Machine to Machine

1.  Machine or devices runs on softwares.
2.  In actual term, the software runninng on a machine connects and communicate to another software running on another machine.
3.  The logic, operations and actions are all softwares.
4.  In pure simple term, machine to machine actually refers to software to software communication and interactions.
5.  In current instance, the proliferation of posts from twitter to facebook, or from one app to another app is a machine to machine interaction. 
6.  In future, there will be more software based machine to machine apps.  
7.  The big wave is for platform that enable this to take place seamlessly with standard APIs.
8.  Internet and web based machine to machine and software to software apps will be the trend of near future. 

Delivering Goals by Making Technology Easy

1.  The ultimate goal of any technology is to deliver usage.
2.  The usage can only be fully realized when ease of use is delivered.
3.  The process of designing the delivery of the technology through encapsulation of different levels should be used. 
4.  The technology can form the underlying level.  The front end interface level that interact with the user base is designed to be instantly able to use by the user with natural intuition.  The intermediate level deals with the interaction between technology level and the frond end interface. 
5.  The underlying technology level will have many technical interface that specifically focus on process optimization, innovation & performance. 
6.  The middle tier intermediate level should include a schema, message systems and APIs that translate the APIs of the techonology levels into a high level APIs that represents human level functionality, business process, human intelligence process & social process.
7.  The front end interface delivers easy to use and understand human language functionality.  
8.  The high level logic, APIs and connectors to other services should be offered within the middle intermediate level. 

Innovation & Convergence

1.  Innovation from different area of technologies can be applied as innovation in another area of technology.
2.  This in turn can spur development of new technology.
3.  It can be in the form of deploying combination of existing technologies or  putting elements of technologies to be packaged in a new form.  Specific elements of a wide ranging of technologies can also be chosen to develop new innovation for new application or area.
4.  The convergence of different technologies is due to innovation in the area  of how those technologies can be connected together. 
5.  The convergence can happen in serial or parallel manner.
6.  It is possible to break convergence in a timeline to produce sequential release of innovation as oppose to a full pack release ie gradual versus radical new version.
7.  Mode of how a particular technology is delivered and marketed play great role in early stage & mass adoption.
8.  Usability & accessibility are important criteria  for accelerated market acceptance.  

Design Road Map

1.  Products, solutions and services all have to have a plan.
2.  All have to follow certain design.
3.  These designs all encompassed by visions and execution paths.
4.  The design, visions and execution paths have to consider road map to the next nevel.
5.  The road map is essentially a milestones plan that covers short, medium and long term goals
different vision at different stages.
6.  This will provide continuity in user experience and direction.
7.  Focus would be instilled in design and development team.
8.  Value would be delivered in continuous innovations. 

Systems, Web & Software

1.  Systems are core of a platform where softwares make up web services that appear to be cloud computing.
2.  Central to this concept is provider(servers) and recipient/users(clients).  In between there can be many layers of other services or subsystems such as acceleration storage, network optimizers, directory services, time servers, and many others.
3.  The complexity of this distributed systems often arises from many to many relationships.
4.  Network delays & systems failure often complicate things further.
5.  Often delays are also caused by virtual layers such as security sockets & communications.
6.  Careful considerations are needed to ensure the subsystems and other connected services are manageable and scalable.
7.  Often the large data sets and records are stored in multiple subsystems such as different databases using different structures on different physical media & locality. 
8.  This is the core of why innovators often triumph over existing players.  Once built and populated, older systems are very difficult to change or improved.  

Multi Platform Technology

1.  Multi platform technology is a strategy that started as open platform.
2.  It extends beyond multiple CPUs, operating systems and middleware to  cover mobile technology, fixed broadband, web, messaging and applications.
3.  Such agile and dynamic sources of data and destination of data requires new paradigm shift in managing data, information and knowledge.
4.  Raw data, processed data and actionable nano(very small lightweight) apps will have to be made available.
5.  Automation of management for these tools and BI capabilities with extensive reporting and knowledge mining capabilities are also essential.
6.  Growth of data, information, knowledge, threats and time constraints with resource limitation and contention will require new tools to be developed.
7.  Innovations and development of such tools require cross discipline research, collaboration and instant feedback using social media, online media and prototyping/development on the go.
8.  Continuous development cycle will become a norm with deployment in shorter time period cycle. 

Using Wolfram Alpha for Web Stats

1. Wolfram Alpha can process query on domain names.
2. Return daily views, visitors, webhosting information, site element hierarchy
3. Also check with fraudlabs.com, ip2location.com, maxmind, wikimedia.
4. Can download result as pdf.
5. Useful integration with APIs as well.

Multi Point Strategy in Systems

1. To distribute point of failures
2. To increase reliability
3. To vary mode of scalability
4. To provide variety of structure and adaptability
5. To enable lifecycle management of data and system
6. To address need of security
7. To allow continuous service and uptime
8. To deliver usability with great productivity and throughput

NaNo Apps

1.  Small apps that offers limited functionality
2.  Able to combine and work with other NaNo Apps
3.  LightWeight
4.  Efficient
5.  Distributed management
6.  Global APIs
7.  Auto Update
8.  Open

Digital Malaysia Masterplan

1. Can intangibles be planned ?

2. Can masterplan be realized from lab ?

3. Can best ideas come from few people who are able to come and camp at a single location for 5 weeks, dropping their lives for more than a month ?

4. Can a masterplan work when the outlook is only as diverse as the few participants ?

5. Can a plan function without involvement of external markets input ?

6. Can a masterplan for long term multiple years be based on compressed discussion without access to diversity and depth of data.

What do you think ?

19 Essential Google+ Resources

19 Essential Google+ Resources

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