the size and complications of the supplier networks are increasing rapidly. It is therefore
critical to affirm successful collaboration of the overall supply chain and to improve the
cross-enterprise communication processes. More efficient and faster communication would commit and
augment better and improved quality of the final products and reduced time-to-market.
Service Oriented Architecture based on Web Services technology provides the flexibility,
reuse and loose technology coupling needed to support vast supplier networks.
To assure the correctness of the developed solution and the best use of the technology the
intermediate verification steps are needed. The information and knowledge obtained after
document or process flow analysis and the verification of user or company interaction patterns
have to be approved by the process owners and once the verification is confirmed then only
it is advised to proceed to the next step towards the final solution development.
An important aspect to emphasize is the need for programmatic support at each level of Service
Oriented System Architecture creation, from requirements capturing and status analysis for
implementation of missing services and protocols.
How SOA is implemented?
Service Oriented Architecture (SOA) is not a technology or a product but a protocol or an approach
to building Systems using Services which adhere to four basic components of Service Orientation:
? Boundaries are accurate and categorical
? Services are Autonomous
? Services share Schema and Contract, not Class
? Service compatibility is determined based on Policy
A System is a set of deployed Services working in a unified and consistent way to accomplish a given
task. System is built to change and adapt to new services after deployment. Service can be considered
as an entity and unlike Systems, services are built to last long and their availability and stability
are of critical importance. A service can be composed of sub-services; sub-services can be composed of
further sub-services and so on.
SOA provides us an opportunity to rethink how we can design and architect tomorrow?s systems by
minimizing hard interdependencies, enhancing independence and easing delivery of composite business
applications. It enables a high level of interoperability and makes explicit some of the core
assumptions that compromise today?s systems particularly around boundaries and locality.
The four principle elements of SOA accords and provides various advantages.
? For architecture and development it provides simplicity due to formal interaction model,
correctness, implementation independence and dependency management.
? For IT and operations it offers explicit interaction points that are more operable, management,
topology, independent deployment and incisive isolation of service capability from IT environment.
? Business benefits are technology reuse resulting in cost savings, simulating and representing
business capabilities, formalizing inter-departmental or inter-organizational relationships and
expressing detailed and clear service interaction and facilitation through outsourcing and
focusing on core competencies.
Our Approach and Solution
The formulation and genesis of properly working flexible systems in today?s business environment
where different supply chain partners use a number of different applications installed on different
platforms is just one of the challenges. Another critical factor is providing an insight about
the companies order status to the customers and suppliers of an enterprise. It is very difficult to
convince new system solutions for big enterprises because of the reliability, integrity, preciseness,
security and other factors involved with new implementations. It is therefore necessary to find
ways to make existing processes more efficient, while making the best use of the systems implemented
today. To accomplish this objective the current rigid applications should be integrated with the
help of additional services to provide needed flexibility, transparency and scalability.
Our solution is designed and developed to meet the necessary requirements and needs to optimize the
functionality and accurateness of the existing systems thereby keeping the faith and assurance to
our business clients.
Ambujex essentials on Aerospace Industry
Remain competitive and focused in the face of rising costs and complexity.
Whether you are an original equipment manufacturer (OEM), contractor, or supplier operating in a
defense, commercial, or hybrid environment, running a profitable aerospace business is challenging.
Increased competition, rising raw materials costs in fixed price contracts, market unpredictability,
security issues, all affect your business differently.
Ambujex solution solves enterprise-wide business challenges quickly and cost-effectively.
We build on your existing infrastructure, so you are able to eliminate lengthy and expensive
implementations and applications. Our focused, scalable, reliable solutions allow you to remain
competitive despite rising complexity and costs.
Aerospace-specific business experience built in
Ambujex?s solution can help you improve sourcing and reduce production lead-times with no compromise
in product quality or performance, build ever-lasting customer relationships through superior
support services, and manage products across their entire life-cycle. Supply chain integration
that eliminates choke-points and improves time to market.
Our business-specific, integrated solutions are designed to the needs of the aerospace industry,
ensuring that your IT infrastructure is consistent and commensurate with your business strategy.
Consequently, you will stay competitive, improve quality and profitability
Our offerings in the Aerospace industry are based on our expert and skilled domain understanding
technology. Through our dedication to quality and innovation we help our clients manage rising
customer expectations, maintain market share and improve ROI, and keep pace with the ever demanding
needs for product differentiation and specification.
With expertise in Product Design & Development, which involves simulation, design, analyzing, testing
and optimizing using a systematic and methodical technology platforms, Ambujex is able to deliver a
cost effective development solution in shorter time. This enables a faster roll out with a high degree
of flexibility on a collaborative framework to reduce the program cost.
In the aerospace industry, grid computing can:
? Architect, implement and distribute inconsistent and discrepant workflow
? Utilize underutilized IT resources to accelerate time to the open market
? Simplify collaboration reliant on complex tools
Grid computing and design collaboration in the aerospace industry
Participants in the aerospace design process can use open standards based grid technology to construct,
design and develop inconsistent, heterogeneous systems into single, unified and centrally managed
occurrences. By creating unified product development grids, manufacturers can not only bring forth
collaboration across their supply chains, but they also can take advantage of compounded and extended
computing capabilities to reduce development costs and improve time to market?ultimately delivering a
higher value product to end customers and users.
Grid computing can constitute and interconnect aircraft and partner design systems to enable sharing
of data and design tools. For example, data transformation tools can convert data from one format to
another. Distributed workflow analysis can identify existing dependencies.
Ambujex?s Grid Value
? Provides detailed and informative business value output for grid computing technology
? Helps in grid deployment optimization with appropriate data analysis, grid capacity planning and
business value estimation elements
? Provides financial outputs such as ROI
? Helps in determining a strategic illustration for customers interested in optimizing the deployment
of grids in their business
Why Ambujex?
Ambujex's Aerospace has the following benefits to our clients:
1. Grow business by:
? Developing and manufacturing new products.
? Developing business plans for new businesses.
? Analyzing opportunities for newer technology to be implemented.
? Transforming the workforce to bring new skills and capabilities.
2. Run business by:
? Establishing infrastructure and processes to improve existing business operations.
? Optimizing logistics operations and integrating the supply chain.
? Becoming more customer-focused and improving customer service.
? Implementing and managing enterprise-wide systems.
3. Implement and execute business by:
? Ensuring that the availability and fulfillment of complex composite elements is technically and
economically feasible and applicable
? Reducing design cycle time and increases productivity
? Providing different design alternatives
? Providing efficient, satisfactory and robust design
? Improving manufacturing process
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Grid Computing
Our offerings in the Aerospace industry are based on our expert and skilled domain understanding
technology. Through our dedication to quality and innovation we help our clients manage rising
customer expectations, maintain market share and improve ROI, and keep pace with the ever demanding
needs for product differentiation and specification.
With expertise in Product Design & Development, which involves simulation, design, analyzing, testing
and optimizing using a systematic and methodical technology platforms, Ambujex is able to deliver a
cost effective development solution in shorter time. This enables a faster roll out with a high degree
of flexibility on a collaborative framework to reduce the program cost.
In the aerospace industry, grid computing can:
? Architect, implement and distribute inconsistent and discrepant workflow
? Utilize underutilized IT resources to accelerate time to the open market
? Simplify collaboration reliant on complex tools
Grid computing and design collaboration in the aerospace industry
Participants in the aerospace design process can use open standards based grid technology to construct,
design and develop inconsistent, heterogeneous systems into single, unified and centrally managed
occurrences. By creating unified product development grids, manufacturers can not only bring forth
collaboration across their supply chains, but they also can take advantage of compounded and extended
computing capabilities to reduce development costs and improve time to market?ultimately delivering a
higher value product to end customers and users.
Grid computing can constitute and interconnect aircraft and partner design systems to enable sharing
of data and design tools. For example, data transformation tools can convert data from one format to
another. Distributed workflow analysis can identify existing dependencies.
Ambujex?s Grid Value
? Provides detailed and informative business value output for grid computing technology
? Helps in grid deployment optimization with appropriate data analysis, grid capacity planning and
business value estimation elements
? Provides financial outputs such as ROI
? Helps in determining a strategic illustration for customers interested in optimizing the deployment
of grids in their business
Why Ambujex?
Ambujex's Aerospace has the following benefits to our clients:
1. Grow business by:
? Developing and manufacturing new products.
? Developing business plans for new businesses.
? Analyzing opportunities for newer technology to be implemented.
? Transforming the workforce to bring new skills and capabilities.
2. Run business by:
? Establishing infrastructure and processes to improve existing business operations.
? Optimizing logistics operations and integrating the supply chain.
? Becoming more customer-focused and improving customer service.
? Implementing and managing enterprise-wide systems.
3. Implement and execute business by:
? Ensuring that the availability and fulfillment of complex composite elements is technically and
economically feasible and applicable
? Reducing design cycle time and increases productivity
? Providing different design alternatives
? Providing efficient, satisfactory and robust design
? Improving manufacturing process
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Collaborative Software in Aerospace Industry
In order to reduce development and manufacturing costs and to shorten time-to-market, aerospace
companies have been trying endlessly with utmost and all possible efforts in product development and
manufacturing to globally distributed partners. This has lead to long-term partnerships in which
both the risks and revenues are shared across the entire life cycle of the products and along the
whole value chain.
Existing Theories and Work
Collaborative Engineering
Collaboration is the ability to communicate verbally and visually to share information and ideas so
as to create a shared understanding or co-operation among two or more people to accomplish a common
creative task. The application of collaboration in product development is getting a high degree of
attention because it offers the potential to reduce costs and speed up time to market.
In order to achieve highly effective engineering collaboration between distributed organizations,
the individual companies must be enabled to interact by means of IT applications. We have come up
with solutions that support the corporate efforts to improve efficiency, reduce costs, strengthen
customer service and ensure flexibility.
The goal of collaborative software is to provide the technological foundations for improved
engineering processes for aero engine components development in terms of speed, quality and
costs by integrating different engineering tools and applications into one project-oriented
engine design system that can perform the following task easily and smoothly without ant
complications:
? Standardizes handling
? Makes the development process more transparent and manageable for the user
? Supports team work even if the team is distributed across several locations
? Accelerates development times of the design processes
? Controls the access rights for critical data consistently and comprehensively
? Limits servicing efforts
? Flexible to be adapted to new requirements and developments
Ambujex?s Contribution
Designed in collaboration with leading aerospace and defense firms, our software helps you to manage
complex technical documentation, engineering specification changes, and bring new products to
customers faster and more profitably with more efficiency.
Aerospace and defense companies can implement changes and respond to issues in real-time. At the
same time, they can meet the strictest military and government regulations for security, quality,
and compliance.
Key Benefits with our software
? Technical documentation ? Develop, distribute, reuse, and manage all product and maintenance of
documents and specifications.
? Engineering changes and job cards ? Reduce distribution time for engineering change orders to
ensure that your operators and technicians have valid work cards in real time.
? Security and compliance ? Meet the strictest rules for assimilation and retention of information,
security and access control, documentation of approvals, and audit trails.
? Plant and facilities blueprints and specifications ? Provide immediate access to plant and
equipment blueprints for faster response to safety issues and updating or modifying your facilities.
? Supplier collaboration ? Work together with supply chain partners on engineering projects in a
secure virtual workspace, quickly resolve issues, and confirm or adjust forecasts with suppliers.
? High availability ? Ensure high availability of critical business applications, replicate and
engrave data to local or remote locations, and invigilate your applications, services, and servers for
automated technical faults within the system or due to unscheduled outages.
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SAB Offerings for Aerospace Industry
The impact of globalization on the aerospace industry is immense. New aerospace projects incorporate
numerous technological innovations and represent a major advance in aircraft design. SAB is an Ambujex
Industry Solution specializes in helping Aerospace manufacturers establish a sustainable competitive
advantage by consistently delivering complex products on time and on budget while ensuring profitability.
Key SAB implementation and application in Aerospace Industry are:
? Value management support, with all Financial, Cost, Project, and Earned Value impacts provided
from a single point of entry
? Project workbench, with one click access to specific project costs and status in real time
? Real-time high level business planning
? Milestones for Value and/or billing impacts and the ability to drive resource requirements via
task management landmarks and events
? Multi-division/plant/warehouse supply chain support, multi-financial company support, and
centralized/decentralized customer order management, engineering and purchasing
? Full document control and quality tracking
With our ERP solution these companies are realizing far greater visibility and control over their
budget and schedule, while using a solution that is fully vendor-supported and continually enhanced
based on industry best practices.
SAB is focused at 100% on the needs of Aerospace manufacturers and the entire industry. Our solution
is built from the grass-root level to meet the desired needs of Aerospace Industry that produce
complex and customized products to individual customer specifications; and it is supported by
professionals with in-depth knowledge on the technical aspects of Aerospace designing and experience.
But, unlike most specialized solutions which are usually provided by small companies, SAB is backed
by the industry-leading customer care and financial resources of
AMBUJEX TECHNOLOGIES, one of the
ERP industry?s strongest, most experienced solution providers.
The Solution
Ambujex has moved forward in implementing the core modules and solutions of ERP, including general
ledger material planning and procurement capabilities.
AMBUJEX TECHNOLOGIES is a leading provider of Enterprise Resource Planning (ERP) software ? SAB to
the Aerospace Industry, and project-oriented manufacturing markets. With anomalous and eccentric,
Earned Value, Multi-Plant and Multi-Currency capabilities, our software provides our customers with
a strong Return on Investment (ROI) by increasing inventory turns and improving their operational
efficiencies that bring immediate, direct, and measurable improvements and thereby enhancing the
profitability of the organization.
Through excellent product performance and outstanding customer service, Ambujex has become the
supplier of choice for many of the premier firms in the industry. It provides custom-made supply
chain execution solutions for leading manufacturers and distributors across a wide range of
industries. Utilizing internet, and device integration technology, Ambujex solutions allows and
extends enterprise systems internally and in collaboration with trading partners to optimize
operations, eliminate errors if any to respond to real-time demand and change.
Ambujex solutions provide last mile functionality by optimizing key supply chain activities,
leveraging a customer's enterprise system instead of duplicating it. Knowledge of industry-specific
processes and issues allows Ambujex to provide accurate and precise solutions that have an immediate
impact on the bottom line.
Following are the benefits that aerospace industries can cache in by using SAB:
? Provide greater control flexibility over enterprise-wide activities
? Increase data accuracy by erasing manual data entry
Provide greater control and flexibility over enterprise-wide activities
The size and interests of the aerospace industry require operations to be spread among many widely
distributed and difficult-to-access locations. Compared to many other industries, the millions of
diagnostic and analytical parts and functions that aerospace manufacturers must manage are truly
alarming. Control over enterprise activities, especially in this industry, is a challenge, given
the utmost importance and value of product integrity, parts accessibility and timeliness of supply.
To gain greater control over processes, Ambujex provides the market leaders with solutions that extend,
automate and control the execution of material movement. We offer ERP based SAB solution to reduce costs
and inefficiencies between manufacturers and their suppliers. Our solution delivers greater control and
alterations to business processes, which results in increased accuracy, quality, traceability and
consistency.
Increase data accuracy by erasing manual data entry
Aerospace industry has little tolerance for errors in assembly and inventory processes. Ambujex
improves inventory accuracy dramatically, reducing the frequency of cycle and physical counts.
By reducing data entry errors, manufacturing throughput and customer service are also improved,
both internally and externally.
Our solution allows you to extend control over data accuracy to your external suppliers.
By moving to closed-loop procurement of direct materials, SAB eliminates mistakes in order
fulfillment, shipping and labeling that occur on your supplier's dock. This dramatically
increases the data accuracy of goods arriving on your receiving dock. Our solution approaches
and acknowledges the root cause of data accuracy problems that drive substantial costs in your
manufacturing operations.
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White Paper
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Grid Computing—Re-defining Information Technology
With Grid Computing, computers, applications, and other devices share their processing power, data, and functionality—allowing you to map workload to your resources, not the other way around.
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Service Oriented Architecture
Service Oriented Architecture (SOA) is set of principles and protocols that define an architecture that is loosely coupled and comprised of service providers and service consumers that interact according to a negotiated contract or interface. These services provide the Interfaces to Applications in the IT environment.
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