JomBill Hybrid Launching at UTM Skudai

Disruptive technology trends determine the way the new year will be shaped. They will accelerate and transform many industries at a rapid pace throughout the year. They will shape the world and the future and will be present on the horizon of business owners and investors alike. Welcoming 2020 with warm heart, Jomsoft will always listen to our users’ needs and keep upgrading our system to achieve user’s satisfaction. “Your Challenges, Our Solutions”

Congratulations on JomBill Hybrid launching at UTM Skudai. We thanks UTM for their supportive team. Let’s work together and grow together!

What is JomBill Hybrid?

JomBill Hybrid is essentially the combination of current system postpaid system with prepaid features to produce an efficient system.

How JomBill Hybrid works?

  1. Tenant must top up credit in account same as how prepaid meter work.
  2. System will check tenant’s electricity usage amount on daily basis.
  3. When the usage amount reach 50% of credit balance, tenant will receive a reminder email to top up credit int their amount.
  4. If tenant failed to top up credit in account after exceed credit balance, account will be barred and electricity will will be cut off automatically.

Basic Knowledge About Smart Meter

What Are Smart Meters?

A smart meter is an electric, water or gas meter that wirelessly collects and delivers usage information to the utility and the energy customer. Some smart meters read data every hour and provide updates once a day while others are able to gather data in real-time and on-demand.

Two-Way Versus One-Way Smart Meters

The first smart meters were one-way meaning that they just sent information from the meter to the utility company. However, since 2013 two-way smart meters have become more prevalent. A two-way smart meter allows utilities and the customer to access the data.

Advanced (Smart) Metering Infrastructure

Smart meters are a part of the advanced (smart) metering infrastructure (AMI) that’s focused on modernizing the grid so that service is stabilized and more efficient. Not surprisingly, every states with the most smart meters have put emphasis on improving and stabilizing the electric grid.

In fact, it’s the electric, water and gas utilities that decide to install smart meters. That means the customer doesn’t have a say in the type of smart meter that’s installed although customers can opt out of having a smart meter at their property. Another implementation consideration is that each state and region has its own regulations for installation and usage.

Smart Meter Data

The most obvious difference between traditional meters and smart meters is that the utility company no longer needs to send someone out to collect usage data. The data is sent hourly or daily to the utility company, which significantly simplifies the billing process. It also means that there’s no human error in estimating a customer’s usage.

What data is the smart meter generating?

Like the old meters, electric smart meters are measuring the number of kilowatt-hours (kWh) used. A kWh is 1,000 watts of electricity used in one hour. Smart gas meters measure flow in cubic feet.

There are two ways to get data from a smart meter. The most convenient method is to log onto your account online. If you have a smart meter your provider should feed that data directly to your account so it’s readily available. You can also look up data the old-school way by checking out the meter itself. The kilowatt usage data is displayed on the digital monitor and gas usage is displayed on dials.

How Utility Companies Benefit From Using Smart Meters

The reason smart meters are becoming the norm is because there’s a lot of upsides for the utilities that install them. Here are a few ways that smart meters help utility companies improve energy distribution:

  • Better monitoring of the electric system
  • More balanced electric loads for reduced risk of blackouts
  • Ability to connect with customers and reduce energy use during peaks
  • Improved allocation of energy, which reduces the need for new power plants
  • Less manpower needed to analyze usage and bill customers
  • Faster identification of when and where outages occur

Ultimately, customers can also benefit from the points above as well. And reduced cost for the utility companies can translate into lower rates for everyone.

How Customers Save Energy With a Smart Meter

Smart meters make day-to-day operations easier for the utility company, but customers can also benefit as well. The major advantage is the potential for energy savings. You can reduce usage by using the smart meter data to analyze behaviors and trends. Some of the things you can analyze include:

  • When you are using the most energy
  • If your usage is during peak hours (when energy may be more expensive)
  • How you are using energy
  • Whether a dynamic pricing plan will cost less

All of this information helps gas and electric customers make better choices and save more money. And don’t worry about the accuracy of the information. Smart meters have been thoroughly tested to ensure that the readings are highly accurate.


What is SaaS? 10 FAQs About Software as a Service

While the technology world is laser focused on the software-as-a-service (SaaS), or “cloud,” phenomenon, a lot of companies with which we speak aren’t as familiar (gasp!). That’s changing, however, as SaaS solutions continue to offer a viable software option for many businesses to traditional on-premise installations.

Every day at Software Advice, we hear the same handful of questions about what SaaS is, exactly, and how SaaS differs from the traditional software model. So, we thought it’d be helpful to put together a guide of the 10 most frequently asked questions about SaaS.

1. What Is SaaS?

SaaS is a method of software delivery that allows data to be accessed from any device with an Internet connection and web browser. In this web-based model, software vendors host and maintain the servers, databases and code that constitute an application. This is a significant departure from the on-premise software delivery model. First, companies don’t have to invest in extensive hardware to host the software, and this in turn, allows buyers to outsource most of the IT responsibilities typically required to troubleshoot and maintain the software. The SaaS vendor takes care of it all.

In addition to allowing remote access via the web to the software applications and data, SaaS also differs from on-premise software in it’s pricing model. On-premise software is typically purchased through a perpetual license, which means buyers own a license to the software. They also pay 15% to 20% per year in maintenance and support fees. SaaS, on the other hand, allows buyers to pay an annual or monthly subscription fee, which typically includes the software license, support and most other fees. A major benefit of SaaS is being able to spread out costs over time.

2. How Do I Choose Between SaaS & On-Premise?

The first step to answering this question is to determine the complexity of your business. We typically recommend SaaS to small to medium businesses with fairly straight forward business processes that are looking to reduce upfront expenses. Why? SaaS solutions are cost effective, but they are still working their way toward handling the complex requirements of large enterprise businesses. If there is one area that SaaS is still working to make up ground in terms of offerings, it’s delivering the same level of robust functionality that you find in on-premise systems.

While SaaS is closing the functionality gap, there remains a rather large gulf between the two. For example, a medium-sized manufacturer that makes highly engineered and custom aerospace parts may be best-suited for an on-premise system, simply because on-premise systems have been around longer and have more functionality. On the other hand, a manufacturer that specializes in nuts and bolts will find all the functionality they need in a SaaS solution like NetSuite or Plex Systems. So, it really comes down to understanding what are your organization’s needs and which solution can best help you address those in the near term – and over time.

3. Is SaaS new?

The origins of a shared resource environment such as cloud computing date back to the 1960’s. In a 1961 speech to MIT students, John McCarthy, a renowned computer scientist that won the Turing award for his work in Artificial Intelligence, famously said, “computation may some day be organized as a public utility.” In other words, with the concept of cloud computing that is certainly what you have – a shared resource of computing power. While the idea has been around for some time, the web-based technology required to support SaaS matured heading into the late 1990’s. That’s when companies like Salesforce began offering traditional enterprise solutions, such as customer relationship management, through a SaaS model.

At first, the enterprise software world didn’t take SaaS seriously. In the last five years, however, that’s changed dramatically as SaaS companies have proven they’re able to grow their revenue and customer base through a subscription licensing model. At the same time, buyers are increasingly drawn to the affordability and the familiarity of the web browser-like user interface (UI) SaaS solutions offer.

4. Can I Customize SaaS Software?

When SaaS applications first emerged, customization was very limited. Everyone got the same solution and had to adapt their business processes to the software they received. Today, it’s becoming much easier and more common to customize your SaaS systems. And in fact, there are now armies of consultants that specialize in tweaking SaaS applications to fit your business processes.

Buyers can customize the UI to change the look and feel of the program, as well as modify specific areas, such as data fields, to alter what data appears. Several business process features can also be turned off and on at will. However, the ability to tailor SaaS software still isn’t what it is for on-premise solutions. As the SaaS market matures, software vendors are investing more in development to provide more customization and flexibility that companies are accustomed to with on-premise software. Of course, all of this varies by application and vendor; some are further ahead than others.

5. Who Owns My Data?

A lot of buyers fear that SaaS vendors “own” their data. This is certainly something to be aware of when negotiating a service level agreement (SLA) with your SaaS vendor. In addition to setting system reliability standards, the SLA spells out parameters for issues, such as data ownership, security requirements and maintenance schedules. It’s an important and fairly complex document that we can’t cover sufficiently here.

In terms of data ownership, buyers should ensure there’s a clause in their SLA that states unequivocally that they own the data. Most SaaS contracts have built in and prepaid contingencies that will provide access to your data if the vendors goes out of business (see below) and guarantees that you own that data. Furthermore, most SaaS vendors will let you export your data and back it up locally any time you want. It’s very unusual for any vendor to insist that they retain ownership of your data. If you notice this in a clause, don’t sign the dotted line.

6. Is My Data Safe?

This is one of the biggest sticking points for companies that are considering SaaS. Security is an important consideration when allowing someone else to maintain your business-critical data, especially for companies with large data sets. However, with online banking and online payroll systems becoming the norm today, the security issue seems to be a bit of a red herring. Few things are more important than our bank accounts, yet most of us are comfortable with putting this information in the cloud.

In truth, data security is independent of whether the server is sitting right next to you or in a different city. Apples to apples, SaaS vendors are actually able to invest much more in security, backups and maintenance than any small to medium enterprise. For this reason, a web-based system typically has more security measures in place than an on-premise system. Furthermore, most SaaS vendors undergo stringent security procedures of SAS70 Type II audits that test the data center’s level of security. And chances are an individual IT department within may not hold themselves to the same standards.

7. What if My Vendor Goes Out of Business?

This is a legitimate concern as in the world of software, vendors come and go all the time – whether through industry consolidation or business failure. The data, however, is typically yours to keep. Most SaaS vendors prepay their data center hosting company to “keep the lights on.” This prepaid fee is meant to safeguard companies to ensure their data is accessible in the event something should happen with the vendor.

The important thing here is to make sure your SLA has a clause that explicitly states that you can export your data from your provider, which most SLAs do outline as standard practice. This clause should also include how often and in what type of format you may access your data. It’s common for SLAs to also stipulate that the vendor will help migrate your data, for an appropriate fee.

8. What Are the Internet / Operating System (OS) Limitations?

The primary downside of SaaS is that it relies on a good Internet connection. You’ll know better than anyone how this will affect you. How’s your Internet? While many believe on-premise systems to be more reliable, no system is fully immune to downtime. On-premise software is subject to electrical outages, hardware failures and a range of other risks. As a safeguard, some SaaS vendors have developed “offline” functionality that allows people to keep working in the event that Internet does go down. Once a solid connection is available again, all the data is synced to the system.

Beyond the Internet connection, some are worried about OS compatibility. Most enterprise systems were built to run on either Windows or Linux. That’s starting to change. As Mac users, we’re happy to see that more enterprise vendors support the Mac OS. As Mac adoption continues to grow in the enterprise, we expect Mac functional support to accelerate as well. Furthermore, most SaaS companies support multiple web browsers, so no matter what system you use, you can access your SaaS applications.

9. What’s the Difference Between SaaS and Cloud Computing?

It isn’t just semantics. The cloud refers to a set of incredibly complex infrastructure technology. At a fundamental level, it’s a collection of computers, servers, and databases that are connected together in a way that users can lease access to share their combined power. The computing power is scalable so that buyers can dynamically increase, or decrease, the amount of computing power they lease.

The cloud can refer to anything that’s hosted remotely and delivered via the Internet. While all cloud programs are run by underlying software, SaaS refers specifically to business software applications that are delivered via the cloud. Given the widespread growth of cloud accessibility, it’s been easier, faster and less expensive for SaaS developers to roll out applications as compared to traditional on-premise software development. Today, nearly every type of core business function – from human resources to enterprise resource planning – is available via SaaS.

10. What’s a Private Cloud?

A private cloud takes all of the infrastructure technology that runs a public cloud and stores it on-premise. Users achieve the same functionality and ability to access their data through a web browser. However, instead of sharing the computing power with the general public, the computing power is shared among users at one company. Contrary to the public cloud model, a private cloud requires an IT department to perform maintenance and upkeep.

A private cloud is really only a viable option for large enterprises that can invest in the infrastructure required to develop and maintain a cloud environment. With private clouds, it takes a large scale to generate a return on investment from this level of technology purchase. For large enterprises that don’t want to put their information in a publicly accessed cloud, it is an attractive option.

While these 10 questions by no means cover all things SaaS, they are the ones buyers most want to know. So, if you’ve got a burning question that needs to be answered, leave us a comment below. We’ll do our best to answer your question by the next business day.


Article by: Derek Singleton 
on August 12, 2019

analog vs digital meter

Analog vs. Digital Smart Electric Meters

Apparently, 80% of us tend to buy digital weighing scale compared to analog because of its accuracy and we find it more easier to read the number in digital display rather in analog display. In this article we will discuss about Analog vs. Digital Smart Electric Meters;

Analog Meters

Analog electric meters are useful for monitoring electricity use on a periodic basis and for checking the accuracy of electric bills from month to month. Analog meters have multiple spinning dials, which are best read by qualified electricity company representatives.

These types of meters can be confusing for average consumers to read because the hands on the five dials alternate directions: The first hand revolves in a clockwise direction, the second counterclockwise, the third clockwise and so on. Analog meters have one purpose: To tell the consumer or meter reader how much electricity has been used since the last reading.

Smart Meters

Digital or “smart meters” record daily electricity use and share information about consumption between users and electricity suppliers over wireless digital radio frequency networks.

A home energy management system with compatible, interactive devices connected to an advanced metering infrastructure (AMI) has potential energy management benefits. For example, smart meters may one day enable consumers to program electricity use for nonpeak hours when power is available at a lower cost. This interactive capability also could allow utility companies to manage energy use and adjust loads during periods when there is a danger of a potential system overload, such as during periods of extremely hot or cold weather.

Consumer Concerns

Some individuals are concerned about potential problems with the smart meters connected to AMI. Health activists, consumer watchdogs, and privacy advocates have raised three main areas of concerns:

  1. Consumer watchdogs question the accuracy of smart meters and the likelihood of billing errors.
  2. Health advocates are concerned about potential risks related to the effects of low-level radiation, which is produced by the smart grid’s wireless radio frequency network. This issue is similar to the controversy regarding cancer and the use of cell phones.
  3. Privacy advocates are worried that information gathered by smart meters and other smart grid devices will be misused.

Smart Meter Accuracy 

Customers sometimes file complaints about inaccurate smart meters when they receive higher-than-usual electricity bills. Though a smart meter may be faulty, other variables could be to blame. Billing cycle changes, extreme weather conditions, higher consumption, faulty home appliances or heating and air conditioning systems can result in high electricity bills. Dynamic energy pricing also can cause fluctuations in electricity consumption, notes a report by the Electric Power Research Institute.

The two highest-profile cases involving customer complaints about inaccurate meters were in California and Texas. When customers complained of higher bills after smart meters were installed in parts of those states, authorities ordered independent audits of the meters. The complaints coincided with a hot summer in California and a cold winter in Texas, conditions which may have contributed to the perception of inaccuracies.

testing blog

NB-IoT vs. LoRa: It’s an Ecosystem, Not a Race

As the number of connected devices rises, new technology standards have developed to handle the growing IoT space. While smartphones use cellular networks for their data, many IoT devices (for example, a smart water meter) only need to transfer small amounts of data. Relying totally on cellular or satellite networks would be expensive and use too much battery power for most devices. Similarly, WiFi and Bluetooth networks are not always a good or cost-effective solution. Most IoT devices don’t need to be in constant contact with a cellular network, so a new type of network was needed. Enter the LPWAN.

What are optimal uses for each technology?

Depending on the needs of an application, one technology may be more suitable than another. For most applications, the biggest considerations are latency, battery life, coverage, and cost. In this capacity, NB-IoT and LoRa serve different purposes.

Smart metering:

Most meters process only modest amounts of data each day, so LoRa is best for most applications, assuming that the cost of installing a gateway is not prohibitive. NB-IoT is a good choice for applications that need more frequent communication or high data throughput.

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