Virtual Digitalized Automation
(VDA)
Virtual Digitalized Automation (VDA) is a set of in-cloud-servicing technical-problem-solving principles and methods which are addressing to the virtualization, emulation and automation of software, including the end-user-friendly web- and mobile applications, to be optimized for any-sized-business needs in its most-effective, customers-focused and consumers-oriented way across all major handheld devices and computer operating systems with 24/7 access.
VDA, as a technology (aka VDA-Tech), dedicates to proposing proof-of-concept solutions for system complexity and compatibility issues addressed to the adoption and employment of Virtual Desktop Infrastructure (VDI).
VDA-implementation may include key-building-blocks deployment and be based on employing of “CryptoBlockCell-Tech” that is a quasi-blockchain in-cloud technology aiming at any services delivery and availability thru “decentralization” which allow business computing systems to be optimized for maximized profit. As a cloud-based virtualization-emulation technology and the hybrid deployment model, VDA presupposes its networking-implementation as a hosting of a desktop operating system infrastructure of “decentralized” networks in a few data centers supported by a few cloud-service providers’ infrastructure.
VDA cost-effective functionality is basically conditioned on exploiting of tech-integrated-conceptualization called “Guest Operating System Transmogrification” (G.O.S.T. or GOST-Concept).
GOST-Concept is based on applying and organizing Virtual Desktop Infrastructure (VDI) to allow computers to run several operating systems on one computer and the individual servers to function like many servers creating cloud computing networks of different software-programs-integrated environment and web-applications ecosystem to be accessible and remotely-controlled from handheld devices.
Guest Operating System Transmogrification
G.O.S.T./GOST-Concept
GOST-Concept
is a core tech-integrated-conceptualization of employing cloud-computing and
computer-emulators tools for building an infrastructure of connected
ecosystem-applications, sub-networks and sub-platforms, and web-services.
DPP-Platform
beta-version is aimed at test-driven adoption of various strategies dedicated
to VDI (e.g. new product launch and business expansion); and is targeted to the
third-party service-providers’ strategic-alliances-approof for creating
cloud-based VDI, adopted across health and entertainment industries.
In addition, DPP-Platform beta-version aims
at testing and developing user-experience-enhancing “Virtually
Emulated-Reality” gaming applications offered with the usage of VerQAG device
that delivers a mixed-reality of quasi-anaglyph images that appear to cause "Bi-Visual Fluctuations Perception" phenomena.
One of
the simplest and cost-effective pattern-implementation of DPP-Platform is
on-premises deployment and in- cloud built-in-intelligence driven Microsoft
data platform integration of-
-Microsoft
SQL Server 2017 (Exchange Server Hybrid Deployments, SQL DB, PostgreSQL,
MySQL);
-Azure
Cosmos DB;
-AI
Solutions and Intelligent Apps.
The lack
of training and education about the virtualization and cloud-based virtual
desktop infrastructure is restraining the workplace-flexibility market-growth
driven by such key-factors as, for instance, the increasing
of “Adoption of Bring Your Own Device” (BYOD), “Demand of Workplace Flexibility”,
“Adoptability of Cloud Technology in End-User Segment” and “Adoption of Desktop as a
Service”.
“VDA FT. VDI” Distant-Learning Course is a more-awareness learning program
addressed to key-market-players (Advanced Level) and what-is-about newcomers
(Beginners Level) who would like to adopt various strategies of virtualization
and emulation targeting to facilitating new product launch, business expansion,
and strategic-alliances formation through creating cloud-based VDA+VDI network(s)
across various industries.
BEGINNERS LEVEL:
1. VDA and VDI basics INTRODUCTION
1.1.
KEY-BENEFITS FOR STAKEHOLDERS
- Top
winning strategies
- Top
investment pockets
- Top
impacting factors
1.2.
VDA-infrastructure METHODOLOGY
1.3.
Analyst tools, models and market segmentation
2. VDA PERSPECTIVE & MARKET OVERVIEW
2.1.
VDI- adoption for handheld devices & smartphone
2.2.
Rise-in-demand Virtualization (VDA)
2.3.
VDA-adoption for cloud-based solutions and VDI-adoption of hybrid cloud
solutions
2.4.
MARKET PLAYER POSITIONING
2.5.
MARKET DYNAMICS
2.6.
High initial investment cost on VDA systems & infrastructures
2.7.
VDA IT infrastructure & Business Enhancing Opportunities of
desktop-as-a-service (DaaS)
ADVANCED LEVEL:
1. CLOUD-BASED VDA MARKET
1.1.
Business-making key-growth factors and opportunities
1.2.
VDA for SMALL & MEDIUM ENTERPRISE (SME)
2. VDA employment in Start-Up Company
building and operating
2.1.
Company establishing overview
2.2.
Company snapshot
2.3.
Project-developing and operating business segments
2.4.
Product, Services and IP-assets portfolio
2.5.
Business performance & key-strategic moves and developments