#att wireless

[magque5]

In the ever-evolving world of smartphones, choosing the best device that aligns with your needs can be a daunting task. This is especially true in 2023, where technological advancements are at their peak. AT&T, a prominent player in the telecommunications industry, offers a range of phones catering to diverse preferences and requirements.

More : Best att phones 2023

[jpmellojr]

AST SpaceMobile Achieves Historic Smartphone-to-Satellite 5G Call

A satellite network provider on Tuesday announced it has successfully used its space hardware to complete a voice and data call from an unmodified smartphone. https://jpmellojr.blogspot.com/2023/09/ast-spacemobile-achieves-historic.html

[storyvoice]

ATT Data breach

AT&T fined $13M USD for data breach after giving customer bill info to vendor. “In January 2023, years after the data was supposed to be destroyed, the vendor suffered a breach “when threat actors accessed the vendor’s cloud environment and ultimately exfiltrated AT&T customer information,” the FCC said. Information related to 8.9 million AT&T wireless customers was exposed.” See the full…

[spintly-co]

Hybrid Working: 6 Ways Wireless Access Control Plays a Key Role

Hybrid working models, blending remote and in-office work, have transformed the traditional office landscape. As businesses embrace this flexible arrangement, new challenges arise in managing access and security in an environment where employees come and go at different times and locations. One of the most effective solutions to address these challenges is the wireless access control system. This technology not only simplifies security management but also offers the flexibility and efficiency that modern hybrid work environments demand.

In this blog, we’ll explore six key ways in which wireless access control systems support hybrid working environments and enhance workplace security.

1. Flexibility for Dynamic Schedules

One of the most significant benefits of hybrid working is flexibility. Employees may work remotely some days, then come into the office on others, making it difficult to track when they need access to the building. A wireless access control system allows organizations to provide employees with the freedom to enter the office whenever they need to, without the hassle of manual key distribution or physical access cards.

With mobile-based access control, employees can use their smartphones as digital keys to gain access to secure areas. This eliminates the need for traditional access methods and provides a level of convenience that aligns with the unpredictable schedules common in hybrid work settings. Administrators can easily grant or revoke access remotely, enabling seamless control over who enters the office at any given time.

2. Real-Time Access Management

In a hybrid work model, real-time monitoring of who is in the building at any given moment becomes critical. Wireless access control systems provide a cloud-based platform that allows administrators to manage access permissions and track activity in real-time. This ensures that only authorized personnel can enter the office while also maintaining an accurate record of entry and exit times.

Having this capability is particularly useful for HR teams and security managers who need insights into office occupancy patterns. It also helps ensure compliance with health and safety protocols by monitoring the number of employees in the office at any given time, which has become even more important in the post-pandemic world.

3. Enhanced Security and Data Protection

One of the challenges of hybrid work is maintaining security when employees work in multiple locations. Traditional access control systems that rely on physical keys or keycards are prone to loss, theft, or duplication. Wireless access control, especially when integrated with biometric or mobile-based authentication, significantly reduces these risks by providing more secure and convenient access methods.

These systems often use advanced encryption protocols and multi-factor authentication (MFA) to ensure that only authorized users can gain access to specific areas. In addition, wireless access control systems can be updated remotely, ensuring that any security patches or updates are instantly applied without needing to visit the site physically.

4. Cost-Effective and Scalable Solutions

As hybrid work continues to evolve, businesses need scalable security solutions that can grow alongside their workforce. Wireless access control systems are highly scalable, allowing organizations to add or remove users and locations with ease. This flexibility is critical for companies experiencing growth or undergoing changes in their office footprint.

Moreover, wireless access control systems eliminate the need for expensive wiring and hardware that traditional systems require. This makes them more cost-effective, especially for businesses that may only need to implement access control in specific areas of the office or across multiple locations.

The absence of extensive cabling also reduces the time and cost of installation, making wireless solutions an attractive option for businesses looking to upgrade their security infrastructure quickly and affordably.

5. Integration with Other Smart Technologies

Wireless access control systems often integrate with other smart building technologies, such as lighting, HVAC, and visitor management systems. This integration allows businesses to create a cohesive, automated environment that enhances both security and employee experience.

For example, integrating wireless access control with a smart lighting system can automatically turn on lights when an employee enters a specific area, reducing energy consumption when spaces are unoccupied. Similarly, visitor management systems can be integrated with access control to provide temporary access credentials to visitors, contractors, or delivery personnel, all while ensuring security.

These integrations create a smart office environment that enhances efficiency and security, both of which are crucial in hybrid work settings.

6. Supporting Remote Work Policies

In hybrid work models, many employees work remotely part-time or full-time, but still need occasional access to the office. Wireless access control systems provide remote management capabilities, allowing administrators to handle access permissions and updates from anywhere. This eliminates the need for physical presence in the office to manage security, which is particularly useful when managing multiple sites or locations.

Whether employees need access to the office for a meeting or a project, administrators can provide instant, time-limited access via their smartphones. This level of convenience not only supports flexible working arrangements but also strengthens security by ensuring that only authorized individuals can enter the building.

Conclusion: Spintly’s Role in Wireless Access Control for Hybrid Workplaces

Spintly is at the forefront of providing wireless access control solutions designed to support the flexibility and security needs of modern hybrid workplaces. By eliminating the need for wired infrastructure and offering cloud-based management, Spintly’s solutions enable businesses to seamlessly control access across multiple locations and manage security remotely.

Spintly’s smartphone-based access control systems offer a secure and convenient solution, enabling businesses to maintain high levels of security while supporting the flexibility that hybrid work requires. As hybrid working continues to evolve, Spintly’s wireless access control technology provides the scalable, cost-effective, and secure solution that businesses need to adapt to this new way of working.

With the integration of cutting-edge technology and a commitment to simplifying access control, Spintly is the ideal partner for businesses looking to stay ahead in the hybrid work revolution. Explore how Spintly’s wireless access control solutions can support your workplace transformation today.

[ujjinatd]

Violación de datos de AT&T Wireless: una llamada de atención para fortalecer la seguridad y la confianza en la nube En lo que parece ser un año de int... https://ujjina.com/violacion-de-datos-de-att-wireless-una-llamada-de-atencion-para-fortalecer-la-seguridad-y-la-confianza-en-la-nube/?feed_id=732593&_unique_id=66c31fd347321

[smallbiztrends]

AT&T and Cisco Simplify 5G Fixed Wireless Access for Business Deployment

AT&T and Cisco Simplify 5G Fixed Wireless Access for Business Deployment

Cisco and AT&T introduce a digital experience for easy deployment of 5G FWA, enhancing connectivity for businesses with the new gateways.

Read more: https://smallbiztrends.com/small-business-news-att-and-cisco-simplify-5g-fixed-wireless-access-for-business-deployment/

[anitacampbell-blog]

AT&T and Cisco Simplify 5G Fixed Wireless Access for Business Deployment

AT&T and Cisco Simplify 5G Fixed Wireless Access for Business Deployment

Cisco and AT&T introduce a digital experience for easy deployment of 5G FWA, enhancing connectivity for businesses with the new gateways.

Read more: https://smallbiztrends.com/small-business-news-att-and-cisco-simplify-5g-fixed-wireless-access-for-business-deployment/

[aaditya-09]

Emerging Technologies in Cybersecurity Research

I. Abstract

The world of cybersecurity is always changing because of new technology. This summary comes from different research papers about the latest technologies in cybersecurity. One important paper talk about the difficulties that cybersecurity rules create for new technologies. It suggests that we need flexible plans to handle the risks of cybersecurity well. The paper also looks at the main threats in cybersecurity, showing how the field is always changing.

In the area of artificial intelligence (AI) and machine learning (ML), a different study suggests a new way to find malware. The paper suggests using convolutional neural networks (CNNs) and looking at images to detect malware. This new method is part of the ongoing efforts to improve cybersecurity using the latest technologies. Another paper, in [6], explores how to make Android SMS malware detection more accurate using ensemble feature selection techniques. This study adds to the ongoing work to find effective strategies against evolving cyber threats.

Blockchain technology is crucial for making modern wireless networks, the Internet of Things (IoT), and smart grids secure, as explained in [4]. The paper talks briefly about how blockchain can be used in these areas to address cybersecurity challenges. The special issue on Cyber Security Systems in [3] focuses on new technologies for a safe future. This includes detecting future threats, creating secure software, and using artificial intelligence.

In summary, the mix of ideas from these different sources shows how diverse and complex emerging technologies are in cybersecurity. From having flexible plans and facing evolving threats to using new methods in AI, machine learning, and blockchain, these studies all help in the ongoing efforts to make cybersecurity strong in our ever-changing technological world.

II. Introduction

In the fast-changing world of cybersecurity, technology keeps evolving, bringing both challenges and chances. This introduction gathers insights from research papers about the intersection of cybersecurity and new technologies. It highlights the importance of flexible frameworks in dealing with cybersecurity risks, emphasizing adaptability [1].

In the expanding realm of artificial intelligence (AI) and machine learning (ML), a study (referenced as [5]) introduces a new way to detect malware. Using convolutional neural networks (CNNs) and image analysis, the research showcases ongoing efforts to improve cybersecurity with advanced technologies [5]. Another study (referenced as [6]) explores ensemble feature selection techniques for detecting Android SMS malware, demonstrating ongoing innovation in strengthening cybersecurity defences [6].

Blockchain technology becomes crucial in securing wireless networks, the Internet of Things (IoT), and smart grids, as noted in [4]. This brief survey gives an overview of how blockchain can address cybersecurity challenges in these areas [4]. Additionally, a special issue on Cyber Security Systems, as outlined in [3], focuses on emerging technologies like next-gen threat detection, secure software solutions, and artificial intelligence, highlighting the diverse nature of cybersecurity [3].

This introduction sets the stage for exploring how emerging technologies are shaping the cybersecurity landscape. From adaptable frameworks to innovative approaches in AI, ML, and blockchain, these insights provide a detailed understanding of the challenges and opportunities in securing our digital future.

III. Tools

Adaptable Frameworks: 

MITRE ATT&CK Framework

Img src: www.https://images.app.goo.gl/BpY78CVZijejsTTU8

The MITRE ATT&CK (Adversarial Tactics, Techniques, and Common Knowledge) framework provides a comprehensive matrix of adversary tactics and techniques used in cyber-attacks. It serves as a valuable tool for understanding and categorizing cyber threats, helping organizations build adaptable defence strategies.

Artificial Intelligence (AI) and Machine Learning (ML):

                                                                      architecture of tensor flow src: https://images.app.goo.gl/jKtfynSiR5FaFCVR9

     - TensorFlow is an open-source machine learning framework that facilitates the development and deployment of machine learning models. It is widely used for tasks like image analysis, natural language processing, and anomaly detection, making it a versatile tool for implementing ML-based cybersecurity solutions.

3.   Ensemble Feature Selection: 

scikit-learn (Python Library)

Img src: https://images.app.goo.gl/F1U7MzjtGaKZdJaz6

     - scikit-learn provides a range of tools for machine learning in Python. It includes ensemble methods such as Random Forests and Gradient Boosting, which can be applied for feature selection in cybersecurity applications. These techniques enhance the accuracy of malware detection by combining insights from multiple models.

4.   Blockchain Technology: 

Hyperledger Fabric

How does hyper ledger fabric work by coinmunks. Img src: https://images.app.goo.gl/yPKWzSyyvxBXDae18

     - Hyperledger Fabric is an open-source framework for building permissioned blockchain networks. It provides tools and APIs for developing secure, decentralized applications. In the context of cybersecurity, it can be used to implement secure and transparent transactional systems, such as those used in supply chain security.

5.   Next-Generation Threat Detection: 

Snort

Snort IDS/IPS by Cyberhub. img src: https://images.app.goo.gl/FGVYL74KrQEGqUNi6

     - Snort is an open-source intrusion detection and prevention system. It can be configured to detect and alert on various types of network traffic anomalies and known threats. Its versatility and extensibility make it a valuable tool in next-generation threat detection strategies.

6.   Secure Software Solutions: 

OWASP ZAP (Zed Attack Proxy)

img src: https://images.app.goo.gl/xBsrbpd9Ecmq7Qrn9

     - OWASP ZAP is a widely used security testing tool for finding vulnerabilities in web applications. It assists in identifying security issues during the software development lifecycle, enabling the creation of more secure software solutions.

7.   Artificial Intelligence Integration: 

IBM Watson for Cyber Security

Img src: https://images.app.goo.gl/LvZ8wtSARSmMQuv87

     - IBM Watson for Cyber Security integrates artificial intelligence into cybersecurity operations. It leverages machine learning to analyse vast amounts of security data, helping security analysts identify and respond to threats more efficiently.

These examples illustrate the diversity of tools employed in the cybersecurity domain, showcasing their relevance to emerging technologies and their role in fortifying defences against evolving cyber threats.

IV. Conclusion

In the ever-changing world of cybersecurity, the blend of insights from research papers emphasizes the vital connection between emerging technologies and the tools used to strengthen digital defences. Adaptable frameworks, highlighted in "Managing Cybersecurity Risks in Emerging Technologies" [1], stand out as essential elements in dealing with the complexities introduced by cybersecurity regulations on emerging technologies. The importance of remaining flexible and adaptable remains crucial in the face of evolving cyber threats [1].

Illustrated through examples in artificial intelligence (AI) and machine learning (ML), like TensorFlow [5], integrating advanced algorithms becomes pivotal for robust cybersecurity measures. The ongoing development of new tools for malware detection demonstrates the industry's commitment to staying ahead of sophisticated cyber adversaries [5]. Ensemble feature selection techniques, discussed in [6], further showcase the dedication to refining tools for specific cybersecurity challenges, improving accuracy in threat identification [6].

Blockchain technology, represented by tools like Hyperledger Fabric [4], emerges as a transformative force in securing wireless networks, the Internet of Things (IoT), and smart grids. Its decentralized and secure nature offers innovative solutions to address cybersecurity challenges in various domains [4]. Additionally, the special issue on Cyber Security Systems, outlined in "Applied Sciences | Special Issue: Cyber Security Systems" [3], introduces tools focusing on next-generation threat detection, secure software solutions, and the integration of artificial intelligence [3].

V. References

Title: Managing Cybersecurity Risks in Emerging Technologies

Source: [Link to Paper]

Title: Advances in Cybersecurity, Cybercrimes, and Smart Emerging Technologies

Source: [Link to Book]

Title: Applied Sciences | Special Issue: Cyber Security Systems: Emerging Technologies for a Secure Future

Source: [Link to Special Issue]

Title: Short Survey on Using Blockchain Technology in Modern Wireless Networks, IoT and Smart Grids

Source: [Link to Paper]

Title: Malware Detection Using RGB Images and CNN Model Subclassing

Source: [Link to Paper]

Title: Ensemble Feature Selection for Android SMS Malware Detection

Source: [Link to Paper]

Title: Cybersecurity Issues in Emerging Technologies

Source: [Link to Chapter]

Source: SpringerLink

Source: IEEE Xplore

 Source: arXiv

[virtualizationhowto]

4G Wireless speed facts or fiction

I saw an interesting article on MSN this morning about 4G speeds and the fact that the branding of 4G speeds are simply not true.  I wanted to weigh in on this topic as I had a very interesting conversation with an ATT technician recently working on a WAN installation for a client.  This particular ATT technician had recently been working on upgrading ATT cell phone towers by installing…

[socialspikerworld]

Best Modem for Att Fiber Review

Best Modem for AT&T Fiber

AT&T Fiber internet is an ultra-high speed service that utilizes 100% fiber optic cable technology to transmit information, providing faster downloads and greater reliability. Furthermore, fiber connections are symmetrical - meaning upload speeds will match download speeds for an ideal experience when working or playing online.

AT&T fiber service providers provide you with router and gateway. While renting is convenient, buying can often be more cost-effective (and faster). Before purchasing equipment for AT&T fiber service, be sure to choose compatible equipment - in this article we'll explore some of the top modems and routers that support AT&T fibre connections.

The TP-Link X20 wireless router for AT&T fiber boasts an impressive set of features, such as OFDMA and MU-MIMO technologies, seamless roaming with smart seamless roaming technology, beam-foaming technology, powerful antivirus protection, as well as Gigabit Ethernet ports to transfer large files or stream 4K content with strong connection stability; its three high-performance antennas can cover an area between 1,200-1,400 square feet for strong connections; it offers an easy web interface and includes value added features such as network management, parental controls and QoS.

AT&T fiber customers looking for another great Wi-Fi option should consider the Eero 6 Plus mesh Wi-Fi system, compatible with AT&T fiber. It features three high-performance antennas capable of covering an area between 1,200-1,400 square feet while supporting up to 11 devices simultaneously. Furthermore, this device features an easy web interface as well as built-in Quality of Service capabilities which let you prioritize certain apps or devices on your network.

AT&T stands out among providers in terms of customer satisfaction, and boasts one of the fastest fiber networks nationwide. Recently, AT&T Home Internet achieved an ACSI score of 80/100; one point higher than industry average and second only to T-Mobile Home Internet in this metric. The American Customer Satisfaction Index (ACSI) scores are calculated based on customer surveys about their experiences with ISPs; the higher the score is the better they rated their service and pricing plans are competitive; AT&T makes an excellent choice for families searching for fast and reliable internet. Price comparison shows that AT&T prices are considerably more cost-effective than its peers and offers a good selection of add-ons that can enhance your service experience. Furthermore, this company provides low-cost phone plans and TV packages, as well as being one of the few major carriers who offers fiber-to-the-home (FTTH). AT&T Internet service is offered across multiple states and provides various plans tailored specifically towards both business and home users. AT&T's gigabit fiber network enables businesses to boost productivity while decreasing operating costs; on top of fast Internet, AT&T also offers VoIP telephone and cellular phone services.

[hackernewsrobot]

Wireless carriers are messing with your autopay discount

https://www.theverge.com/2023/8/30/23852255/verizon-att-t-mobile-autopay-discount-debit-bank-credit-card

[digitalgetdwn]

Cybersecurity Threat Landscape

This is a long chapter, and I'm fresh off a vacation so time to switch gears back into studying. I'm determined to get one cert before or by the time I graduate.

This chapter covers threats attacks and common vulnerabilities.

Classifying Cybersecurity Threats:

Internal vs External, Level of Sophistication/ Capability, Resources/ Funding, Intent/ Motivation

Threat Actors:

Script Kiddies- limited skills, common targets: university and secondary school networks

Hacktivists- Anonymous Group

Criminal Syndicates- illegal financial gain

ATPs- advanced techniques, persistent, nation state attacks due to labor, time, and funding for attacks

Insiders- employers, contractors, vendors with authorized access use access for attacks

Competitors- stealing information or data

Threat Vectors:

email, social media, wireless networks, removable media, cloud, direct access, and third-party risks

Threat Data and Intelligence

often includes threat details: IP addresses, hostnames and domains, email addresses, URLs, files paths and hashes, and CVE numbers (a unique number assigned to a specific computer vulnerability.) Also what makes the org a target, details about motives and methodologies.

threat intelligence is the set of activities and resources available to help educate about changes in the environment

used for predictive analysis; likely risks to the organization

OSINT open source intelligence publicly available resources

-Examples: senki.org; ATT open threat exchange; MISP threat sharing project; threatfeeds.io

-Government OSINT resources: CISA, dc3, dhs.gov/cisa

Proprietary and Closed Source Intelligence: offered as a service, use customized tools and analysis models; a simple offering to navigate threat intelligence information

vulnerability databases helps direct organizations security efforts

threat maps can be used but not 100% reliable due to cloud servicing used for attacks

IOCs indicators of compromise: signs an attack has occurred, such as file signatures and log patterns, can also be found in file and code repositories

Assessing Threat Intelligence

is the data timely, accurate, and relavant? Confidence scores can be used to assess the information being provided.

RFC Internet Request for Comments can be used for detailed specs on internet protocols

That wraps up this long chapter. We did good on the practice exam. Chapter 3 up next.

[aussiepetshopaustralia]

5 Reasons You Should Buy Wireless Or Electric Dog Fences Today! Anyone who loves spending time in the great outdoors with their pets can attest to the fact that a pet can be an amazing companion, but they can also present some unique challenges. Having to worry about your pet wandering off or having to spend your time

[patheticperipatetic]

My mom is sentimental about the number so we have a land-line that's actually just a basic cell phone (so there's like a wire, but at the other end is an att wireless antenna box) we all agree to use for memberships and discounts. No one answers it.

So when like the grocery stores ask for a membership number for discounts we all use that old number.

Highly recommend if you have a spare $10 a mo to just get a dead end number for promos.