#TrafficMonitoring

[komalbrainfoster]

Vehicle CCTV Enhancing Fleet Security and Driver Accountability

The world of fleet management is changing rapidly, and having vehicle CCTV is critical as an agent of vehicle security, driver responsibility, and operational effectiveness. In a world of theft, accidents, and driver behavior, technology that can protect your assets is necessary as a guaranteed step, and WEBSAT Pro can provide just that.

1. Real-Time Visibility

With WEBSAT Pro, fleet managers will have a CCTV system for every vehicle that provides thousands of live video streams from inside and outside. A thorough insight into the driver's behavior and ability to recognize non-compliance, like stopping in unauthorized locations, unsafe driving, or emergency events.

Security

The video from the Vehicle CCTV is meant to prevent the risk of theft, vandalism, and misuse. With a high-definition video, anytime an unauthorized person gets into your vehicle or an event occurs, there will be clear video footage of the event with time stamps and the ability to quickly and accurately investigate.

Read more: Vehicle CCTV Enhancing Fleet Security and Driver Accountability

[newtrendcn]

RG-EG305GH-P-E Reyee 5-Port High-Performance Cloud Managed PoE Office Router

Highlight Features ✅ 1.5 Gbps throughput, high-performance VPN router for office networks ✅ Powerful VPN for branches and remote employees ✅ Traffic visualization and monitoring

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[agra24]

आगरा-लखनऊ एक्सप्रेसवे पर भीषण हादसा: पांच युवा डॉक्टरों की दर्दनाक मौत

बुधवार तड़के सुबह आगरा-लखनऊ एक्सप्रेसवे पर हुए एक भीषण सड़क हादसे में सैफई मेडिकल यूनिवर्सिटी के पांच युवा डॉक्टरों की जान चली गई। स्कॉर्पियो कार में सवार इन डॉक्टरों की गाड़ी डिवाइडर को तोड़ते हुए दूसरी लेन में चली गई, ज��ां वह एक तेज़ रफ्तार ट्रक से टकरा गई। हादसा इतना भयंकर था कि कार के परखच्चे उड़ गए और मौके पर ही पांचों डॉक्टरों की मौत हो गई। कार में सवार एक अन्य व्यक्ति गंभीर रूप से घायल हो गया, जिसे अस्पताल में भर्ती कराया गया है। कैसे हुआ हादसा? पुलिस के अनुसार, यह हादसा सुबह करीब तीन बजे कन्नौज जिले की सीमा में हुआ। स्कॉर्पियो लखनऊ की ओर से आ रही थी जब वह अचानक डिवाइडर पार कर आगरा जाने वाली लेन में पहुंच गई। इसी दौरान एक तेज़ गति से आते ट्रक ने उसे टक्कर मार दी। टक्कर के बाद स्कॉर्पियो बुरी तरह क्षतिग्रस्त हो गई। मृतकों की पहचान हादसे में मारे गए डॉक्टरों में से चार की पहचान हो चुकी है: - डॉ. अनिरुद्ध वर्मा: आगरा के राधा विहार एक्सटेंशन, कमला नगर निवासी और पवन कुमार वर्मा के बेटे। - डॉ. नरदेव गंगवार: बरेली जिले के नवाबगंज निवासी और लखन सिंह गंगवार के बेटे। - डॉ. अरुण कुमार: कन्नौज के मोतीपुर निवासी और अंगद लाल के बेटे। - डॉ. संतोष मौर्य: संत रविदास नगर (भदोही) निवासी और जीत नारायण मौर्य के बेटे। पांचवें मृतक की शिनाख्त की जा रही है। एक घायल व्यक्ति की स्थिति गंभीर स्कार्पियो में सवार मुरादाबाद निवासी जयवीर सिंह गंभीर रूप से घायल हो गए। उन्हें तुरंत अस्पताल ले जाया गया, जहां उनकी हालत चिंताजनक बनी हुई है। घटनास्थल पर मातम हादसे की सूचना पाकर सैफई मेडिकल यूनिवर्सिटी के वरिष्ठ अधिकारी, मेडिकल स्टूडेंट्स और जूनियर डॉक्टर बड़ी संख्या में घटनास्थल पर पहुंचे। पूरे माहौल में गम और सन्नाटा पसरा रहा। डॉक्टरों और स्टाफ ने मृतकों के परिजनों के प्रति गहरी संवेदना व्यक्त की। पुलिस की प्रारंभिक जांच कन्नौज पुलिस ने आशंका जताई है कि स्कॉर्पियो के ड्राइवर को झपकी आने के कारण यह हादसा हुआ। पुलिस ने क्षतिग्रस्त वाहन से शवों को निकालकर पोस्टमार्टम के लिए भेज दिया है। साथ ही मृतकों के परिजनों को सूचित कर दिया गया है। सड़क सुरक्षा पर सवाल सड़क सुरक्षा कार्यकर्ता के. सी. जैन ने इस घटना पर अपनी चिंता व्यक्त की। उन्होंने कहा, “यह हादसा हमारी सड़क सुरक्षा प्रणाली की गंभीर खामियों को उजागर करता है। एक्सप्रेसवे जैसे महत्वपूर्ण बुनियादी ��ांचे पर सुरक्षा मानकों को मजबूत करना अनिवार्य है। बेहतर ट्रैफिक मॉनिटरिंग और ड्राइवरों के लिए विश्राम स्थलों की व्यवस्था जैसी योजनाएं लागू की जानी चाहिए।” आगरा-लखनऊ एक्सप्रेसवे पर हुई इस दर्दनाक दुर्घटना ने सड़क सुरक्षा को लेकर फिर से सवाल खड़े कर दिए हैं। यह हादसा उन सभी एजेंसियों के लिए एक चेतावनी है, जो एक्सप्रेसवे की ��ेखरेख और प्रबंधन के लिए जिम्मेदार हैं। यह सुनिश्चित करना आवश्यक है कि ऐसी घटनाएं दोबारा न हों, और इसके लिए सामूहिक प्रयास किए जाने की आवश्यकता है।   Read the full article

[secretofresearch]

Distributed Acoustic Sensing: The Future of Downhole Monitoring

Distributed Acoustic Sensing is an optical fiber sensing technique that uses fiber optic cables to detect and record acoustic and seismic signals along extended distances. Standard DAS arrays can continuously monitor signals over distances of 10-100 km with resolutions as fine as 1 meter. Specialty this systems can monitor over distances greater than 100 km.

How Does it Work?

Distributed Acoustic Sensing works by detecting acoustic or seismic signals that interact with the fiber optic cable. Standard telecommunications optical fibers are used, with no special components required within the fiber itself. Laser pulses are sent down the fiber and any signal that mechanically perturbs the fiber will cause some of the backscattered light to change wavelength via the Brillouin effect. This change is measured and provides information about the location and nature of the acoustic signal. By timing the return signal, the system can accurately locate acoustic events to within centimeters over the entire length of the fiber.

Applications for Downhole Monitoring

One of the most promising applications for Distributed Acoustic Sensing (DAS) is in downhole monitoring during oil and gas operations. Standard techniques like tubing-deployed monitoring tools provide point measurements but are unable to continuously monitor zones between sensor locations. It offers the potential to monitor acoustic signals along the entire length of production or injection wells. This opens up possibilities like:

- Flow profiling to detect zones of higher or lower flow along horizontal wellbores. Pinpointing fluid movement across fractures or between reservoir layers.

- Completion diagnostics to locate failed zones, casing leaks or other problems without pulling tools in and out of the well. Real-time monitoring avoids unnecessary workovers.

- Hydraulic fracturing monitoring to observe fracture propagation in unprecedented detail. It can detect the exact location and timing of perforation shots from multi-stage fracs to optimize treatment.

- Production monitoring to detect downhole fluid problems like sand ingress or water breakthrough earlier. Real-time zonal isolation monitoring avoids premature well shut-ins or abandonment.

Challenges for Downhole Deployment

While it shows tremendous promise for downhole monitoring applications, several technical challenges must still be addressed for reliable long-term deployment down wellbores:

- Temperature effects - Standard telecom fibers exhibit significant signal attenuation above around 80°C which limits applications to shallower wells or those with significant cooling. Ruggedized high-temperature fibers are being developed and tested.

- Fiber protection - Downhole fibers must withstand abrasive fluids, sand production, production tubing movement and other hazards. Robust protective coatings and housings are an active area of research to provide sufficient buffering.

- Deployment reliability - Repeated deployment of Distributed Acoustic Sensing cables downhole without damage requires further refinement of deployment tools and techniques. Improved reliability avoids unnecessary operational costs.

- Power supply – Downhole sensors require reliable long-term power, usually supplied topside via the fiber optic cable itself. High temperatures and rugged deployment impact power delivery abilities.

Overcoming these challenges is an area of active industry R&D with progress continually being made. As reliability improves, it promises to transform downhole monitoring capabilities.

Permanent Reservoir Monitoring Applications

In addition to deployments during discrete operations like hydraulic fracturing treatments, permanent reservoir monitoring (PRM) use cases provide some of the most exciting potential applications for Distributed Acoustic Sensing technology:

- Long-term zonal isolation - Continuously monitor for fluid migration or casing issues for early remediation to avoid premature reservoir compartmentalization.

- Water/gas coning detection - Detect upward fluid fronts earlier to optimize production strategies before detrimental water/gas breakthrough.

- Compartmentalized reservoir management - Optimize production across disparate zones within the same reservoir by continually profiling inter-zonal flow behaviors.

- 4D seismic correlation - Directly correlating time-lapse 4D seismic surveys with downhole fluid fronts encountered by DAS arrays to rapidly refine subsurface models.

- Borehole stability monitoring - Detect microseismicity, casing strains or fractures for zonal integrity assurance over decades-long field lifetimes. Avoid costly workovers.

The ability to continually monitor entire wellbores for decades enables unprecedented reservoir insight to maximize recovery. As technical issues are solved, PRM using it will drive major efficiency gains across mature fields globally.

Distributed acoustic sensing using fiber optic cables represents a disruptive new monitoring paradigm. Moving away from discrete downhole sensors towards continuum sensing unlocks capabilities never before possible. With continued progress,it  will profoundly impact how subsurface operations are planned, executed and optimized. Permanent reservoir and long-term zonal isolation monitoring promise to drive step-changes in efficient, cost-effective oilfield management. It is truly the future of downhole monitoring and reservoir insight.

Get more insights on Distributed Acoustic Sensing (DAS)

About Author:

Ravina Pandya, Content Writer, has a strong foothold in the market research industry. She specializes in writing well-researched articles from different industries, including food and beverages, information and technology, healthcare, chemical and materials, etc. (https://www.linkedin.com/in/ravina-pandya-1a3984191)

[lovelypol]

Low-Power Semiconductor Radars: Smarter, Greener Sensing

Low-Power Semiconductor Radar Systems Market is transforming automotive safety, UAV navigation, and industrial automation by enabling energy-efficient, high-precision detection. These radar systems leverage CMOS, GaN, and SiGe technologies to deliver compact, cost-effective, and intelligent solutions for modern applications.

To Request Sample Report : https://www.globalinsightservices.com/request-sample/?id=GIS32641 &utm_source=SnehaPatil&utm_medium=Article

🚀 Market Growth Drivers: 🔹 Automotive Sector leads, integrating radar-based ADAS for safer and smarter vehicles. 🔹 Aerospace & Defense thrives with low-power radar for surveillance & reconnaissance. 🔹 Industrial Automation benefits from enhanced object detection & IoT-driven smart manufacturing.

🌍 Regional Insights: ✅ Asia-Pacific dominates, with China & India spearheading advancements in automotive and defense sectors. ✅ North America, led by the U.S., drives innovation in autonomous vehicles & defense applications. ✅ Europe, powered by Germany & France, focuses on smart mobility & radar-driven safety systems.

⚙️ Key Market Segments: 🔹 Short, Medium & Long-Range Radar Systems for diverse operational needs. 🔹 Portable, Fixed & Wearable Radar Devices expanding cross-industry applications. 🔹 Cloud-Based & Hybrid Deployments enabling seamless IoT connectivity.

🌟 Industry Leaders: NXP Semiconductors, Infineon, Texas Instruments, Analog Devices, STMicroelectronics

🌐 From safer roads to smarter industries — low-power semiconductor radar is the future!

#lowpower #radarsystems #automotiveradar #smartdetection #adas #uavtechnology #industrialautomation #energyoptimized #radarinnovation #automotivesafety #selfdrivingcars #intelligentradar #signalprocessing #smartradar #defensetechnology #semiconductors #autonomousvehicles #radartechnology #nextgentech #smartcities #automatedsystems #radarsensing #safetyfirst #wearabletech #transportationtech #innovationinmotion #iottechnology #industrialtech #radarmapping #energyoptimization #surveillance #futuremobility #trafficmonitoring #automotivesolutions #aerospaceengineering #techforgood

Research Scope:

· Estimates and forecast the overall market size for the total market, across type, application, and region

· Detailed information and key takeaways on qualitative and quantitative trends, dynamics, business framework, competitive landscape, and company profiling

· Identify factors influencing market growth and challenges, opportunities, drivers, and restraints

· Identify factors that could limit company participation in identified international markets to help properly calibrate market share expectations and growth rates

· Trace and evaluate key development strategies like acquisitions, product launches, mergers, collaborations, business expansions, agreements, partnerships, and R&D activities

About Us:

Global Insight Services (GIS) is a leading multi-industry market research firm headquartered in Delaware, US. We are committed to providing our clients with highest quality data, analysis, and tools to meet all their market research needs. With GIS, you can be assured of the quality of the deliverables, robust & transparent research methodology, and superior service.

Contact Us:

Global Insight Services LLC 16192, Coastal Highway, Lewes DE 19958 E-mail: info@globalinsightservices.com Phone: +1–833–761–1700 Website: https://www.globalinsightservices.com/

[tcnbh1227]

分享最近收到推荐最多的5款软件

最近陆陆续续收到好多小伙伴的推荐，这边也是抓紧时间整理出几个好用的软件，希望可以帮到大家。

1. 系统监控——TrafficMonitor

TrafficMonitor是一款简单易用的系统监控工具，可以实时显示网络流量、CPU和内存使用情况等信息。软件支持多种显示模式，可自定义界面外观，满足不同用户的个性化需求，适用于需要监控系统资源使用的用户。

2. 文件传输——Wing FTP Server

Wing FTP Server是一款功能强大的跨平台文件传输服务器软件，支持FTP、HTTP、FTPS、SFTP等多种传输协议。它提供直观的管理界面和丰富的功能，包括用户权限管理、日志记录和计划任务，适合企业及个人构建高效的文件传输系统。

3.微信空号检测——燃精灵

燃精灵是一款智能的微信空号检测软件，可以帮你快速筛选出全球200多个国家和地区的手机号码中有微信的部分，让你轻松定位目标客户。你只要把号码段上传到云端，就可以进行云端检测。搜索燃精灵，使用推荐码6666就可以注册账号。

4. 图片查看——Honeyview

Honeyview是一款轻量快速的图片查看工具，支持多种图片格式和压缩文件内的图片浏览。它具备快速加载和流畅缩放的能力，同时支持基本的EXIF信息显示，非常适合需要高效查看大量图片的用户。

5. 文件同步——FreeFileSync

FreeFileSync是一款开源的文件夹同步和备份工具，支持双向同步、镜像同步等多种模式。它界面直观、操作简单，能够有效比较文件夹差异并快速同步文件，是个人和企业数据备份的理想选择。

好啦，以上就是这次跟大家分享的好用到爆的神仙软件，觉得不错的话看完记得收藏起来哦！

[feitgemel]

Have you ever wanted to detect moving objects in a video using Python and OpenCV?

This tutorial has got you covered! We'll teach you step-by-step how to use OpenCV's functions to detect moving cars in a video.

This tutorial will give you the tools you need to get started with moving (!!) object detection and tracking in Python and OpenCV.  

check out our video here : https://youtu.be/YSLVAxgclCo&list=UULFTiWJJhaH6BviSWKLJUM9sg

Enjoy,

Eran

#Python #OpenCV #ObjectDetection #ComputerVision #MotionDetection #VideoProcessing #MovingCars #Contours #TrafficMonitoring #Surveillance #DetectionAndTracking

[woodwork-reviews]

drones for mapping

drones for cats

drones for firefighting

drones for wedding photography

drones for business use

drones for aerial mapping

drones for wind turbine

drones for traffic monitoring

drones for environmental monitoring

[vietproit]

TrafficMonitor – Hiển thị tốc độ mạng và CPU trên thanh Taskbar Windows 11

TrafficMonitor – Hiển thị tốc độ mạng và CPU trên thanh Taskbar Windows 11

TrafficMonitor – Hiển thị tốc độ mạng và CPU trên thanh Taskbar Windows 11 Thông thường, nếu bạn muốn kiểm tra xem các tài nguyên được sử dụng như thế nào trong hệ thống của mình hoặc liệu một chương trình cụ thể có làm tắc nghẽn chúng hay không, bạn hãy chuyển sang Trình quản lý tác vụ được nhúng. TrafficMonitor là một ứng dụng nhẹ cung cấp một cách đơn giản để theo dõi tốc độ mạng, mức sử dụng…

[cesmohankrishna-blog]

how to get a traffic monitoring #seo #linkbuilding #pagecontent #keywordresearch #information architecture #socialmedia #trafficmonitoring #titletags #competitiveanalysis #smm #ppc #ces #challaturu 

[exhibition-event]

#safexpo #securityandfireexpo #officialstandcontractor #exhibitionindia #security #fire #expo #securityproducts #firepump #alarmcentres #intruderalarms #accesscontrol #biometrics #buildingmanagementsystems #cctv #computersecurity #integratedsystems #networkedsecurity #itsecurity #mannedguarding #physicalsecurity #retailsecurity #screening #antiterrorism #surveillance #securecommunication #trafficmonitoring #valuableintransit..Make Your Exhibition Participation Successful .. mail at enquiry@tejaswi.biz ..http://tejaswi.biz/exhibition/security-fire-expo-official-exhibition-stall-designer-chennai (at Tejaswi Services Pvt Ltd)

[komalbrainfoster]

24/7 Security and Safety with Websat Vehicle CCTV

Websat's vehicle CCTV offers 24/7 monitoring of your fleet using high-definition cameras to capture every detail inside and outside your vehicles. If you want to monitor driver behavior, protect yourself against fraudulent claims, or fulfill your duty of care obligations to your passengers, the WebSat vehicle CCTV system will deliver. Remote access to your footage, cloud storage, and HD quality video footage means you can review your footage anywhere, anytime, confident your vehicles and passengers are secure.

[techniktagebuch]

Juli 2017

Wlan Roaming auch zuhause

Ich wohne in Stahlbeton, und obwohl das Haus erst 2015 gebaut wurde, gibt es keine strukturierte Verkabelung für Ethernet, sondern TAE-Dosen in jedem Raum (das TT berichtete). Wlan und Stahlbeton sind keine guten Freunde – lösen konnte ich das Problem der Wlan-Verfügbarkeit in der ganzen Wohnung letztlich nur über mehrere Accesspoints (AP), die teilweise über Netzwerk-über-Stromleitung mit dem eigentlichen Router verbunden waren und jeweils die gleiche Wlan-Kennung im 2,4 bzw. 5GHz Netz verwendeten.

Dadurch entsteht ein neues Problem: Geräte, die sich erstmal mit einem Wlan-AP verbunden haben, verlassen diesen nicht mehr, auch wenn APs mit besserer Erreichbarkeit sichtbar sind. Das entsprechende Protokoll ist einfach kaputt, Roaming und mobile Geräte waren damals nicht als typische Nutzung erkennbar und wurden damit auch nicht vorgesehen.

In großen Installationen mit mehreren APs löst man das auf mehreren Wegen, z.B. in dem man sehr viele APs mit sehr geringer Leistung verwendet und dadurch meist nur ein AP sichtbar ist – mit entsprechenden Nachteilen, oder (und besser) mit einem Controller, der alle AP verwaltet und sehen kann, welcher AP welche Geräte wie gut sieht und auch wie viele Verbindungen dieser gerade hält. Der Controller entscheidet dann zugunsten der Clients, aktiv gegen das Protokoll zu verstoßen und diese von schlecht erreichbaren oder überfüllten APs zu kicken – damit verbinden sich diese automatisch neu, meistens mit dann einem anderen, netztechnisch günstigeren AP. Dieses Verhalten ist für den Benutzer transparent, stört also nicht.

Meine APs haben keinen Controller, deswegen wird die Verbindung, wenn man sich in der Wohnung bewegt, viel schlechter, aber nicht schlecht genug, damit sich Geräte von alleine auf dem anderen AP einbuchen. Auf Dauer nervt das ziemlich.

Seit einiger Zeit gibt es Wlan-APs für den Heimgebrauch, die aktiv miteinander kommunizieren, dies auch über eine (extra) Wlan-Verbindung beherrschen (ein sogenanntes Mesh-Netz, wie es z.B. auch Freifunk-Nodes verwenden, um sich direkt per Funk miteinander zu verbinden). Über dieses Meshnetz wird nicht nur intern zwischen den APs kommuniziert, sondern eben auch Nutzverkehr geleitet – damit braucht nur noch ein AP eine kabelgebundene Anbindung an das restliche (Inter)netz.

Mich interessiert wegen meiner Stahlbetonhöhle mehr die Möglichkeit, gemeinsam aktiv gegen das oben erklärte Protokollverhalten der Clients zu verstoßen, als die Knoten-Kommunikation über Funk, aber das gibts gratis dazu und ist wohl für die meisten Käufer der viel wichtigere, aktiv beworbene Punkt. Damit kann man eben einen (zusätzlichen) AP dort aufstellen, wo der AP am Internetanschluss gerade so nicht mehr hinkommt und damit als Repeater arbeitet, ohne eine eigene kabelgebundene Anbindung zu brauchen.

Ich habe mir die Wlan-Nupfis von Google gekauft (sowas gibts auch von anderen Firmen, siehe z.B. Vergleiche in diesem oder diesem Review). Der Preis erscheint erstmal teuer, ist auch viel teurer als einfach zwei noname AP, aber die hatte ich ja vorher und das war für die Bewohner nicht befriedigend.

Hier gibt es einige Geräte, die aus verschieden Gründen nur 2,4 GHz und nur verschlüsselte Netze können, sowie einige, die gar kein Wlan haben. Das zusammen mit wenigen physischen Netzwerkports erforderte eine Bestandsaufnahme:

rot: drahtgebunden, orange via Stromleitung, grün: zwingend 2.4GHz, gelb: egal, blau: Freifunkknoten

Die Google-Hardware hat ein paar Einschränkungen, die aus meiner Sicht aber vor allem Freaks betreffen, die zuhause noch 2 DMZ und stark segmentierte Netze betreiben wollen (alle anderen, die denken, sie seien keine Netzwerkfreaks, können die Auflistung getrost überlesen).

das private Netz ist festgenagelt auf 192.168.86.0/24

jeder Nupfi hat nur zwei Ethernet-Interfaces

der Master-Nupfi kann nicht als Modem, sondern nur Router arbeiten – ein Kabel- oder DSL-Modem muss also davor in Betrieb bleiben, und am besten in den Bridge-Modus geschaltet werden, wenn man nicht Double-NAT machen möchte (damit kann ich allerdings seit Jahren gut leben)

Die Einrichtung ist wirklich simpel, kann allerdings nur über eine App (iOS, Android), nicht über einen Webbrowser vorgenommen werden. Entgegen meiner Befürchtungen sehen sich die Nupfis auch durch die Stahlbetonwände gut – trotzdem lasse ich als Backbone die Stromleitung bestehen, auch weil mir dadurch mehr Ethernetports zur Verfügung stehen.

Kurze Verwirrung am ersten Betriebsabend gibt es doch, weil sich beide Nupfis erst in Ruhe auf das aktuelle Patchlevel hocharbeiten und dadurch genau der gleiche Effekt wie vorher auftritt: Das Netz ist plötzlich scheiße.

Google hält sich mit den zusätzlichen Möglichkeiten der Nupfis offiziell sehr zurück, dass z.B. das Backbone auch über Draht erstellt werden kann, muss im passenden Produktforum gesucht werden, ebenso, wie man an Debug-Infos kommt (http://192.168.86.1/api/v1/diagnostic-report) und andere Dinge.

Insgesamt funktonieren die Nupfis erwartungsgemäß und unauffällig – wir können uns mit einem Wlan-Gerät durch die Wohnung bewegen und haben konstant Netz. Auf dem Mac kann ich sehen, dass dabei munter zwischen 2,4 und 5 GHz und den Kanälen gewechselt wird – so wie es die Nupfis gerade für das Beste halten - inzwischen bin ich aber nicht mehr so neugierig und nehme einfach hin, dass es funktioniert.

Es gibt noch ein paar Zusatzfeatures – z.B. eine Wlan-Bremse für die Geräte der zum Haushalt gehörenden Pubertiere, Trafficmonitor, Priorisierung von einzelnen Geräten und ähnliches – brauche ich alles nicht, kann deswegen dazu auch wenig schreiben.

(Alexander Stielau)

[securitynewswire]

A vulnerability in trafficmonitoring functions in Cisco Web Security Appli

SNNX.com : http://dlvr.it/QcGP6Z

[tcnbh1227]

推荐5款小众但口碑很好的软件，你用过吗？

电脑上的各类软件有很多，除了那些常见的大众化软件，还有很多不为人知的小众软件，专注于实用功能，简洁干净、功能强悍。

1.文档排版——GIDOT TYPESETTER

GIDOT TYPESETTER是一款文档排版软件，可以将Markdown格式的文本转换为PDF、HTML、EPUB等格式的文档，支持多种样式和主题，以及数学公式、图表、代码块等元素。GIDOT TYPESETTER可以帮助你快速制作出美观、专业的文档，无需复杂的设置和操作，适合各种场合和用途。

2.文件转换——Convertio

Convertio是一款在线文件转换工具，可以将各种格式的文件转换为你需要的格式，例如将Word转换为PDF，将PNG转换为JPG，将MP4转换为MP3等。Convertio支持超过3000种文件格式，转换速度快，质量高，而且不需要安装任何软件，只需在浏览器中上传文件，选择目标格式，然后下载转换后的文件即可。

3.微信空号检测——燃精灵

燃精灵是一款专业的微信空号检测软件，能够快速检测出全球200多个国家和地区的手机号码是否注册了微信。你只需把号码段上传到云端，就能筛选出有微信的号码，精准锁定潜在客户。搜索燃精灵，推荐码填写6666即可注册，飞机@RJL8888。

4.流量监控——TrafficMonitor

TrafficMonitor是一款流量监控软件，可以实时显示你的网络速度、CPU占用、内存使用等信息，方便你了解你的电脑和网络的状态。TrafficMonitor可以自定义显示的项目、颜色、字体、位置等，也可以设置警告和通知，���你的流量或资源超过设定的阈值时，会提醒你。

5.视频下载——Qdown

Qdown是一款视频下载软件，可以从各大视频网站下载你喜欢的视频，支持YouTube、Bilibili、TikTok等平台，也支持下载字幕、弹幕、封面等附加内容。Qdown可以自动识别视频的格式、分辨率、码率等信息，让你选择最优的下载选项，也可以批量下载多个视频。

以上就是今天给大家分享的软件哦，不知道大家用过哪些小众但是口碑非常好的软件呢？

[android-arsenal]

TrafficMonitor

It is a debugging tool for measuring simple network traffic.

from The Android Arsenal http://ift.tt/2sZ7eYG