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Cut your social media exposure and get rewarded by Dayo

Naushad K. Cherrayil
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Cut your social media exposure and get rewarded by Dayo
  • App’s launch coincides with broader discussions about social media’s influence on mental health and regulatory scrutiny of tech industry practices
  • Dayo offers users a transparent way to track and manage their social media usage while receiving tangible benefits.
  • Platform partners with over 100 brands, including JBL, Rumpl, Ruff, and Yeti, to provide a user price of up to 40% off on selected products.
  • The earned rewards accumulate in the user’s Dayo app wallet and can be applied toward purchases within the app’s marketplace.

Dayo Technologies, in what can only be described as a stroke of either genius or profound corporate irony, unveiled “Dayo,” a mobile application designed to bribe users into spending less time luxuriating in the digital dopamine drip that is social media.

The concept, audacious in its simplicity, proposes to reward individuals for limiting their daily exposure to curated envy, political outrage, and algorithmically amplified cat videos.

In exchange for a paltry 30 minutes of allocated screen time, users will be showered with… discounts.

Yes, discounts. The platform partners with over 100 brands, including JBL, Rumpl, Ruff, and Yeti, to provide a user price of up to 40 per cent off on selected products.

On goods from the likes of JBL (presumably so they can listen to more enriching content, like audiobooks on mindfulness), Rumpl (for swaddling oneself in a blanket of tranquility after an exhausting day of not arguing with strangers online), Ruff (for pampered pooches who, let’s be honest, are probably better adjusted than most social media addicts), and Yeti (because what better way to celebrate reduced digital consumption than with an overpriced cooler?).

According to Dayo’s CEO, Corey Scholibo, the very platforms built to addict us are now the enemy. One almost suspects Scholibo is planning a reverse coup, building his own meta-platform of digital abstinence.

Reshaping digital landscape

He laments the societal cost of unchecked online engagement, conveniently overlooking the probable societal cost of everyone suddenly having perfectly insulated beverages thanks to their time management prowess.

Dayo, headquartered in Portland, Oregon, is a digital wellness company focused on promoting balanced technology use. Founded by Corey Scholibo and Patrick Triato, the company is supported by industry veterans from Meta, Nike, and Uber who are committed to reshaping the digital landscape by prioritising user well-being.

Dayo’s COO, Patrick Triato, declares that their success will be measured not by engagement, but by reclaimed time.

“One imagines Dayo’s internal metrics dashboard flashing with triumphant glee as users across the globe trade digital validation for marginally cheaper outdoor gear.”

Digital detox

The initiative, launching amidst a growing epidemic of digital dependency, arrives like a particularly earnest superhero. Armed not with superpowers, but with coupon codes.

The company, apparently basking in the reflected glory of prior Oregonian entrepreneurial accolades, promises future updates, including peer-to-peer rewards —a feature ripe for potential gamification of digital detox.

One can envision elaborate schemes where users bribe each other with virtual badges to spend even less time online, ultimately creating a competitive market for digital asceticism.

And for those truly committed to severing ties with the digital world, Dayo hints at a debit card. Presumably, this card will allow users to spend their accumulated rewards on… more things that will inevitably end up being advertised on social media. The circle, it seems, remains unbroken. Download Dayo today. Your wallet, and perhaps your sanity, will thank you. Eventually.

Dayo is now available for download on iOS.

Tata Power gets nod to install 100MW Battery Energy Storage System in Mumbai

TCN Bureau
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Tata Power gets nod to install 100MW Battery Energy Storage System in Mumbai
  • The ambitious project, slated for installation across ten locations over the next two years, addresses the critical challenges of increasing energy demand and the imperative for sustainable energy solutions facing Indian cities.

Tata Power’s regulatory approval to deploy a 100MW Battery Energy Storage System (BESS) across Mumbai marks a significant step towards bolstering the city’s power infrastructure and advancing its decarbonisation efforts.

The ambitious project, slated for installation across ten locations over the next two years, addresses the critical challenges of increasing energy demand and the imperative for sustainable energy solutions facing Indian cities.

By providing backup power to essential infrastructure and enabling peak load management, the BESS promises to enhance grid stability, improve operational efficiency, and ultimately benefit consumers.

Strategic importance

The strategic importance of the BESS lies in its ability to provide resilience during grid disruptions. By safeguarding critical infrastructure such as the metro, hospitals, data centres, and the airport, the system mitigates the potentially devastating consequences of power outages.

Furthermore, the inclusion of advanced “black start” capabilities will enable a faster recovery from outages, and prevent wider blackouts by providing islanding support, allowing specific areas to function independently. This enhanced grid resilience is particularly crucial in a densely populated and economically vital city like Mumbai.

Beyond enhancing grid stability, the BESS offers significant economic and environmental advantages. The system’s ability to store power during low-cost periods and discharge it during peak hours is projected to reduce consumer tariffs in the long run.

Expanding renewable energy portfolio

The smart energy management also defers the need for costly grid upgrades, optimising capital expenditure and resource allocation. Furthermore, by facilitating the storage of surplus solar energy generated during the day, the BESS promotes the integration and utilisation of renewable energy sources.

This directly contributes to Tata Power’s ambitious goal of achieving carbon neutrality before 2045, and reinforces its commitment to expanding its renewable energy portfolio.

The successful implementation of this project hinges on the efficient management and monitoring of the BESS network. Tata Power’s plan to centralise control through its Power System Control Centre and integrate the storage infrastructure with a Distributed Energy Resource Management System (DERMS) is a crucial element for maximising operational efficiency and realising the full potential of the BESS.

Moreover, the provision of ancillary services like frequency and voltage regulation will further contribute to the overall stability and reliability of the Mumbai power grid.

7 benefits you need to know about admin activity monitoring

Mohammed Fahad
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7 benefits you need to know about admin activity monitoring
  • Admin activity monitoring as an implementing mechanism proves to provide multiple benefits in improving security posture in an organisation, compliance measures, and accountability.
  • The automated activity capturing system will safeguard sensitive information, incident-responsiveness efficiency, and operational efficiency.
  • As cyber threats evolve, the dependency upon and investment in strong administrative monitoring as a critical infrastructural provision becomes a clear necessity for modern organisational integrity.

Implementing admin activity monitoring is one of the best possible ways of ensuring that cybersecurity threats are abated. It refers to keeping track and analysing administrative user activity on the IT systems of an organisation.

Below are the seven main benefits derived by administering this kind of monitoring regime:

  1.  Improved Security Posture: Due to the powers associated with admin accounts, they are major targets of cyber criminals. Monitoring those accounts of an institution makes it the earliest identification of any activities that may be associated with something suspicious like unauthorised access attempts or strange data manipulation, thus improving the overall security.
  2. Increased Compliance:  There are very many sectors that are followed by the strict rules and regulations when it comes to data protection and privacy. The admin activity monitoring will help any organisation with compliance by providing all the actions that were taken by the administrators in great detail. These will all be vital evidence for audits and ensure that the organisation is under the policies that need to be adhered to it.
  3. Rapid Incident Response: Time is very crucial at the time of a security incident. Time-sensitive incidents detection means that good-quality admin activity monitoring will allow for quick identification of attacked accounts and give a good view of what was happening leading to an incident action. Such fast response could save the day regarding damage and resume normal working.
  4. Accountability and Traceability: A culture of accountability is created through the recording of all the administrative activities that have happened in an organisation. In the case of any data breach or any security incident, organisations can trace the activities back to the sources of specific users, making it easy to investigate and take corrective action.
  5. Informed Behavioral Patterns of Usage: Understanding the analysis about admin activity will enlighten the forms of user behavior within a system. Such will advertise the need for training programs, a change in process, and the effectiveness of case usage in terms of leads to administrative privilege’s actual utilisation.
  6. Prevention of Insider Threat: One of the greatest concerns that most organisations have is much the same in relation to insider threats. With activity monitoring, it becomes much easier to detect inappropriate patterns of behaviors that an internal user can show over time. Recognition of a pattern is an indicator towards risk, and so a company can pre-empt any action before the threat increases.
  7. Improve Resource Management:  Administrative activity monitoring can also provide indications for resource usage and system performance. Companies can get to see where inefficiencies are happening; improve workload-wise sharing, and optimum allocation of resources resulting in better overall management of IT assets.

Admin activity monitoring checklist

An effective admin activity monitoring checklist actually serves as the best tool to keep a watch over all activities of an admin with the risk of possible issues defined or even improving overall performance. The following is a short overview of the critical elements to be included in the admin activity monitoring checklist.

  1. User Rights and Permissions: Regular documentation and review of access levels from different users to sensitive information and administrative tools. Ensure that permissions were granted based on the principle of least privilege-that is, persons should only have access to what is necessary to complete their job functions. Track changes and conduct periodic audits for compliance.
  2. Activity Logging: Apart from comprehensive event logging related to administrative functions, it also means logging up changes in system settings, user accounts, and data modifications. Then set a period to review these log files for any unauthorised or unusual activity.
  3. Compliance Checks: Regular checks on administrative activities for compliance with relevant legislation, regulations, and internal policies. Such audits may relate to data protection laws, industry regulations, or specific compliance rules of a company. All proofs of compliance efforts must be at hand.
  4. Incident Response Procedures: It should state how to react to incidents connected to administrative operations, including data breaches or unauthorised access. It must include identification, notification, and treatment of incidents with a plan for recording responsive measures.
  5. Performance Metrics: These would be building up KPIs on administration, e.g. how to manage and analyse processes, measuring the user satisfaction level or employee productivity at one go. Continuous evaluation of these might show areas that require improvement.
  6. Training and Development: Monitoring the training or development of administrative staff concerning security best practices, software updates, and compliance requirement. It ensures that staff is updated with the newest developments and can perform their activities effectively and securely.
  7. Routine Reviews and Audits: This could include periodic reviews of all administrative activities, systems, and policies. For example, such assessments could also take the form of internal audits or independent evaluations to keep the practice up-to-date and relevant against the risks.

Admin activity monitoring example

Assume a financial institution carries on with a vigorous admin activity monitoring system. It utilises software tools, recording the administrator’s activities, such as changes in user accounts, alterations of security policies, and requests for data access, when these take place. The purposes of these logs are mainly security and compliance with regulatory requirements.

On one hand, the institution establishes the capability to identify any unusual or altered behaviors quickly. One case is when an administrator downloads a huge chunk of sensitive customer data without a legitimate reason when the monitoring system sets off alerts to security personnel. This type of immediate responding capacity can highly diminish the possibility of breaches or insider threats to data. And also, very detailed logs are the basis of forensic investigation when an investigation takes place regarding security incidents, thus allowing organisations to trace actions on individual-level accounts.

Compliance with regulations and frameworks, in such case as the PCI-DSS, HIPAA, General Data Protection Regulation (GDPR) or the Sarbanes-Oxley Act, requires the organisations that the activity ought to be conducted under clear documentation. These audit trails are being provided by admin activity monitoring for reporting compliance with said regulations so that costly fines and tarnished reputations will not befall the organisation while helping to create a culture of accountability.

Best user activity monitoring software

Hubstaff is among the most popular software that provides time tracking as well as activity monitoring features. It is user-friendly and thus integrates easily with different project management software, thus making it really suitable software for teams.

Hubstaff would be a fantastic employee productivity tool because it tracks time and takes snapshots while measuring whether the employees do any work on their keyboards. Their GPS tracking system would greatly assist businesses that have employees both field and work-from-home.

Another significant contender is Teramind, which specialises in employee monitoring and prevention of internal threat. However, the features of Teramind extend way beyond the basic tracking since it has an advanced machine learning algorithm that is involved with detecting risky behavior so that early preventive measures can be put into any forthcoming threats. 

This, along with the productivity and security measures, makes Teramind effective for institutions that are bookmarking for data protection.

ActivTrak is also worthy of mention; it popularises the flexible and powerful analytical instruments it offers in addition to touting its user-friendly platform.

Real-time data streaming into user activities provides useful insights enabling organisations to identify roadblocks in productivity among workflows. Being cloud-based, it allows for easy deployment and access within companies of diverse sizes.

Universal Directory vs Active Directory: 10 key differences

Ana Mary Joseph
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Universal Directory vs Active Directory: 10 key differences
  • Knowing the differences enables a business to make a proper decision on the application it should choose to best optimise its safety, efficiency, and agility, becoming increasingly adaptable to the new age in tech.

In today’s digital world, identity management becomes very vital in information security and the efficient operation of most organisations. Two of the major systems in the identity domain include Universal Directory (UD) and Active Directory (AD). Though both have been used for user identity and access management, they are, however, very different in some aspects.

Here are the ten major differences between Universal Directory and Active Directory:

  1. Definition and Purpose: Active Directory is Microsoft’s directory service from Windows domain networks that manage computers and other devices on a network. On the contrary, Universal Directory is an identity management cloud solution by Okta, enabling organisations to merge user identities from disparate sources and platforms.
  2. Environment of Deployment: AD is typically deployed on-premises with much due hardware and other structures mandatory to keep it running. Universal Directory, on the other hand, runs in the cloud and offers organisations freedom of flexibility and reduced costs from IT overhead for those companies willing to invest in fewer infrastructures.
  3. Integration Capabilities: Universal Directory excels because it integrates with a number of third-party applications and services that are mostly through APIs and pre-built connectors. Whereas Active Directory is much more associated with Microsoft and provides ties with additional tools for a more broad application.
  4. User Management: AD is used for Windows-based environment use; thus, it is biased towards Microsoft-centric applications. Universal Directory is open and does not care about the platform in that it allows the organisation to not only be able to manage users across different operating systems but can also manage users from other cloud applications.
  5. Scalability: The Universal Directory now affords greater scalability for the organisations, which are either growing very quickly or undergoing fluctuating demand, owing to the rising trend of cloud computing. Scaling, as is the case with Active Directory, is typically resource-intensive and very manual because it is tethered to infrastructure on-premises as opposed to cloud environments.
  6. Authentication Protocols: Though both systems support a variety of authentication protocols, AD is more reliant on Kerberos and NTLM, both of which are more pronounced in the Windows environment. Universal Directory is more extensive with modern protocols like OAuth and SAML for SSO and MFA across different platforms.
  7. Directory Synchronisation: Universal Directory synchronises user identities in real-time from different sources like cloud applications and on-premises directories. On the contrary, Active Directory requires scheduled tasks and manual configurations to synchronise data with other systems, especially those based on the cloud.
  8. User Experience: Universal Directory is user-oriented and allows users to manage their profiles safely and simply through friendly interfaces. Active Directory can be less user-friendly, with much of its enrichment collection activity often requiring IT intervention or personnel.
  9. Cost Structure: AD can incur a higher initial cost regarding licensing, hardware, and staff costs, making it more expensive for specific enterprises. In contrast, Universal Directory charges a subscription fee, which is much less costly and predictable to budget for over expensive upfront costs.
  10. Governance and Compliance: Universal Directory has built-in features for governance and regulatory compliance, helping organisations maintain safety practices according to frameworks such as GDPR and HIPAA. Active Directory offers some degree of compliance, but generally requires other tools and configurations to achieve equivalent oversight.

Universal Directory examples

A Universal Directory works as a central repository of information, which he helps to locate users to find different resources, services, or people across diverse platforms and systems. Besides connecting the different data sources, universal directories also help to improve the efficiency of searching them and increase user access to them. Some far-reaching examples of universal directories, which show their versatility and impact, are such as the following:

  1.  LDAP (Lightweight Directory Access Protocol): LDAP is a well-known protocol to access and maintain distributed directory information services over an Internet Protocol (IP) network. This makes it useful for managing user accounts and permissions at a company level because it permits centralised management of a directory that can contain everything from user ids, passwords, contacts, and roles to seamless authentication and authorisation across multiple applications.
  2. Google My Business: This Universal Directory now becomes the lifeline for local businesses. Google My Business enables companies to manage their online presence on Google across its platforms, including Search and Maps. A business could create a profile in this directory that essentially contains important pieces of information like address, hours of operation, and customer reviews. Such is made in order to improve the visibility and connect potential clients to know about the services available in their area.
  3. LinkedIn: Professionally networked, LinkedIn acts as an international directory. It creates potential users’ profiles displaying their abilities, experiences, and endorsements and connects them to each other. Such a directory, in fact, is efficient for pursuing talents through recruitment processes by employers. Its searchable directory profile also enables possible networking opportunities across different industries.
  4.  Internet Service Providers Directories:  Most ISPs would have generic directories to guide their customers in sourcing the services available for them in their location. Usually, this is information on service plans, speeds, and customer ratings. Thus, such data will be blended with many other types of service providers for different geographic locations to help people in their decision making regarding internet services.
  5. Maricopa County Property Assessor’s Office:  This is a public directory that gives access to property information in Maricopa County, Arizona. The details span property assessment, tax information, and ownership records. It would benefit potential buyers, real estate agents, and legal professionals. Providing this further brings transparency and easy access in terms of very specific property records.

Active Directory example

Active Directory is a directory service from Microsoft for Windows domain networks. With it, the network resources become centrally manageable–the users, computers, printers, and other devices are all right there in the same building. One great use of Active Directory is in a large multinational organisation, educational institution, or government agency.

Here is a typical instance of an Active Directory implementation within an organisation: streamlining user authentication and provisioning access control for users over resources within a network. Let’s take a fictional organisation named “Tech Solutions”, having departments like Human Resources, IT, and Sales. These departments would be having different levels of access to shared resources such as file servers and applications.

In the given scenario, Tech Solutions is using Active Directory to create a domain named “techsolutions.local.” Within the domain, the administrator will be the IT department, and each department will be assigned an Organisational Unit (OU). This would allow management using settings, permissions, and policies in the organisation.

  1. User Accounts: The IT department creates user accounts for every employee and sorts them into their respective OUs. For example, HR employees belong to the “HR” OU while Sales employees belong to the “Sales” OU. Using this kind of segmentation creates a manageable environment for user permission management.
  2. Group Policy: With the added application of Group Policies by an IT administrator, it can provide the organisation with uniform security and configuration settings. For example, within the HR OU there may be rules to prevent the access of sensitive data files by all people except the approved ones. Whereas, the sales OU may have the provision to access CRM applications using a different policy.
  3. Authentication and Authorisation: All the users will log on to the workstation, and the computer will authenticate them against the Active Directory database. Once their authentication is successful, they are granted access to resources as defined by their permissions. Well, centralising the management capabilities adds security and compliance.
  4. Scalability: As Tech Solutions grows, Active Directory allows the company to add new users, groups, and resources without in the process disturbing the existing structure, going along the way for more effective management as the company grows.

8 IT consolidation strategies to boost operational efficiency

Naushad K. Cherrayil
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8 IT consolidation strategies to boost operational efficiency
  • It could offer organisations considerable costs savings, efficiency improvement, as well as better service delivery, which can be achieved through consolidating the hardware, software, and data centers into the simpler, unified IT operation.

IT consolidation is one of the methods used by most organisations to improve on their operational efficiencies in a very tight business environment.

IT consolidation involves optimising and integrating all resources, systems, and processes. Here are the eight ways IT consolidation can enhance operational efficiency within an organisation.

  1. Reduced Redundancy: IT consolidation reduces duplication within systems and resources. The businesses then preserve services, applications, and data storage centrally, eliminating operations leading to lower costs and less complexity for maintenance. It allows the IT Teams to shift focus to the more strategic initiatives rather than maintain multiple platforms.
  2. Improved Resource Management: Organisations are in a position to manage resources in an efficient manner. This includes optimisation using all available hardware and all software licenses because of a consolidated IT infrastructure. Thus, with the clear picture of IT assets, companies can allocate resources in line with demand, decrease waste, and increase productivity.
  3. Enhanced Data Security: IT consolidation usually result with better security protocols through centralised control. A unified security policy allows for better consistency in policy enforcement and easier monitoring of compliance and timescale in response to incident threats. It also keeps the sensitive information safe and diminishes the probability of an expensive breach of data.
  4. Streamlined Operations: Usually, consolidation ends in disparate systems being integrated and creating a streamlined workflow. Unified processes and systems will enable employees to work together more productively, allow seamless sharing of information, and spend less time switching between different applications or platforms.
  5. Cost Savings: IT consolidation brings immediate benefits of cost and more. By bringing together hardware, software, and support services into one package, one organisation is sure to save costs, which it can invest again in innovation or other strategic initiatives that enhance further operational efficiency.
  6. Scalability: Consolidated IT infrastructure brings forth an increased level of scalability. Businesses should easily cope with changing market conditions or growth demands without undergoing massive transformation of existing systems. With such flexibility, no IT resource would then need to go through the reactive process of gearing up for possible changes in corporate business objectives.
  7. Streamlined Management of Vendors: It reduces the number of IT vendors involved in the consolidation and that means simplification of vendor management. Organisations will likely have fewer deals to negotiate with suppliers while having the opportunity to develop stronger relationships with them. It reduces the overhead of administration and increases accountability and response from the vendors.
  8. Focused IT Strategy: Lastly, it allows them to develop a focused IT strategy that is in line with the business objectives of the entire organisation. By reducing the number of systems and processes to manage, IT leadership can focus on innovation and transformational initiatives that add value and give an edge against competitors.

IT consolidation strategy: An example

For example, XYZ Manufacturing, which has multiple production sites and a decentralised IT infrastructure, has been confronting rising overhead cost, data silos, and inefficient resource allocation.

Each production facility operated its own IT systems and applications, leading to redundancy and non-uniform data management. For them, the need for a more integrated framework was identified and hence, the company started its journey towards its IT consolidation strategy.

Steps under the consolidation strategy

  1. Assessment of Existing Infrastructure:  The first step will be a comprehensive audit of the condition of the IT installation. All hardware and software assets, usage patterns, and performance metrics are identified and analysed. Interviews with stakeholders help surface specific pain points felt across different departments of the organisation.
  2. Planning and Design: On the basis of the assessment, the company designed a unified IT architecture. Central storage of data, cloud services will be adopted to bring flexibility and scalability, and standard applications will be available in all locations ensuring that all of them minimise redundancy and ensure compatibility and convenience in accessing data.
  3.  Implementation: Had there not been phased implementations, there would have been more disruptions. The phased approach started with a few services that were not critical for teams to test the new infrastructure while adjusting their plan. At the same time, the transition continues with the presence of the IT team’s training and support for everyone on the new way.
  4. Monitoring and Optimisation: Now, XYZ Manufacturing has set up some metrics to monitor the performance of the merged IT systems on an ongoing basis after implementation. To address this, a mechanism for staff feedback has also been put in place for this agile methodology, involving the reporting of issues by staff and suggestions for improvement. This made it flexible enough to change to business requirements.

Results

The IT consolidation strategy led to some very good benefits for XYZ Manufacturing. Operating costs were about 30 per cent lower due to less maintenance and licensing fees for hardware. Data centralisation also allowed better decision-making, through improved access to up-to-the-minute information, while the enhanced security protocols-in particular, the unified IT infrastructure-allow protecting sensitive company data.

IT consolidation strategy tools

The proposed IT consolidation strategies could offer organisations considerable costs savings, efficiency improvement, as well as better service delivery, which can be achieved through consolidating the hardware, software, and data centers into the simpler, unified IT operation. The organisations would require different tools designed for the focus of adopting IT consolidation strategy.

Virtualisation software is key among them. With virtualisation, a number of systems run on a single server, thus providing a huge reduction in hardware costs and reducing energy consumption in an organisation. Examples of such tools are VMware and Microsoft Hyper-V.

These help companies create the means of having virtual environments for testing and development, which makes it easier to allocate resources as compared to physical limitations of dedicated hardware.

Another tool is the cloud computing platform. The on-demand computing resources provided by Amazon Web Services, Microsoft Azure, and Google Cloud Platform can now enable organisation to consolidate their server capacity, and also manage workload differently. Having migrated applications and data into clouds, organisations can now eliminate on-premises data centers, thereby making operation less complex and more flexible.

The last prime tool would be ITAM (IT asset management) tools that play a key role in consolidation strategy. ITAM tools let the organisations know all the IT assets they own all through their lifetime.

ITAM solutions such as ServiceNow and SolarWinds give an insight into how usage and resource allocation occur, to the identification of underutilised assets and the optimisation of IT infrastructure.

In addition, there are tools available for the management of networks resourcefully. It helps to monitor and manage the network performance, security, and configuration.

Cisco is a good example of the available management software of the network for a possible serving network operation of organisations in maximising resource allocation and improving overall performance.

Last but not least, management software like Trello and Asana will help coordinate all the aspects of an IT consolidation project. These systems provide a way of managing tasks, collaboration, and tracking of advances to keep teams aligned and the consolidation process seamless.

Six Wi-Fi security methods to secure your network

Mohammed Fahad
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Six Wi-Fi security methods to secure your network
  • The use of tough passwords, WPA3 encryption, managing SSID settings, creating a guest network, updating the firmware, and firewalls can go a long way toward secure, healthy wireless connections.

With an increasingly connected world, it has become more important than ever to secure a Wi-Fi network against the unauthorised access of personal information and the general safety of those accessing the internet.

Here are six powerful methods that can help in keeping the risks associated with unauthorised access and data breach at bay.

  1. Strong Passwords: That’s your first line of defense against unauthorised access to any Wi-Fi network: an extremely strong password. A password must contain a combination of upper-case and lower-case letters, numbers, and symbols in order to create a password that is difficult to guess. Do not use easy passwords, such as birthday type or common words. Changing your passwords regularly would also increase security.
  2. Enable WPA3: Select WPA3 to encrypt a Wi-Fi network for it to be connected with WPA3 encryption, which is the latest encryption offered to provide more benefits for unauthorised access. If it does, enable WPA3 on your router to completely protect your network from any threats. If it isn’t available, WPA2 will be the next best choice, but it’s always better to get up to date as the new standards come out.
  3. Disable the Service Set Identifier (SSID) Broadcast: All routers, including many intruder ones, are found while broadcasting their SSIDs, which allow them to find the available networks. Making this broadcasting inactive will make your network less visible to such users. This will seem like an additional layer of security but, remember, the attackers would still be able to discover hidden networks with much determination.
  4. Establish Guest Networking: Visitors may need to browse the Internet freely, and this will cost the home network nothing regarding security breaches. Assign different guest password configurations to the network and restrict access to local resources, which may include printers and shared files. The primary network’s security remains intact while minimising exposure to guest devices carrying malware.
  5. Update Router Firmware Regularly: Firmware updates are usually released by manufacturers to add repair improvements due to existing functionalities and security vulnerabilities. Check for updates regularly and renew them as soon as possible. That’s how your router gets all the latest and most secure features, and that really could make a small impact on exposing cybercriminal harm.
  6. Network Firewalls: Firewalls can provide an additional layer of protection to the network that goes beyond a simple router. Most routers also have an internal firewall with in-built functions that would filter the incoming and outgoing traffic. For extra security, it is also advisable to use software firewalls on other devices to build multiple barriers against threats.

Enterprise Wi-Fi authentication methods

Enterprise Wi-Fi Networks have strong authentication methods to protect sensitive data and give each authorised user access to network resources. Different authentication methods are used in enterprise environments against each other’s advantages and disadvantages as well as security implications.

  • WPA2-Enterprise with EAP:  

The widely popular business networking model is WPA2-Enterprise and WPA3-Enterprise, for which authentication is done through EAP (Extensible Authentication Protocol). Authentication mechanisms that come under EAP include EAP-TLS, EAP-PEAP, and EAP-TTLS. EAP-TLS is extremely secured, using digital certificates for both the client and for the server, thus enabling mutual authentication, which, however, is complex management of certificates.

On the contrary, EAP-PEAP encapsulates a second EAP exchange within a secure tunnel created by TLS, allowing passwords or credentials with less exposure during transmission. Wi-Fi Enterprise is based on user-specific authentication unlike simpler mechanisms such as WEP or WPA-Personal, which depend on a shared password or a pre-shared key. Hence for organisations dealing with confidential information, secure authentication is ensured by this network in place.

The primary advantage of Wi-Fi Enterprise is in its scalability. As the added benefit, this situation can permit offers for making dynamic assignments and revoking credentials when employees join or leave the organisation.

Moreover, the Wi-Fi Enterprise network is endowed with enhanced logging and monitoring capabilities. The network administrator would then be able to monitor user access and their behaviors, resulting in superior auditing and compliance with regulations, for example, with HIPAA or GDPR. Highly detailed logs would, during cases of security breach, even go as far as assisting incident response procedures within organisations’ walls as they move in quick time to identify and remediate vulnerability.

  • RADIUS

Remote Authentication Dial-In User Service (RADIUS) is a centralised Authentication server used for verifying the credentials of users. Most often, it is integrated with WPA2-Enterprise to provide an additional layer of security. For example, in case a user wants to access the Network, the access point forwards the user’s credentials directly to the RADIUS server to authenticate the user. RADIUS, in that case, provides a centralised way of administering user accounts easily across the network and can enforce policies.

  • Port-Based Network Access Control with 802.1X

802.1 X is a network access control protocol that usually accompanies WPA2-Enterprise. It allows authentication before getting access to the network by a device. 802.1X is the process of checking the identity of devices wanting to connect to a network resource. Hence, only devices with the valid credentials are allowed to access the network. This can drastically reduce the number of unauthorised access cases, especially in an environment with security concerns.

  • MAC Authentication

Media Access Control (MAC) authentication enables any network to recognise and control devices using a unique MAC address. Such an authentication type provides a low level of security, and for this reason, it’s largely ineffective. This vulnerability stems from an individual’s potential to spoof or change their MAC address. However, in smaller or less critical environments, simple applying it to approved devices can serve as an introductory means of accessing them.

Best authentication type for Wi-Fi

The two major types best known for their effectiveness are WPA2-PSK (Wi-Fi Protected Access 2 – Pre-Shared Key) and WPA3. WPA2-PSK has been used widely for home and small business networks for many years. With this authentication means a pre-shared key which users need to enter to gain access into the network; it gives the network high security employing AES (Advanced Encryption Standard) encryption, thus making it difficult for any unauthorised users to intercept the data that is transmitted into the network.

However, its security can be compromised depending on the strength of the passwords because weak passwords might enable brute force attacks. WPA3, however, incorporated improved protection features into its design with Simultaneous Authentication of Equals (SAE) in it, enhancing password-based authentication all but hiding it from dictionary attacks in the offline mode. It also provides individual data encryption to keep devices on the same network having a higher degree of privacy and pushing a button for easy device connection.

Wi-Fi authentication server

A Wi-Fi authentication server, which incorporates the RADIUS authentication protocol, is necessary for verifying individual user credentials and granting secure access on the network. In general, the Wi-Fi authentication server tends to handle the requests arising due to user’s connection to Wi-Fi network. An authentication request might be sent as a device wants to join a Wi-Fi network.

On receiving such requests, Wi-Fi authentication server will forward them to the request, cross-referencing with a database of user credentials such as usernames and passwords, digital certificates, or other identification forms.

The best advantage of Wi-Fi authentication server is that it adds extra security. Therefore, it’s possible to apply robust password strategies, two-way authentication, and standard access audits. Hence it becomes very hard for unauthorised users or intruders to gain access to the network. Furthermore, excellent authentication methods may reduce risks that arise due to gaps in weaker protocols or outdated standards of encryption.

Besides serving security purposes, Wi-Fi authentication servers can also make network administration much easier. They facilitate the addition and removal of users from the access lists, record attempts made to connect, and generate reports that would eventually inform policy decisions or signal possible security breaches.

Such Wi-Fi orchestration layers that bind together authentication servers permit seamless user experiences, such as the one in single sign-on, where users log in via one set of credentials to multiple networks or services.

Wi-Fi authentication problem

Authentication problems are very common among users who try to connect devices with the Wi-Fi network. Most of these errors stem from wrong credential input, including all configuration errors which lead to the security of the network denying access to the internet. Understanding the causes as well as troubleshooting methods of Wi-Fi authentication problems improve the user experience and brings down the level of frustration.

One leading cause of Wi-Fi authentication problems might be that incorrect network password entry takes place. Besides this, many routers today also have complex security protocols. Older gadgets cannot support some of these protocols.

Hence, there is a possibility that the connection fails. Apart from the meddling and faint coverage of the connection, another cause of problems in authentication is trapped interference by the network. Physical entities, such as simple three-dimensional walls or another form of furniture, can disrupt the wireless signal. In addition, some electrical appliances may interfere at similar frequencies, which cause annoyance in making a connection.

Router configuration compatibility issues may as well intensify authentication issues. Sometimes, connectivity problems develop in routers as a result of outdated firmware. Malfunctions will exist in a router as a result of wrong settings like MAC address filtering or the network visibility status.

There are several steps to follow in troubleshooting a Wi-Fi authentication problem. First, one needs to confirm that the password that has been typed matches what is in the network’s configuration. If it is still not functional, then resetting and starting the router, along with the affected device, works on some temporary glitches. Other steps include ensuring that the router firmware is updated as well as ensuring that the device supports the security protocol in use when experiencing Wi-Fi authentication problems.

Keeping a wireless network safe and sound as possible includes not just strong practices but also an active stance. The use of tough passwords, WPA3 encryption, managing SSID settings, creating a guest network, updating the firmware, and firewalls can go a long way toward secure, healthy wireless connections. Today, most cybercrime problems can be solved by taking these precautions regarding your digital life.

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