DATA CENTERS,WIRELESS NETWORKING AND SECURITY SYSTEMS IN KENYA #2016 FORUM

As i engaged these two brilliant minds on a very positive enchanting data center,wireless networking and ethical hacking,i realized along the heated discussions that to the optimist, the glass is half full. To the pessimist, the
glass is half empty. To an engineer, the glass is twice as big
as it needs to be.Africa has and poses a wider much bigger opportunity of growing young talents and has room for each and every one of us.The 'play field' is twice as big for all of us than we assume it to be.Lets be the Change!

MY LETTER TO THE QUEEN OF AFRICA

To my dear Mother,
Mum,you've raised me from Magarini,raised me up in Kaloleni and always are looking out for me everywhere i go.I have been branded with folly and madness for attempting what our country and county calls impossibilities, and even from haters wa kimtaani who said ... that I deserved hanging for bringing you a good simple life that you've always wanted.Today i received an email from NASA acknowledging my efforts and all i could think about is God,you and cronies with whom we've proved wannabes wrong by shining out from the ghetto projects.This has so far been my reward from those who believed in me; but should this be all, I shall be satisfied by the great secret pleasure and laudable pride that I feel in my own heart from having been the instrument of bringing forward new principles and new arrangements of boundless value to you mummy and however much I may be straitened in pecuniary circumstances, the great honour of being a useful subject can never be taken from me, which far exceeds riches.More is coming your way for raising me up and to the places i was born and raised.‪#‎PippingWater‬ my first gift to you.Happy new year 2016 mum!
Yours faithful and loving son,
Kariuki Samwel N

OPTIMIZING DATA CLOUD IN AFRICA THROUGH ENGINEERING

As we come to an end on this remarkable 2015,i've come to agree with a few cronies of mine(Sir Wamz,Mr Pascal,Collo among others) that engineering is quite different from science. Scientists try to understand nature. Engineers try to make things that do not exist in nature. Engineers stress invention. To embody an invention the engineer must put his idea in concrete terms, and design something that people can use. That something can be a device, a gadget, a material, a method, a computing program, an innovative experiment, a new solution to a problem, or an improvement on what is existing. Since a design has to be concrete, it must have its geometry, dimensions, and characteristic numbers. Almost all engineers working on new designs find that they do not have all the needed information. Most often, they are limited by insufficient scientific knowledge. Thus they study mathematics, physics, chemistry, biology and mechanics. Often they have to add to the sciences relevant to their profession.And for such reason,I have decided to work this festive season to make the company i work for a noble prototype of industry, penetrating in science, reliable in engineering, creative in aesthetics and wholesomely prosperous in economics.
  2016 brings with it new possibilities that as a young focused curious kenyan i would not stop in getting the very best out of new advancements being made globally.Indeed, the most important part of engineering work to me next coming year—and also of other scientific work—will be to determine methods of attacking the problems, whatever it may be, whether an experimental investigation, or a theoretical calculation. … It is by the choice of a suitable method of attack, that intricate problems are reduced to simple phenomena, and then easily solved.That will be my #2016drive.

 

Physical Servers Vs Virtual Servers Vs Cloud

There can be several different reasons why Kenyan businesses ad companies are choosing either a Physical or Virtual Server for their day to day errands. Considerations such as business size, needs and price are all factors to take in to account. My goal is to give you a helicopter view of the key points of each so when you discuss the options best suited for your firm,you are informed on some of the terminology and factors.

Physical Servers:

Physical Servers are the traditional way of doing things (in IT traditional means more than 3 years ago!) and involve a piece(s) of hardware that are configured to perform the tasks of your business. Generally this hardware is in your server room or broom closet. They can play any role required in the business, from Mail Server to a Web Host Server or even a combination of a wide variety of roles where required. With physical servers there is a tendency to try and do more with less.

The advantage of a Physical Server for a small business with limited server needs, is that the one server can perform all the tasks required for the day to day running of the business. As your business scales up in size you will have a 2nd server and 3rd and so on, the number generally corresponding with scale of the business. Each server will generally be critical to the business in some form because rarely do people sign off on implementing a new server to do something inconsequential. Inconsequential tasks are added to an existing server where it won’t conflict with something in place.

Virtual Servers:

A Virtual Server is normally one of many servers that operate upon a single physical server with each virtual server sharing the resources of the physical server between them. However an effective virtual infrastructure cannot run upon a single physical server so proper implementation of virtual servers requires the use of multiple physical servers and more than likely a device capable of providing shared storage between the physical servers. This means the starting cost of a Virtual Server solution is higher than that of a single physical server solution.

The advantage of Virtual Servers is that each server can be run upon any capable physical server and so the failure of a physical server, with a proper environment in place, means any affected servers that were sharing that physical server, can be started up seamlessly on any other available physical server. This can even be automated within most virtual infrastructure solutions which leads to near zero downtime. One of the consequences however of Virtual Servers is that because you can have multiple Virtual Servers on a physical server the temptation is to put each software product onto its own server because there is not the cost limitation of having to have one physical server for each. This is known in the industry as “server sprawl” and it is something to be avoided. While the benefits of Virtual Servers are significant, they still need to be planned and maintained effectively to ensure their continued productivity.

Cloud:

Cloud is a general term, largely expressed in marketing, to describe any server/service that is put outside your own control for someone else to maintain on your behalf. This type of solution is not new and have historically been called outsourcing, services from Application Service Providers and more going back over the last 4 years in Kenya. The Cloud terminology has gained great traction with decision makers because it sounds like a wonderful and cheap solution to remove IT considerations from a business.

My note of caution with Cloud solutions is that anyone who has used IT services will know that the quality of service varies greatly between providers and even over time, with some providers being exceptional but gradually failing to deliver sometimes after years of effective service. Cloud solutions are generally designed by the provider as a one way solution. They assume that everyone that uses them will be forever happy with them and will never want to leave and so designing or considering the process of a customer leaving is rarely addressed. Strategic use of Public Cloud, Private Cloud, Hybrid Cloud and any other Cloud term you are likely to see or hear is definitely effective and a number of Kenyan Engineers have been providing services that are considered Cloud for a number of years now. In fact they are probablyamong the most experienced Cloud providers there is in Africa. However implementing a Cloud solution is something that everyone has to go into with their eyes wide open and a clear understanding of what will be provided, who will provide, who has access to your information, is it protected from disaster (and is the provider responsible for its loss!) and ultimately can you move to more advanced services or services that suit your business better in the future that will inevitably occur.

There are several advantages and disadvantages to each option. These range from power consumption, storage requirements, maintenance, product licensing and more. This wide range of considerations also mean almost no business has the exact same needs as another and so it is important to ensure you engage someone competent in all of these options and considerations before you make any decision so that the decision you make is the right one. The cost and effort involved in reversing decisions that turn out to be wrong can be catastrophic.

There are several Kenyan engineers who are now widely versed in these solutions and implement and support every conceivable variation of them on a daily basis. If anyone would like to mail and find more on these expertise and knowledge please email sknjeri@wichita.edu or samwelkariuki@icloud.com and i will gladly assist you.May Africa stars shine beyond the so called or discussed Cloud services.Its time for africa to rise and shine.

NEW SERVICES ABOUT CLOUD COMPUTING

   Kenya is an amazing place to gather knowledge#trustMe,just mingle with the right group.Recently i just learn how to install some cloud computing services to other OS's like ubuntu and the likes-This lovely sunday,i wanna share the same with our african techno-gigs,telcom aficionados and ICT lovers:Its about SALT.
Salt is a tool which is used for remote exection, configuration management, code deployment and communication topologies. Salt competes with popular cofiguration management tools like chef and puppet. Salt claims to scale up to tens and thousands of servers. Salt is used by one of the social networking giants Linkedin for their infrastructure management.Salt has a very shallow learning curve and you can get going quickly.

Architecture:

1. There is a master server and it connects to the agent servers (called minions) in your infrastructure.
2. The master can run commands in the minions parallelly, it is what make salt very fast.
3. The minions will execute the command sent by master and return it.

There are few concepts associated with salt.

Also Read:  Opscode Chef Configuration Management tool setup

Returners: Using which you can redirect the return object of executed code to any system which can accept data, like reddis, mongodb, or a PostgresSQL database.

Salt-syndic: salt syndic is an interface which lets you to control various salt masters in different data centers or different sections in an infrastructure from one centralized salt-master.

Reactor:

Reactor sit up in the master. You can configure the reactor to list to the events .When the minions fire some events to the even bus in the salt master , the reactor handles the event by taking necessary actions based up the conditions set in the reactor. For example , if Jenkins is running on one of the minions and it fires an event to master saying the build has finished, the reactor in turn handles the event and redirect to another minion to take actions based on the Jenkins successful build.

GitFS:
In salt you can git as a source repository and pull the source files to server them to minions.
In this tutorial, am goin to set the salt master in RHEL and salt minion in Ubuntu 13.04.

Setting up salt master on RHEL6:
1. Enable the EPEL repo

rpm -Uvh http://ftp.linux.ncsu.edu/pub/epel/6/i386/epel-release-6-8.noarch.rpm

2. Install the salt master package using yum

Yum install salt-master

3. Set the salt-master service to start on system boot

Chkconfig salt-master on

4. Start the salt master

Service salt-master start

Setting up salt minion on Ubuntu server:
If you want both the master and minion in one server, you can install the minion in the same server using yum command. Here am going to use a separate server for installing minion.

1. Add the salt repository

sudo add-apt-repository ppa:saltstack/salt

2. Update the repo database

apt-get update

3. Install salt minion

apt-get install salt-minion

Configuring salt Master:
By default salt master listens to post 4505 and 4506. So make sure these ports are open in Iptables and any firewall if any. If you are using AWS instance , make sure these ports are open in the security groups.

Configuring salt minion:
By default salt minion listens to 4505 and 4506 , so make these ports are opened as mentioned above.
Open the /etc/salt/minion and uncomment the master option and give your masters ip

master : ip of master 

By default you have the hostname “salt”. You can use the same name if you edit your /etc/hosts file and make an entry for your salt master with name “salt”.

Registering minion with the master:
1. Start the minion

salt-minion

2. The above command will contact the master with keys for authentication.
3. Go to salt master and issue the following command to see it has any requests for authentication from new minions.

salt-key –L

4. You will see the hostame of the minion under unauthorized keys.
5. Accept the keys using the following command

salt-key  -a  

6. Once you accept the keys from minion , it will be registered with the master and the master can now issue commands to the minion.
7. You can list the minions using the following commands.

salt-run manage.up 
salt-run manage.status 
salt-run manage.down

Testing master minion connection:
1. You can check the master minion connection using the simple salt ping test. It gives you output as "true"

salt <minion-name> test:ping

Managing Keys:
If you want to re-register a minion to the master delete the existing minion key from the master using the following command

salt-key –d minion-name

Restart the minion after deleting the key and start it again to register it with new keys. 

Salt has a GUI called Halite, which is in pre-alpha stage.

Kindly share the article and leave a comment for queries. - 

Author:Samwel Kariuki
website:www.sknjeri.wordpress.com

Fiber Optic Color Code Identification Chart

Fiber Optic Color Code Identification Chart

DYNAMICS OF CLOUD COMPUTING IN FIBRE OPTICS

  Technology has evolved almost immeasurably in the past several decades. I remember a few months back watching Telkom kenya discuss optical fiber. It went something like this: “Telkom(k) Company has fiber that can carry 24 phone calls on a fiber as thin as a human hair.” Using a standard calculation that a single phone call is 64 kbits/sec (64,000 bits per second), a total of 24 phone calls would be 1.54 Mbits/sec (1.54 million bits per second)—or the equivalent of a Digital Signal 1 (DS1).
Let’s jump to current day. We now have fiber carrying Terabits—one trillion bits per second. That is an enormous amount of information passing at the speed of light through this one strand of fiber the size of a human hair.With this as a frame of reference, let’s now take a look at the impact of fiber in a data center environment. Data centers of the past were copper-based with multiple DS1 and Digital Signal 3 (DS3, approximate transmission rate of 45 Mbits/sec) lines handling the load of servers to an Optical Carrier 3 (OC3) with a transmission rate of 155 Mbits/sec. This OC3 would connect the servers to the network cloud or outside world. Copper dominated in a data center environment and the only fiber installed was that single line connecting the servers to the network cloud. All DS1 and DS3 connections were on copper panels, possibly with a digital access and crossconnect system (DACS).
    Now in 2013, video (iTunes, Netflix, Hulu and others) and cloud computing/hosted servers, backup and storage, Microsoft CRM, hosted private branch exchanges (PBXs), web analysis tools and web hosting are driving enormous growth in data center server deployments. Data centers are offering rates at DS1, DS3, 5 Mbits/sec, 10 Mbits/sec, 20 Mbits/sec and up to an OC3, all connecting to the outside world via 10-Gbit Ethernet or 100-Gbit Ethernet connections from multiple providers. Today fiber is heavily deployed in Kenya, placing a large concentration of revenue-generating traffic in a small place. To alleviate risk, the data center architecture is evolving away from the previous copper DS1 and DS3 panels, to fiber panels with multiple connections to the client and to the cloud for redundancy.

Fiber connectivity, management

     Historically, fiber in the data center was not protected with the same level of sophistication as was provided by telecommunications service providers. There were two standards—the high-end product lines that were used by the telco provider to ensure the ultimate in reliability, and the low-end solutions used in the data center. However, the line between data and telco have become blurred, and as a result, the sophisticated standards deployed by the telco provider are now being implemented in the data center. Fortunately, this does not equate to a huge increase in cost. In fact, choosing a fiber-management architecture that delivers reliability, modularity and scalability, without giving up density, will actually reduce the cost of fiber deployment. Choosing a modular fiber panel ensures that additional fiber connections can be added, on an as-needed basis, thus lowering the ongoing cost per port.
For maintaining a fiber connection, proper handling techniques like cleaning the fiber are now brought to the forefront. Some copper connections can be wiped clean simply; not so with fiber. A dirty fiber connection can cause a completely blocked signal or introduce attenuation, thus limiting the distance of the signal. Equipment such as a fiber microscope is used to look at a fiber to see how clean the connection is. (Note: Never look into a fiber that is connected to a system.) Cleaning the fiber can be performed with specialty products available on the market, used in adherence to industry cleaning standards. These specifications are good references.

• IEC 61300-3-35, Fibre Optic Interconnecting Devices and Passive Components – Basic Test and Measurement Procedures
• IPC 8497-1, Cleaning Methods and Contamination Assessment for Optical Assembly
• IEC 62627 (DTR), Fibre Optic Interconnecting Devices and Passive Components – Fibre Optic Connector Cleaning Methods

Performance expectations

Ensuring minimal insertion loss is key to performance of the network. In recent years, Telkom (k) ltd has established that the standard for loss should be no more than 0.4 dB. When it re-set the standard to 0.4 dB of loss, most patch cord vendors reported performance “typical” of the Telkom standard. As “typical,” the process to build the patch cord was capable of delivering 0.4-dB performance, but each individual cord that came off the line may or may not meet the standard—did 51 percent of the cords match the standard? 75 percent?Few patch cord vendors were “guaranteeing” the 0.4-dB loss, as it required extensive quality-control measures in their production process and very tight tolerances in their test metrics. These tightened performance specifications were perceived by the vendor as expensive and cost-prohibitive. Achieving a “guaranteed” performance level was expected to result in extensive production-floor “scrap” as patch cords that did not meet the guaranteed number were either set aside as “seconds” or repolished to achieve the desired results. Because there were no guarantees, network designers needed to allow for variation in patch cord performance. As a result, their network designs did not fully benefit from the reported performance enhancements.
     Performance of the fiber, guaranteed for immediate and ongoing performance for the life of the network, is critical to delivering the user experience that cloud computing promises. Not only should you demand guaranteed (rather than typical) performance of your fiber, but 0.4 dB should not be good enough in today’s demanding world. Vendors that have built their data centers for optimal performance are delivering guaranteed 0.2-dB loss.Entering the 21st century, we have seen a significant increase in the use of data centers. As a telco guy by heritage, Im now growning up with the central office as the core of a telco network and have seen an incredible amount of evolution that will occur over the coming years(vision 2030). Today there is even talk of data centers being the central offices of the future. With fiber being tested and verified by telco service providers over the past 20 years, the data center manager has some great practical wisdom to follow. We find ourselves at a time of great opportunity as we learn from the past to continue to create an exciting future. The best is yet to come.
   Africa needs to shine and its the natives that will do so.Hope is a waking dream so lets all make Africa and moreso Kenya the Tech point of this great continent.

Source:sknjeri.wordpress.com
Author:Samwel Kariuki

Telkom Orange Kenya Ltd in Relation to Fibre Networks

   Increased use of cloud services by kenyan businesses has created a need for increased capacity in the data network. Telkom Orange Kenya Ltd is responding to this trend with a Ksh 40 billion investment in fibre optic broadband for businesses.
 Telkom Orange Kenya Ltd spends over Ksh 40 billion per year upgrading and modernising the telephone, TV, and data networks in Kenya. Much of the investment goes into the comprehensive expansion of the fibre optic broadband network for the business market.The need for higher bandwidth in kenyan businesses is rising. We are currently experiencing a trend where services that were previously on local servers at each individual company are now moving to the Internet as cloud-based services. In addition, the use of video services in businesses is also increasing, both for live use and for training.
  The opportunities for savings through the use of cloud-based services are substantial, but services such as email, document storage and sharing, and accounting software require a stable and secure Internet connection with high capacity. Telkom Orange Kenya Ltd has therefore set in motion a vigorous investment programme into fibre optic broadband for the business market, both in terms of Internet access and virtual private networks (VPNs). With fibre optic broadband,  companies will be ready for tomorrow’s digital solutions.

Simple model

Telkom Orange Kenya Ltd has been building fibre optic infrastructure for the business market for many years. The model, now being used as a basis by the company for its proactive initiatives, will make fibre optic services more accessible to the nation’s businesses, including small and medium sized companies. The prerequisite is that there must be a minimum customer potential in an area for the company to start expansion.When a customer contacts us wanting a fibre optic connection, we check the company’s location and proximity to other companies. All companies in urban areas with a certain concentration of businesses will be able to receive fibre optic broadband from Telkom Orange Kenya Ltd.

Modernising the copper network

Even though Telkom Orange Kenya Ltd is now investing heavily in fibre optic, DSL broadband over the copper network will still be the technology that offers the best coverage across kenya for a long time to come. Therefore, Telkom Orange Kenya Ltd will in parallel with the fibre optic expansion also be upgrading the copper network in several places.In areas where  broadband is on several different technologies, Telkom Orange Kenya Ltd consider replacing the copper network with faster technology. A course of modernisation such as this will take place over many years, and no services of solutions will be removed before they are able to offer something that is at least as good. They will then help customers to move to new solutions, and  will notify customers well in advance within the applicable notice periods and existing agreement terms.

Source:sknjeri.wordpress.com
Author:Samwel Kariuki Njeri

K24 Business Central Episode About OpenBusiness

DEVELOPING A MOBILE APP ON THE CLOUD IN LESS THAN AN HOUR

  Two of the hottest topics in technology today are “mobile” and “cloud.” They are at the top of most CTOs list of objectives, yet they also seem to be the ones most shrouded in mystery. So where do our young Kenyan tech savvy and/or computer aficionados start?
With the video and do-it-yourself guide below!
This year, at NCSIT 2013 Nairobi, I ran a session where we built a complete database-backed web application from scratch using the SpringSource Tool Suite and the Grails framework for Java. Then, we published the application to Cloud Foundry—an open VMcloud Platform-as-a-Service offering. Finally, we proceeded to build a mobile application that consumed the data from the web application built earlier.  I broke a cardinal rule by doing the entire session live, but it all went off without a hitch and audience participation with the application was an absolute blast. By the time we were done, we had built two applications from the ground up, and folks had an application that looked, smelled, and tasted like a native mobile application running on their phones. And, we did all of this in less than one hour!
In the months since, I have had multiple interactions with STEM advocates for Africa,start-ups Innovation firms in Kenya,Youth initiative programs directed towards Konza city and OpenWorld Ltd attendees. I have heard from many who followed the session content—they were building their own mobile applications using the same technologies and using the guide we used at OpenWorld!
In particular, a gentleman in the audience interrupted me recently as I was presenting at an event in Sarova Panafric. As I started talking about Cloud Foundry, he said that he was in our OpenWorld session and had redone the whole lab himself. And, the best part of his interruption? He wasn’t a traditional programmer. He was more focused on infrastructure, which was very rewarding to hear.  These are the things that make it fun to get up and go to work each day.
During the OpenWorld session we talked a bit about the “mobile dilemma” and the challenges that exist in mobile application development.  In this post, I thought I would:
a) trim down the session content into just the programming pieces,
b) make a video to share with the blogosphere,
c) provide a complete “Do It Yourself Guide” to download and follow along.
  The guide is a walkthrough and very basic introduction to some 101 “mobile web” concepts and technologies.  So, let me attempt to pull on my flame-proof suit up front with the following disclaimers:
    This is not a formal dissertation on proper enterprise mobile application development methodologies and lifecycle management.
    This is not a “full stack” bootcamp that will make you a mobile rockstar.
    This is not a formal class on any specific development technology.
    This is not a  “best practices” view on mobile development.
    This is not a substitute for taking a proper mobile development course!
The purpose of this blog post is to simply have some fun and provide a simple introduction to help folks write their own mobile applications using a web technology stack that could easily be scaled in the future. And, I wanted to do it with technologies that
a) folks could go and grab easily and
b) implement immediately without having to buy anything, require existing services, or have any other “stuff” to deal with.  We will show you everything: from how to sign up for your very own Cloud Foundry account and download the SpringSource Tool Suite; to writing the web and mobile applications.  All from scratch.
In my travels,trainings and interactions, I find many enterprises big and small(SMEs) struggling to get started in this space.  Most everybody has a mobile application of some sort nowadays, but many times they are little more than what used to be a static website in the late 90’s.  Or perhaps, it’s a marketing tool.  More times than not, the entire development process was outsourced.  But now, people want to start building mobile apps themselves with real data and real logic.  And, they want real applications that provide business value or competitive differentiation. A good example of such an application is "OpenBusiness" which is 100% Kenyan made from design to the functionalities that befit the Kenyan business environment. My hope is that you will get an introduction to some technologies that allow you to reuse the web skills you have in house to build your very own mobile applications and use the experience as a launching pad into your next generation mobile strategy.
If nothing else, I hope you have some fun and can show off your new crazy mad mobile chops to your friends!   :-)
Now go build something!
Author:Samwel

MERITS AND DIMERITS OF CLOUD COMPUTING SERVICES IN BUSINESSES.

  Cloud computing is one of the most buzzworthy tech developments of the past few years in Kenya. Everyone is talking about how cloud services can help businesses to be more productive, nimble and scalable.

But what exactly is the cloud? What are the potential risks and rewards for your business?

Defining the cloud

Tech gurus and cloud service providers like OpenWorld Ltd,IBM and others all have a slightly different spin on defining the cloud. Essentially, the cloud is an Internet technology platform with computing and storage capabilities. Customers can access groups of virtual servers on-demand and providers typically charge fees on a per-use basis.

Maybe the easiest way to define the cloud is to discuss the business needs it meets. The cloud allows developers, website managers, IT departments and businesses of all sizes to quickly develop, test and roll out new tech capabilities without spending a lot on infrastructure and training. Companies can lease software, add IT services and boost storage capacity offsite. Ramp-up times are short and large support staffs are unnecessary.

Types of clouds

Various types of cloud environments meet the scalability, security and performance needs of different users. Generally, clouds for business customers break down into three main categories.

    Private clouds: Also referred to as an internal or single-tenant cloud, a private cloud has a proprietary network or data center that is devoted to a single organization. Employees access it behind the company’s existing firewall. Businesses that need large amounts of data stored for long periods often choose private clouds, which are the most customizable and secure option.

    Public clouds: Public or multi-tenant clouds are comprised of a pool of scalable resources delivered securely to multiple clients as a service over the Internet. Public clouds are the most widely used cloud platform and work well for growing businesses or companies that need immediate access to cloud services to meet rapid increases in storage needs or computing demand.

    Hybrid clouds: As the name implies, a hybrid cloud combines features of both the private and public clouds. Ideally, a hybrid lets businesses take advantage of the scalability and cost-effectiveness of a public cloud. Companies that use this type have the security features and customization options of a private cloud. Businesses may begin using certain applications in a public cloud and then migrate them to a private cloud as needs or numbers of users change.

Security considerations

When it's properly implemented, cloud computing offers more security than most offices. Yet many business owners are nervous about having a large portion of their data housed off-site. When you're choosing a cloud service provider, it’s essential to understand what security measures are in place to safeguard the integrity of your data, and to ensure your consistent and trouble-free access to it 24/7.

Businesses new to the cloud and looking for the right service provider might consider first partnering with a technology firm that is well-versed in data-replication standards, encryption and authentication methods.

Why try the cloud?

Cloud services offer flexibility for businesses of all sizes. Large companies can get to market faster, respond to changing customer demand and meet seasonal spikes trouble-free—all with less hardware, software and support costs.

Small businesses can compete using high-tech resources once reserved for the big boys—leveling the playing field and boosting bottom lines. In the rarefied atmosphere of making businesses run faster and smarter, the cloud just might be the ultimate rainmaker and one application that can sum up all this in the African market currently and more so in Kenya is "OpenBusiness".For more information about the BMT application that is cloud based,visit www.openbusiness.co.ke.

Source:www.samwelkariuki.com
Credit:Samwel Kariuki.

BIG DATA'S NOT JUST FOR BIG COMPANIES ANYMORE.

New apps and tools e.g. "OpenBusiness" bring cool and affordable analytics to smaller businesses, providing the data they need to compete with large chains.

          When many small-business owners think about “big data”—the idea of using large and varied volumes of data to gain better customer and business intelligence—they assume it’s too costly and complicated. How can, say, a local restaurant downtown in nairobi or an independent retailer in Gikomba affordably access the data to compete with large chains?

Good news: New applications and platforms such as "Openbusiness" are emerging quickly to help make big data accessible to even the smallest businesses.

Java House, a company that owns coffee and tea shops in Kenya, uses Micros, a smartphone app that allows it to easily visualize point-of-sale data, labor metrics and other accounting data so managers can more efficiently and effectively make decisions. Using micros, the company has been able to shave its labor costs by 10 percent, according to a recent case study.

 “One might assume that the exploitation of Big Data is the province of big companies but that’s not the case, thanks to several forces that are democratizing Big Data. These include affordable cloud computing storage, open source software for processing large volumes of data, and Big Data sets being made available in the public domain.”

Other companies are rolling out big-data products and analytics targeted at small firms. OpenWorld Ltd recently raised a substantial amount of money in order to expand and enhance its suite of applications aimed at making data “more accessible to all businesses, not just those that can afford data scientists.

Many small companies already have useful data at their fingertips through programs such as Google Analytics—helping them see how and why customers are accessing their website. But newer tools can help business owners access helpful data.

Here are some big data tools for small businesses to check out:

SumAll: A data visualization tool for companies for online retailers. It’s currently free.

SizeUp: A free online tool from the Small Business Administration that provides competitive benchmarking information to help companies compare themselves with other businesses in their area.

OpenWorld Ltd: A company that helps local businesses build customized loyalty programs and, in turn, gives them customer analytics.

SOCIAL MEDIA FOR SMEs IN KENYA

 I think we have come into a time where there is an enormous amount of art where people go: “we need social media”. Now we are in a time where people say: “we have got to get social media measured”.

I think we are only seeing the beginning right now. We are also seeing a lot of copycatting, more than innovation.The other part is taking equity in businesses. It has now started already in various spaces around the world.I think it is a very, very tough game. It is going to take a while for people to feel safe. It has happened but it takes a while.In Kenya the only way it’s going to work is lower offers. You need a couple of success stories. You need to be sitting around the table saying: “I used this site and I just got a 5,000,000 KSH return on my 800,000 KSH.”Establishing an ecosystem and a track record is what is going to be necessary in that space.OpenWorld Ltd is working hand in hand with SMEs in Kenya to beat all odds and use these amazing platforms to make giant leaps in there businesses.

I also believe that the worst problem Kenya faces on the entrepreneurial ecosystem today is that the entrepreneurs who have made it are not helping the entrepreneurs who were there before or are aspiring to become.in that regard,OpenWorld Ltd developed OpenBusiness as a fast,easy,secure and reliable business management tool that entrepreneurial ecosystem needs to really flourish. 

All the guys who have had big exits… where are they?Our CEO's Directors,etc- They are not investing in already flourishing companies,most of them start investing in Small and Medium sized businesses because they make almost the biggest capital share in driving economy in regards to the types of businesses out there.

Entrepreneurs in Kenya need to make their time available even if its through social media because I think Clarity is the future. I’d say LinkedIn is the most amazing way to speak to people. Twitter is an unbelievable lead generation and Facebook gets word out there.Technology is a great connector and a great leveler.Anybody can lead, anybody can contribute but you have got to be real and you have got to be humble.When I look at our website(www.openbusiness.co.ke), I am utterly humbled, constantly, by the quality of work and drive put forward by our team to help and assist SMEs learn and keep that attitude at all stages in their day to day en devours while running their businesses.

Social community, interaction and feedback are what is going to allow us to grow the platform that the SMEs of Kenya deserve to get to where their ambitions,dreams and will would want to take them

CLOUDING FOR SMEs

....."We are in a world where use of mobile & internet technologies is profoundly rampant,creating a bigger room for all type of businesses to embrace the services being offered.That doesn't go away without touching on our SMEs:the most neglected category in our business sector yet the implications they bring is unmatched for.Given the rate at which technologies grow & change, would it be feasible for SMEs to invest so heavily on those technologies? Does it make sense to invest on expensive software,hardware,human resources & updates at a time when they are still finding their feet?Some will give an obviously “NO” answer factoring cost as the major hindrance to enjoying the much fast,easy,secure and reliable platform to doing business on.As SMEs,we shouldn't refrain from this amazing services fearing from high costs. Cloud computing is a technology through which firms host their data or entire network to a third party, saving them the expense of buying and maintaining network infrastructure.Here is a link(www.openbusiness.co.ke.) with a demo that shows how a cloud-based business application tool works with ease,the fastness it offers,security measures put in place for safety and the affordability it gives to SMEs who have been sidelined for a long time. So why should SMEs use cloud computing? Lower hardware & IT costs: Instead of having to invest millions on hardware, software & human resource to run them not to mention attendant costs like power etc, business should simply purchase cloud computing (CC) services to cater for all their needs while running their day to day errands in the business world. Add capacities: Say you own a server & your business gets featured on television or gets positive responses on Facebook. People will naturally want to visit your website. Chances are that your server may crash. However, with cloud computing, these capacities are added on so your website is available to users all the time. As a business you can also add or remove resources depending on the demand. For example, accounting, auditing & tax-based applications work more during closure of financial year. These services can be given priority over other services. Flexibility: Most CC companies offer a pay-as-you-use facility. That is, you only pay for the services you use. Imagine the savings!A good example would be OpenWorld Ltd which has designed a business management tool that caters for all type of business set-ups in Kenya through their module sign-up packages. Cloud computing companies normally offer software based solutions, or a set of applications or even hardware that you might require to run applications.

CLOUD COMPUTING IN AFRICA.

....Seacom known for its undersea optical fiber cables is expected to make their first move into offering cloud services with the launch of their Pamoja Cloud Services

Pamoja is a cloud services marketplace that the company says will revolutionize the way the SME sector conducts business. Seacom becomes the second infrastructure company to move into this space after Safaricom who launched their service about a year ago. Read Safaricom launches cloud services
According to the company website, Pamoja's business model is "built on the growing demand for IT-as-a-Service from small and medium enterprises (SME), coupled with the need for service providers to increase the value of their existing offerings and grow broadband revenue." Pamoja is building a SME Cloud services marketplace, which it will then offer to its channel partners and service providers to on-sell under their own brand (white-labelled) to their customer base.
Pamoja is expected to "remove the capital expense barrier to entry for International content owners who want to expand their service footprint to the African continent; no upfront capital investment is required," the statement said.
Pamoja is investing, initially, in Cloud computing infrastructure in South Africa and Kenya. This will allow Pamoja to service the Southern African markets with a strong focus on South Africa, Mozambique, Zimbabwe and Zambia. From the Kenyan based platform services will be delivered to Kenya, Tanzania, Uganda, Rwanda and South Sudan.
 To the technical teams in pamoja Cloud Services,applesam ventures ans samtech investments salute your panache of your work.Keep up the nifty work folks.

Source:Applesam ventures
Credit-sam