When you open Chrome in a new tab, you usually find a background image or other options to showcase. You may find news feed or previous sites that you visited the last session. If you want to make changes to the background of the Google Chrome browser, you can do it easily. You may decide to choose an image or images from Google collection or you can upload your own.
Whether you are going to upload your image or an image from Google collection, you first need to learn how to use a custom background in Chrome. Do you still have doubts? If so, then you need to keep reading this post.
Why Do You Want to Customize the Background in Chrome?
Before you start learning how to use a custom background in Chrome, you first need to know why you really need it. Actually, there could be various reasons behind customizing the background of chrome, but the most important one is that you want to resemble your personality through the background of the chrome. Yes, you may want to change the theme or background of the chrome according to your specific requirements or taste.
Moreover, knowing why want to change the background in Chrome is that it can help you make the right decision. For instance, if you are going to choose a product or service, you first need to confirm whether you really need the same or not. You aren’t supposed to spend your money on something that you really don’t need. The same situation can also be observed when it comes to customizing background in Chrome.
What Is the Process of Customizing Background in Chrome?
Whether you want to change background images or icons, you first need to learn how to do it. For this, you need to know the complete process of how to use a custom background in Chrome.
Are you getting confused? If yes, then you need to go through stated below detailed process for customizing the background in Chrome.
First, you need to open the chrome browser.
Here, you need to click on the Settings option.
When you reach on Settings option, you will find various choices.
Click on the background image or wallpaper image option.
Now, you can choose either an image from Google collection or choose your own from your device.
When you are changing the background, you need to check the preview. This way, you can save your time and effort.
Once you select the image whether, from your computer or Google collection, it will be set in the background automatically. It means that you won’t need to do anything extraordinary in order to set or change the background of chrome.
Can I Only Change the Image of Background in Chrome?
However, it’s true that you can change the image of the background in Chrome, but it doesn’t mean that you can only change the image of the background in Chrome. Instead, you can also change the theme or overall appearance of the background in Chrome. So, when it comes to customizing the background in Chrome, you need to keep this point in mind. It’s often seen that most of the novice individuals assume that they can only change the image of the background.
If you are also among those individuals, you need to change your existing perception. You need to understand that you can customize or even completely change the theme or appearance of the background in Chrome. For this, you need to follow the aforementioned points. By following the aforementioned guide, you can easily change or even customize an existing theme or background in Chrome.
The foremost requirement for effectively managing tilers and roofers is to build a well-connected platform for collaboration. Disconnected systems in an organization, often make the business processes, especially the field operations, go haywire, and that shows off with reduced efficiency and productivity of the tilers and roofers. Thus roofing and tilling businesses continuously look for methods that can facilitate effective management of the field operations and one of the best ways to do this is to automate the processes. Automation over manual methods of operation management has various advantages such as reduced risks of errors, improved accuracy & transparency, speedy execution, less manual efforts, recorded data at different touchpoints, and much more. Roofing software, which is a field service management software suite, specially designed for tilling and roofing businesses, is an all comprehensive tool that brings in automation to different field operations such as:
Scheduling and dispatching
Notifications and reminders
Route planning and optimization
Data or information sharing
Digital recording of field data
Worksheet filling and reimbursement claims
Reporting
Analytics
Invoice and payments
Automation in all these processes can simplify and streamline different verticals linked to workforce management such as work order management, tracking field activities, employee field performance tracking, inventory management, expense estimation and management, communication management, and customer management.
Since a roofing estimate app facilitates so many attributes related to field operations so it is preferred by companies as a comprehensive and all-in-one solution. Starting from service managers, supervisors, field teams to customers, all the stakeholders of a roofing project can connect over a common collaborative platform by installing the apps on their personal devices. The software can help them in enhancing their work efficiency in different ways:
Service managers: The roof estimating software enables the service manager to multitask. Starting from inventory management to reports reviewing to workforce management, he can rely on this software to deal with all these job responsibilities. Real-time tracking of tools, equipment, and material enables him to maintain the inventory stock cost-effectively. Accurate reports and insightful data help him determine the exact job costs. Also, he can take more informed decisions like dispatching additional teams to a location or resupplying depleted material, etc.
Supervisors: The software provides the supervisors with reliable channels of communication to connect with field teams through which he can get accurate information related to field workforce live-locations, work progress, equipment availability, and customer demands. Thereby, he can make a more informed decision by dispatching the best team for the job.
Field teams: For them the roofing software functions as a comprehensive personal tool through which they can have access to their job schedules, route plans, client details project details, etc. Also, the software is an efficient communication tool for them to connect with supervisors and managers so that they can update the supervisor about their work progress on a real-time basis and can also make demands for requisite additional tools and materials needed.
Conclusion
Roofing estimate app is a powerful and necessary solution for any roofing business as it has various highly specific features that make field service management cost-effective and less tedious tasks. Besides it also improves the efficiency of the field workforce by streamlining a lot of field operations through automation.
Enterprise mobility transcends traditional business operations by integrating mobile technology to boost workforce efficiency—particularly among millennials who prioritize work-life balance and flexible schedules. According to a FlexJobs survey, 84% of millennials desire greater work-life balance, and 54% prefer flexible working conditions. Moreover, a robust enterprise mobility strategy is integral to digital transformation, helping businesses capitalize on digital opportunities and drive innovation.
Market Insights and Growth
The global enterprise mobility market is booming, with projections from ResearchAndMarkets indicating a rise from $206.13 billion in 2017 to an expected $1225.78 billion by 2026, growing at a CAGR of 21.9%. This growth underscores the increasing importance of mobile strategies in modern business practices.
Key Steps to Develop an Enterprise Mobility Strategy
1. Define Business Goals
Clear business objectives are the foundation of any successful mobility strategy. Enterprises must align their mobility goals with core business aims to ensure impactful outcomes. This involves identifying opportunities within the organization where mobility can enhance performance, guided by KPIs, customer feedback, and industry trends.
2. Focus on User Experience
User experience (UX) is paramount in enterprise mobility. A user-centric design not only facilitates employee engagement but also ensures smooth interaction with business applications. Enterprises should prioritize UX to enhance the accessibility and usability of mobile solutions, thereby fostering widespread adoption among employees.
3. Device and Access Policy
Implementing a Bring Your Own Device (BYOD) policy is crucial but needs careful consideration of diverse devices and software versions used by employees. A comprehensive policy should address IT security, audit requirements, and infrastructure policies, ensuring secure and seamless access to corporate data.
4. Choose the Right Platform
Deciding between native mobile apps and cross-platform apps is critical. Native apps offer superior performance and user experience, while cross-platform apps provide flexibility through technologies like Xamarin, React Native, and Flutter. The choice depends on the end-users, device types, and required features.
5. Continuous Application Delivery
Adopting agile methodologies for continuous innovation and frequent updates is essential in keeping mobile applications relevant and effective. Enterprises must focus on regular enhancements based on user feedback and real-world data to maintain functionality and security.
6. Ensure High Security
Security is a cornerstone of enterprise mobility. Establishing stringent protocols to verify user identity and secure API integrations is necessary to protect sensitive data. Additionally, enterprises should have mechanisms to remotely wipe corporate data in case of device loss or theft.
Conclusion
An effective enterprise mobility strategy is not just about adopting technology but transforming business processes to be more dynamic and responsive. As the digital landscape evolves, enterprises must stay ahead by continuously refining their mobility strategies to leverage new technologies and meet changing market demands.
For further insights into developing a comprehensive enterprise mobility strategy, visit Optisol Business Solutions.
By integrating these strategic elements, businesses can harness the full potential of enterprise mobility to drive growth, enhance productivity, and improve customer satisfaction in an increasingly mobile world.
How to Prevent Zero-Day Attacks
Cybercriminals are using many different avenues to compromise environments today, both on-premises and in the cloud. One of the types of attack vectors that attackers often use is vulnerabilities. There is a particular type of vulnerability that is especially dangerous to your environment. It is known as the zero-day vulnerability and often leads to zero-day attacks.
In this post, we are going to take a closer look at the zero-day attack. What is a zero-day attack? What makes one vulnerable to this type of attack? How do organizations protect themselves and prevent zero-day attacks from compromising their environments?
What is a zero-day attack?
First, organizations must understand the zero-day attack and why it is so dangerous. What is it exactly? The zero-day attack happens when an attacker takes advantage of a zero-day vulnerability. The vulnerability may consist of a recently discovered or brand-new flaw in either hardware or software that allows an attacker to compromise the environment due to the flaw easily.
The real danger of a zero-day vulnerability is not necessarily how major the flaw is in itself. Instead, it has to do with the fact that a patch is non-existent to remediate the vulnerability. Hopefully, a security researcher discovers the critical flaw. If this is the case, the researcher will disclose the vulnerability to the software vendor before news of the exploit is released. The software vendor will then have time to release a patch before a working proof of concept (POC) of the exploit code is demonstrated in “the wild.”
The news of a zero-day flaw can often break one day. Attackers may attempt to exploit or use the vulnerability days if not hours later. Once software developers have time to patch the vulnerability, exploitation is much more difficult. Given this fact, attackers are quick to capitalize on newly discovered weaknesses to capitalize on slow to patch environments.
The worst-case scenario is the zero-day vulnerability is found by cybercriminals. They then use the vulnerability to compromise existing systems, unbeknownst to the client organization. It will generally take time before an attack is discovered and then even more time for the organization to figure out how to mitigate the attack vector once found.
Anatomy of a zero-day attack
How does a zero-day attack look when carried out? A typical series of events that leads to exploiting a vulnerability may look something like the following:
Software developers release a new version of code for software/hardware that, unbeknownst to them, contains a flaw in how the code has been implemented
Cybercriminals discover the flaw – This may either be in an externally exposed system or an internal system that can be exploited by a compromised host on the internal network
Exploit code is then written by the attacker which capitalizes on the vulnerability
After writing the exploit code, the attacker then uses the code to test the compromise on a public-facing server or an internal server in an environment where they have compromised an internal machine
After the attack is launched, organizations may realize they have been compromised. Discovering the breach may take days, weeks, or longer. The scale of the zero-day attack may correspond to how quickly the vulnerability is recognized and patched
Software developers release a patch for the exploit
Client organizations Patch systems to remediate the vulnerability
How to prevent zero-day attacks
Organizations cannot prevent vulnerabilities altogether. Unfortunately, with software development, bugs and other code inconsistencies are going to happen. These vulnerabilities can create the perfect breeding ground for a zero-day vulnerability. However, several best practices can help to prevent zero-day attacks in your environment. Let’s take a look at the following:
Patch your systems
Protect your email solution
Train end-users
Create a “zero-trust” environment
Use a Cloud Access Security Broker (CASB)
Use Multi-factor authentication
Backup your data
1. Patch your Systems
Patching is one of the most basic practices in an organization that can bolster security across the entire technology landscape. Most software vendors release patches at a predetermined release cadence. Microsoft notably releases patches on the second Tuesday of every month, known unofficially as Patch Tuesday to most. Other vendors such as Adobe, Oracle, and others also patch on this day.
Microsoft issues security and other patches on Patch Tuesday to resolve known and discovered vulnerabilities on Windows client and server operating systems. Attackers often look for longstanding security vulnerabilities that have often had patches issued for months or even years. Environments that are either slow to apply updates or do not apply them at all are especially vulnerable to zero-day attacks.
Using an automated patch solution helps ensure that patching is carried out regularly across the environment. It is important to patch the underlying systems and third-party applications that run on top of the operating system. Even if organizations apply Windows patches, there could be a critical vulnerability in a third-party program that can expose your organization. The moral of the story – patch your systems and applications!
2. Protect your email solution
Even with instant messaging and other solutions, email is still the most common communication platform in the enterprise. Attackers are still targeting businesses using email-based attacks. These attacks include phishing emails that often masquerade as legitimate senders only to drop malware on the end-user system.
Using phishing emails, attackers persuade end users to download an attachment or click a web link. While it may appear seemingly harmless, the attachment or link can install a trojan, ransomware, or another malicious tool that can be leveraged by an attacker to get on the inside of the network perimeter. Infiltrating the network using a phishing email can lead to the attacker compromising the environment with a zero-day attack or another vulnerability exploit.
Organizations need to use strong email security defenses to help protect end-users from phishing-based attacks. Phishing protection that captures phishing emails at the perimeter before arriving at the end-user means less chance the end-user will succumb to a phishing email attack. Cloud email environments are also not immune to phishing-based attacks, as demonstrated by security researchers.
3. Train end-users
No phishing email protection solution is perfect. A small amount of phishing or otherwise malicious emails may make their way to the end-user. Will your end-user be able to recognize a phishing attack? Employee security awareness training is a necessary part of the overall security solution in the enterprise today.
Security awareness training can help end-users recognize a phishing email when they see one. It helps them to be able to stay vigilant to various attack vectors and the signs to look for when an email is “phishy”. These signs can include the return email address not matching the sender address, illegitimate images, spurious domain names, and many other characteristics that may indicate an attacker is phishing your organization.
4. Create a “zero-trust” environment
There is a buzzphrase that you may have heard tossed around called “zero trust.” In the context of security best practices today, it is vital. In traditional environments, internal networks are separated from the “outside world” using a firewall. Everything in the inside network is “trusted.” This legacy approach to architecting network design and access to resources is dangerous. What happens when an attacker infiltrates the perimeter firewall and compromises a client on the inside network? They have access to everything.
Designing modern networks and environments has shifted to a “zero-trust” approach using micro-segmentation to create very small “sub-networks” that only allow a subset of clients and server applications to communicate. It helps to bring the least privilege access model to the network. By comparison, a client in a traditional internal network may only need to communicate with one server for one application. However, that client can “see” and communicate on all other network ports and with all other network nodes.
If attackers discover a zero-day exploit, having resources architected with zero-trust in mind drastically reduces the attack surface and opportunity for compromise. The vulnerable system may only be able to communicate with a specific number of clients. Due to the zero-trust design, these may be difficult for an attacker to infiltrate.
5. Use a Cloud Access Security Broker (CASB)
Cloud Software-as-a-Service (SaaS) environments have become extremely popular in migrating organization data to the cloud. Cloud SaaS environments provide many excellent capabilities to organizations. However, they can also be wrought with security woes if not appropriately controlled.
Cloud Access Security Brokers (CASB) systems allow organizations to have control over cloud SaaS environments. CASB solutions enable your organization to apply on-premises organization policies to your cloud environment. Modern API-based CASB solutions provide seamless integration with cloud environments at scale. These often provide other security benefits that allow providing governance controls and even ransomware protection. CASB solutions help to protect modern cloud environments from zero-day attacks.
6. Use multi-factor authentication
Attackers often use compromised credentials to attack environments. Again, to capitalize on a zero-day attack, the attacker may need to be on the internal network. More often than not, compromised credentials are what a cybercriminal may target to infiltrate business-critical systems on the inside easily. Multi-factor authentication is a great way to bolster authentication security.
Even if an attacker knows the username and password, they still do not have everything they need to log in if multi-factor is enabled. An end-user uses a smartphone or other physical device to authenticate the login session. When an end-user enters the username and password along with a one-time password, the session is validated. Other systems enable validating a “push” notification to grant the login. Zero-day attacks may be more difficult to exploit if an attacker does not have the credentials needed to position themselves in the network where they need to be for exploitation.
7. Backup your data
Even when your organization uses the best security recommendations, a zero-day attack is still possible. Data could be lost or corrupted by a ransomware attack or outright deleted by the attacker. Zero-day vulnerabilities can undoubtedly lead to a perfect storm of a zero-day attack and data loss.
Due to a zero-day vulnerability, if an attacker can carry out a zero-day attack against your business, your best line of defense is to have good data backups. Having data backups means you have a copy of your data at a known-good point in time, before an attack and before data loss resulted.
Protecting your organization against data loss includes having good backups of your cloud SaaS environments such as Google Workspaces (formerly G Suite) and Microsoft 365. Using a tool like SpinBackup to protect your cloud data allows you to ensure that your organization’s migrated business-critical data in cloud SaaS environments is protected. Even if you suffer data loss due to a zero-day attack, you can recover the data.
Wrapping Up
Zero-day vulnerabilities are a tremendous risk for your organization’s data. It is often not a question of how significant the vulnerability is, but rather the fact there is no patch to remediate the breach potential. It can often take software vendors weeks, if not longer, to produce a patch to remediate the vulnerability effectively.
By following certain best practices as described, your organization can prevent zero-day attacks by using adequate security mitigations to offset the potential risk. By patching, protecting email solutions, end-user training, zero-trust configurations, CASB implementation, multi-factor authentication, and backing up your data, you can help prevent a zero-day attack effectively.