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Problema e cauzata de inverter - nu sunt alimentate neoanele, porneste mai greu din ceva motive. Daca dai cu o lanterna lumina spre ecran dinspre laterala, ai sa vezi la fel ca si cand te uiti de sus. E clar ca nu ai lumina din spatele displayului.

Si eu m-am gandit la acelasi lucru ca contactu nu se face cum trebuie , dar daca era asta nu ar trebui sa nu porneasca tot timpu , eu nu il misc cand ii tot dau restartu si intr`un final porneste de la sine ? Baiatu de la care l-am cumparat mi-a zis de problema ,de aceea a fost si mai ieftin . Ieri am observat ca daca ma uit din partea de sus a monitorul ,pot sa vad cand trebuie sa bag parola ,iconitele de pe desktop ba chiar cu putine indemanare si sa intru pe internet ,dar asta doar daca ma uit din partea de sus (nu stiu cum sa explic mai bine ) daca ma uit din pozitia normala nu se vede nimic . Cat despre palme nu stiu ce sa zic ,eu sunt un pic mai masiv ,i-am dat doua palme si a inceput sa scoata niste sunete zici ca e centrala nucleara

Claimed as the fastest internet speed that has been tested and recorded in the world. Image: Monash University A group of researchers from Monash, Swinburne, and RMIT universities have claimed that they have successfully tested and recorded the world's fastest internet data speed of 44.2Tbps using a single optical chip known as a micro-comb. The findings, published in the Nature Communications journal, revealed how the data speed achieved has the capacity to support high-speed internet connections of 1.8 million households in Melbourne, and users can download 1,000 HD movies in seconds. According to the researchers, the micro-comb, which is touted to be a smaller and lighter device than existing telecommunications hardware, was used to replace 80 infrared lasers and load-tested in infrastructure that mirrored networks used by the National Broadband Network. They did this by placing the micro-comb in 76.6km of installed dark optical fibres between RMIT's Melbourne city campus and Monash University's Clayton campus. The micro-comb was used to mimic a rainbow of infrared lasers so that each 'laser' has the capacity to be used as a separate communications channel. To simulate peak internet usage during testing, the researchers sent maximum data through each channel across 4THz of bandwidth. RMIT's Arnan Mitchell said the future ambition for the project is to scale up the current transmitters from hundreds of gigabytes per second towards tens of terabytes per second without increasing size, weight, or cost. A sample of some of the perovskite cells used in the experiment. Image: UNSW Elsewhere, scientists from the University of Sydney have tested how to improve the thermal stability of perovskite solar cells so that it could potentially be used as an alternate to silicon-based solar cells. The scientists used a polymer-glass blanket with a pressure-tight seal to suppress the decomposition of the perovskite cells, a process known as outgassing. The test was also able to determine if the perovskite solar cells could survive more than 1,800 hours of 85% relative humidity and 75 cycles of temperatures between -40 degrees and 85 degrees. Via zdnet.com

Speaker: Jorge Orchilles Abstract: Adversary Emulation is a type of Red Team Exercise where the Red Team emulates how an adversary operates, following the same tactics, techniques, and procedures (TTPs), with a specific objective (similar to those of realistic threats or adversaries). Adversary emulations are performed using a structured approach, which can be based on a kill chain or attack flow. Methodologies and Frameworks for Adversary Emulations will be covered shortly. Adversary emulation Red Team Exercises emulate an end-to-end attack against a target organization to obtain a holistic view of the organization’s preparedness for a real, sophisticated attack. This will be the main focus of SANS SEC564 Red Team Exercises and Adversary Emulation. Command and Control is one of the most important tactics in the MITRE ATT&CK matrix as it allows the attacker to interact with the target system and realize their objectives. Organizations leverage Cyber Threat Intelligence to understand their threat model and adversaries that have the intent, opportunity, and capability to attack. Red Team, Blue Team, and virtual Purple Teams work together to understand the adversary Tactics, Techniques, and Procedures to perform adversary emulations and improve detective and preventive controls. The C2 Matrix was created to aggregate all the Command and Control frameworks publicly available (open-source and commercial) in a single resource to assist teams in testing their own controls through adversary emulations (Red Team or Purple Team Exercises). Phase 1 lists all the Command and Control features such as the coding language used, channels (HTTP, TCP, DNS, SMB, etc.), agents, key exchange, and other operational security features and capabilities. This allows more efficient decisions making when called upon to emulate and adversary TTPs. It is the golden age of Command and Control (C2) frameworks. Learn how these C2 frameworks work and start testing against your organization to improve detective and preventive controls. Learn how Red Teams and Blue Teams work together in virtual Purple Teams -Leverage Cyber Threat Intelligence to understand adversary tactics, techniques, and procedures Perform adversary emulations in Red or Purple Team Exercises Choose which command and control to use for the assessment to provide the most value -Measure and improve people, process, and technology Source

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Salut, am castigat cateva produse in promotia Winston Romania, am castigat cateva produse care nu mi-au ajuns (pandemie), astept de 50 zile, au fost livrate prin dpd.com, sun raspunde robotul, sun la info-line youtfreedom.ro, se eschiveaza, sun curierii de la dpd.ro, se eschiveaza, tinand cont ca e vorba de Smartwatch, boxa portabila, netbook, baterie externa Sa ma fut in plamanii lor /edit: am verificat AWB, apare livrat cu o semnatura in forma de X //Cancerul sa va manance