Applied Methodologies

To succeed in today's business environment an organization must be able to adapt to change quickly and efficiently. With rising costs to do business and the growing global competition, an organization must implement its business rules and technology efficiently and quickly. These applications and technologies must be open to change and growth. The approach and methods of doing business today are scrutinized more than ever. Thus, the profound quote mentioned above must be applied to an organization and its competitive philosophy.

Full Stack Solutions Architecture planning and deployment
Cloud technology, solutions and strategy
Enterprise scale network LAN & WAN design, implementation, upgrades and migrations
Data Center Network design, implementation and upgrade
Software Defined technology consultation - SD-WAN & Cloud integration
Wireless network architecture, troubleshooting, RF analysis and security
IPv6 design and implementation
Application impact analysis and network performance tuning
Forensic network troubleshooting and protocol/traffic analysis
Smart Grid - SCADA - IoT systems over IP network analysis and design
Data Center and MDF/IDF room construction design and build
Data Center energy consumption analysis
Convergence and Unified Communication Technology integration
Network Analytics guidance for improved visibility and predictive automation
Artificial Intelligence(AI), Machine Learning enterprise adaption guidance

Strategic and Tactical IT Management Consultation
Project or Operations analysis for maximum CAPEX and OPEX achievement
Technical Project Management
Business to technology process analysis and engineering
Vendor agnostic CAPEX proposal and RFP analysis
Automation and DevOps analysis
Supplemental(staff augmented) engineering services
Engineering talent recruiting assistance
Training in network technologies and staff mentoring
Policy and Procedures analysis
Technical documentation analysis

Applied Methodologies, Inc. has been offering technology based consultation services to hundreds of Fortune 1000 plus small to medium sized commercial and non-profit organizations since 1995.

What separates us from other consulting firms is our unique approach to solving business and technical problems with a structured process.

We understand the history and future of Computer Science and Information Technology to a point where we can apply our structured process around any business or technical issue and generate premium results.

Our clients expect quality in results, not mediocrity and our methodologies apply quality at every stage of a project.

The use of proven methodologies provide us the ability to meet our client’s requirements efficiently.

We offer our confident ability to handle complex new, re-integration or migration projects by drawing upon our experience and judgment to plan and accomplish goals related to our clients complicated projects.

We exercise a wide degree of creativity and honor in our work which is a critical attribute to our success for our clients.

Our approach of applying proven methods to different technologies enable us to offer reliable and consistent services to our clients without having to become an expert in every facet of Information Technology.

This approach in itself provides the client a high level of results without the increased diverse cost of specialization.

There is an industry axiom - that many firms become product driven and eventually apply the same product to every customer problem.

Our approach also prevents us from becoming product or solution heavy biased.

Our approach to solving problems is based on relationships and characteristics of a specific business problem and technology.

We understand our client's goals first then determine what is the best approach to use to achieve such goals. If our approach relies on certain products, we can granulize to our specific expertise or recommend the proper expert. Our methodologies and approaches are very structured to ensure all requirements and details of a client’s needs are identified and met.