Many companies are utilizing legacy systems that have become out-dated and fragile, and are inflexible to changing business models as a result. Preserving these legacy systems is tedious and can prove ineffective for your company’s changing needs. To continue growth and accessibility in this changing world, it’s important to build systems that are scalable and offer the best way for your users to access information. Enterprise integration works to combine processes, systems, and technologies with the intent of optimization to enable the ability for your customers, vendors, and partners to make quick and informed decisions in lieu of any perceived obstacles or opportunities.
Making the decision to integrate your enterprise’s processes, systems, and technologies to enable mobile or remote accessibility can allow you to build on your company’s existing assets while reducing the Total Cost of Ownership (TCO) of out-of-the-box solutions. With Ayoka, you can be sure that your integration will be cross-platform compatible and mobile friendly to allow for optimal accessibility of your company’s data as you see fit, resulting in greater interaction between customers, vendors, partners and entire business divisions.
Web applications are more accessible than ever, and with optimization of load time across different browsers and devices, end users are beginning to expect the best experience when they visit and interact with your web application. Responsive methodologies optimize presentation loading time and data-driven content for the end user. Optimizing your company’s database and its queries will help the load time and alleviate the server load, which includes requests per second and memory allocation.
Not every company fits an out-of-the-box application solution like Salesforce. There are functionalities left unused and often functionalities that are desired by a company to utilize, impeding on your company’s business model and goals.
While out-of-the-box software solutions prove to be inexpensive to purchase, it usually takes a company’s acquisition of software and implementation of the software for a company to realize that there is a lot of functionality that is left out that is desired, which could cost your company more money in the long run. Your own custom software applications can be maintained as long as your company needs it, while licensed business software is susceptible to updates and discontinuation at the licensing entity’s discretion. To maximize your company’s productivity, your end users need to be adept in utilization of your software capabilities. Most out-of-the-box solutions drop productivity levels and end users report that they cannot effectively complete their work as they experience continuous errors. Custom applications can fit perfectly with your company’s existing and future business methodologies. Building a customized application can prove to be more scalable, as our developers can project your company’s growth while maintaining program usability and security. External threats are always pressing, and out-of-the-box solutions make it easy for malicious users to anticipate and exploit your off-the-shelf software’s security flaws. If your company has already implemented an out-of-the-box software solution, custom software can be seamlessly integrated to meet your company’s itemized needs.
Software balancing between the client and server computer networks has always been a paramount for any developer or IT to deliver a seamless interface and a secure environment for businesses’ and their end users.
Load-Balancing is a computer networking method that distributes workloads across hardware resources, like CPUs, disk drives, or whole computers, optimizing resource use to up response time and mitigate risk of overload. The load balancer itself is forwarding requests to the back-end servers while preventing the clients from querying the back-end directly, offering security from malicious users that use DDoS attacks, SQL Injection, or any sort of attack that leads to bottlenecking of the servers’ resources. To meet industry standards, Secure Sockets Layer (SSL) traffic encryption will properly encrypt and decrypt your data packets through the offloading, re-encryption, and pass-through stages of data transfer between the client and server machines.
Surrounded by ever-changing technologies, Business Intelligence (BI) is a useful solution to utilize existing data and schemas used by a company to readily anticipate the future acquisition of information and implementation of new business models.
Enterprises and small businesses alike use BI to share information internally to easily collaborate and simplify sharing to optimize both time and operational information accumulated by different sectors of your business to ultimately gain insight into your business performance and recognize opportunities. BI can also be used with scalability and flexibility in mind for your business by prioritizing the building and maintenance of business models, analysis, and reporting. In the Sales sector of your business, for instance, Customer Relationship Management (CRM) plays a big role in the structure of the maintenance of the large amount of data accumulated through interactions with potential and existing clients. That accumulated data could be shared with other sectors of your business to build in-demand solutions to common problems that are encountered by a majority of your clients-which could be lost in translation if the data were not shared and accessible by your employees. Online Transaction Processing (OLTP) Systems, utilized by eCommerce businesses, does well to retain information from purchases but lacks a comprehensive way to scrape that data for analyzing and reporting. Enterprise Information Integration does well to serve as a sieve to be managed by Business Analysts and other employees to select what information will serve your business in the long run.
BI solutions can reflect your business’ understanding and responsiveness to problems in both existing and potential clients’ industries. It’s important to gather data and make decisions based on that data to learn and measure the results of implementation of new models based on that data! BI also helps to secure information by combatting fraud, mitigating risk for loss, and information abuse. It’s best practice for BI solutions to be constructed with analytical efficiency as a priority, to embrace historical data instead of overwriting it, to manage both data and meta data, and to build structures for accessibility for multiple internal employees, instead of only one or two.
The Connected Car concept has been the topic of discussion and a goal for most all tech companies, including big names like Google and AT&T who hope to integrate their existing big data into the automotive industry to address both safety and security issues. While they conceptualize and innovate for our transportive futures, what are some of the obstacles they stand to face, and what can we ultimately gain by optimizing cars for individual drivers? I personally advocate public transportation, but in this American age of individualism, companies are scrambling to integrate the computerized user experience into the cars we utilize.
Cars generally take longer than smartphones to be conceptualized and built, and this is no different for the connected car concepts that should be projected to last for many years. The innovators must be ready to anticipate system upgrades and new applications hitting the market constantly, like smartphones, instead of the regular automotive trend of five-year increments.
The Connected Car will be integrated with satellite datathat will handle car diagnostics and anticipate and map traffic congestion data to help with route building to optimize your transportation time. User information will be plugged into the car via your smartphone to help to retain data such as your home address and manages calls for emergency services, alerting them to your current location in the event of a serious car crash.
In lieu of these new innovations hitting the market will bring about a new car salesman and dealer. The way that these salesmen will have to really explain the benefits of the functionality of the Connected Car will grow as the they come into consumer buying ranges, offering insight to any generation who is interested in buying one of these new car concept models.
A great endeavor that some companies, like ZipCar, are going for will be the ability to offer shared car service. Electric vehicles will be able to be parked, charged, and checked out for use by consumers for an hourly, or daily, rate. This will cut down on cost for many families and individuals who do not have space or funds, or a want, for their own motor vehicle.
Built-in vs. Brought in Internet connections is another hot debate among car manufacturers, as there are merit to each option. Tethering existing Internet from your smartphone poses the ability for a user to manage their Internet bandwidth, while built-in options offer stronger connections.
As these innovations are more and more cutting-edge and, in a way, separate from the purchase of the car itself, one wonders how will these capabilities be paid for?! This calls the idea of rethinking current data models of both the manufacturers and the Internet Service Providers.
The want for these abilities in the Connected Car prompt manufacturers to forge bonds with software developers in hopes of satiate consumer connectivity needs. Be on the lookout for new native applications that will help to unlock your doors, find your car’s location, or remotely start your car all from your smartphone, while these manufacturers put their minds with developers and engineers to bring the future of the driving experience to you!
The best technical foundation for your business that promotes secure data-sharing between your business managers, your clients or customers, and your partners in B2B relations involve a process that determines what the newest and most-utilized trends are for usability. By assessing your existing business models and strategizing to optimize them for the next iteration, you can easily simplify and improve your data’s values by optimizing its structure, procedures and processes to control information quality. Ayoka can lend a hand in the strategic planning process to meet your businesses’ unique goals.
Planning your deployment for IMS implementation of your new, optimized, models, will take time and a deep understanding of current processes so that integration can be implemented with the least amount of interruption. As a result of these deployments, you will see your company’s processes become more and more navigable. This could make the business data more easily navigable for your end-users, and can be done with an implemented Content Management System (CMS) that sends data to the right place in real-time and allows for asset management on the fly.
Making plans to implement and manage you businesses’ information assets with the ability to accommodate future needs and emerging technologies will project your business data’s usability far into the future, preserving the business legacy models and applications and building them with accessibility and scalability in mind.
Back before 1990, the Department of Defense initiated plans for the planning and deployment of robotic vehicle platforms in the battlefield and a goal to standardize its interfaces and architecture. Robotics industry leaders say that advances in military, transportation, medical, and other non-manufacturing robotics applications, its research and its development investments are justified by dramatic potential benefits, and will provide the technologies to advance future generations of robots for application in manufacturing. Torco Robotics and other groups like Oshkosh Defense have combined forces with the US Marines and the US Armed Forces to give autonomous vehicles the chance to lead or follow Warfighters.
These practices, however, conflict with International humanitarian laws. “One of the things that holds us back from barbarism in contexts of war is this distinction between combatants and civilians,” said David Mepham, the United Kingdom director of Human Rights Watch. “We are worried about a robotic weapon of the future not being able to tell the difference between a child holding out an ice cream and someone holding a weapon.”
The UGVs will be operated remotely and monitored, to reduce the risk of a situation that would conflict with humanitarian laws. The Center for Strategic and International Studies (CSIS) asserts that “Reducing manning or eliminating it altogether in logistics supply convoys would save American lives in the future,” and no matter what the mission goals are, these unmanned vehicles can still interact with harmful substances and objects, clear ground, and provide security.
As Federal Health IT professionals take interoperability as a priority in an attempt to promote health information exchange, they were met with what may be misappropriation from doctors and other IT professionals and found themselves in an investigation on what entities are behind what’s being called the “information backing problem.”
The Office of the National Coordinator of Health IT, or ONC, stated that they “should take steps to decertify products that proactively block the sharing of information because those practices frustrate congressional intent, devalue taxpayer investments in [certified EHR technology], and make [the technology] less valuable and more burdensome for eligible hospitals and eligible providers to use.” A series of questions have been submitted related to ONC’s budget and its intent to collect millions of dollars in fees from health IT vendors.
Studied physician and Rep. Phil Gingrey (R-Ga.) states that “it may be time for us to look closer at the activities of vendors in the space, given the possibility that fraud is being perpetrated on the American people.” The Appropriations Committee has requested a detailed report of the extent of information blocking and solutions to combat and end the problem in question. Four members of the Committee on Energy and Commerce have the following four questions for ONC chief Karen DeSalvo:
When the authorization for the Medicare and Medicaid Inceantive program expires, under what statutory authority does ONC believe it is able to regulate Health IT and electronic health records, particularly in (but not limited to) non-Meaningful Use areas?
The FDA is provided with the authority to regulate medical devices by the Federal Food, Drug, and Cosmetic Act. What similar authority does ONC point to, going forward, to participate in regulatory activities in coordination with the FDA and the FCC?
To what extent does ONC’s NPRM on 2015 Edition EHR Certification represent a broader shift in focus from coordinating and promoting efforts related to interoperability, privacy and security, and quality reporting criteria, to the regulation of data collection, functionality requirements, and other areas where market forces are more likely to promote innovation and efficiency?
What role does ONC plan to play moving forward on issues including, but not limited to, Health IT safety and EHR certification requirements? How will the recommendations of ONC’s Federal Advisory Committees guide these plans? Will ONC’s role be limited to the scope of these recommendations?
Chief science and medical officer of the West Health Institute, Joe Smith, stated that “Interoperability is essential to the more automated, connected and coordinated health care delivery system we all want and deserve, and it is an absolute requirement to make the ‘meaningful use’ program meaningfully useful.”
Thalmic Labs, fronted by mechatronics engineers Stephen Lake, Matthew Bailey, and Aaron Grant, is building upon the future of human-computer interaction. They aspire to use wearable technology to connect the real and digital worlds, and they’re not alone. Their team includes researchers, designers, and other engineers that share the same passions, with financial backing from Spark Capital, Intel Capital, Formation 8, First Round Capital and FundersClub, along with other individual investors.
By preordering a kit for only $150, you can receive your own Myo armband and the chance to become a developer before they’re released in the fall for consumers. The kit will come complete with the hardware, Software Development Kit (SDK) and all the necessary software!
The Myo band works by “using our proprietary EMG sensors…measures the electrical activity from your muscles to detect what gesture your hand is making. It also senses all of the motions and rotations of your hand and forearm through the 9-axis IMU.” It’s compatible with Windows, iOS, Android operating systems connected by a low-energy 4.0 Bluetooth connection. It can be configured to work with an array of devices independently, although functionality has not yet been implemented for a Myo armband to work with multiple devices consecutively. What’s cool is that one can develop applications that utilize two Myo armbands!
Thalmic Labs is really changing the game with their new armbands, they’re sure to be well received by both consumers and the enterprise, as wearable tech is a great way to bridge the gap between a user and their devices.
Feel free to email Thalmic Labs at email@example.com with any inquiries you may have!