Hacker Finder

[Samantha Figueredo]

Webelieve there is immense value in having a bug bounty program as part of our cybersecurity strategy, and we encourage all companies, not just those in the hospitality industry, to take a similar approach and consider bug bounty as a proactive security initiative.

Our first pentests revealed a major finding and showed the value of an ethical hacker community combined with PTaaS. Today, our pentests give us full visibility into findings in real-time, allowing us to pivot to fix and retest while the pentest is still running. The result is that we have more trust in the final report and can plan to direct efforts immediately to any weak spots.

Today I found a PLR 15 laser range finder from Bosch for 45 Euro in a German DIY store. I bought and disassembled it to see if it could be used as a laser ranger finder in robotics. The main issue will be to debug the communication protocol. I hope it outputs distance measurements over serial

I have Purchased a PLR15 and I am trying to decipher the Debug port. I am not sure how I did it, but I managed to make the screen display RS232. So I will try to get there again and post instructions on how I did it. I hope this helps someone to get there faster with the hack.

There is connection between vertical and horizontal board. There are 9 pins connectiing both boards. Pins on the left side seems to be communications pins. (1 and 3 ). When You hold the measurment data stops flowing on these pins.

I have found the function of the pins of the debug port. I have remove the optics unit, and then with ohmic measure the PCB-tracks from debug-port to the processor. The Processor is a STM32F051R6 from ST.

Send to debug pin 7 with 9600 baud, 8 data, 1 stop, no parity a command higher or equal than C0h. The response is always the same after 60ms with 3 bytes: 01h 00h FAh. And the laser go never in the power on state. Only the LCD backlight is on. Anyone have a good idea for the communication?

I bought some of these little magnets for another purpose and realized that I could just stick a couple to the back of my ranger finder to stick it to my cart. I used to have one of those straps that you can buy for $20+ but found it wasn't strong enough for big bumps in the cart and didn't want to risk my range finder falling (again). I haven't tested thoroughly but two of these are way stronger than those straps so far. Anyone else done this? DIYMAG Strong Neodymium bar Magnets with Double-Sided Adhesive, Rare Earth Neodymium Magnet - 60 x 10 x 3 mm, Pack of 16: Amazon.com: Industrial & Scientific

Did you just use the adhesive that comes on the magnets or did you add some glue also? I'd be concerned about the magnets letting lose from the range finder, especially after pulling the rangefinder from the cart a bunch of times.

I've just used the double sided tape that came with the magnets. So far so good. I do check it periodically to make sure it isn't separating. I also slide the range finder off instead of pulling. These two magnets are quite strong and it is easier to slide it forward or backward to get it off.

When I worked in a pro shop for a couple years after retirement I was surprised how many rangefinders would be turned in. (Makes me wonder how many weren't). This is why I factor "pocketability" into the equation when I purchase a rangefinder. A couple years ago I got a Nikon Coolshot which was very small and slid right in my pocket. No chance of losing. Unfortunately that rangefinder was slow locking on after about 175 yards. So I exchanged it for the Bushnell V4. Works great, still small, and after a few months I gave it to my wife and got a second V4 (with Shift) for myself. Don't even realize its there when playing. Plus I'm sure Bushnell has thought this out but I'm skeptical of having powerful magnets next to delicate electronics. Can't help but wonder what the long-term effect is on the unit.

Yep, I left my Tour V2 in a cart one time and that was all it took for me to never forget mine again. Having my own cart helps now but even when I play somewhere other than my home cart I have PTSD from forgetting that rangefinder and I check to make sure I have everything and count my 14 clubs before I leave the course haha. Turns out I really needed a new rangefinder anyways because I discovered that V2 had TERRIBLE battery life compared to the newer models.

I want to use Arduino with two variable input one is the range finder an another is a variable resistor value

and multiply those together then result number should control a stepper motor certain position. or dc motor with variable resistor positioning.

The Hobbyking laser ranger is not fast enough work while in motion, nor are the other golf and hunting type laser range finder. The Bosch is fast enough however and it has a nice TTL level serial connection you can interface with your computer. The best and most economical laser is the Laser Technology S200. It goes out to a mile, works while in motion and returns ranges at an adjustable 1-64hz. It is lightweight and small in size. Cost is $1100 for the module only. I can install this system into a Pixhawk or APM as a collision avoidance system with arduino running some custom code and interfacing with the APM mavlink. The project is fairly straightforward. The method of operation is the module is always pointing at the next waypoint...and anything seen inside the automated flight path will prompt a flight path and/or altitude adjustment until the obstacle is no longer in the flight path.

Discover more subdomains and maximize your chances of finding critical vulnerabilities with the built-in discovery methods available through paid plans These also give you access to 20+ security testing tools and features.

Especially helpful for wide scope engagements, subdomain enumeration is crucial in the reconnaissance phase. This preconfigured Subdomain Finder helps you bring to light hidden entry points that are worth pursuing and prioritizing for vulnerability scanning and ethical exploitation.

A ready-to-use subdomains search engine like this removes the need for custom scripts, maintenance, and sifting through duplicate results. Offload repetitive work to our Subdomain Finder and free up your time to apply and develop your strongest penetration testing skills.

A Subdomain Finder is a subdomain enumeration tool that helps you discover subdomain hosts (aka subdomain FQDNs) which serve specific functions for your target (e.g. hosting public websites, private subdomains for testing web apps, URLs where you can find backups, etc.).

Since finding subdomains is an important step in the information gathering stage of a penetration test, we built a Subdomain Finder to maximize your chances of finding vulnerabilities worth pursuing.

For instance, a subdomain finder report might show you that subdom1.company.com points to IP 1.1.1.1 and subdom2.company.com points to IP 2.2.2.2. Now you know two different IP addresses your target organization might own and you can extend the attack surface while still operating in the scope of the engagement.

Subdomains sometimes host applications for internal use (e.g. test, development, backup, restricted) that are usually less secure than public/official applications, which makes them attractive targets for cybercriminals.

Instead of offering a Subdomain Scanner as a standalone tool, we chose to offer the ability to chain the results with our other tools from the start. As a result, our platform provides an entire ecosystem of tools and features you can even combine into automated testing sequences.

To make it easy for you to find all subdomains and identify low hanging fruit as well as less obvious potential entry points, we combined almost a dozen search methods with various enumeration wordlist options, and even the ability to include unresolved subdomains.

On top of the ability to use your own wordlists for enumeration and fuzzing, you can also use our Subdomain Finder to get extra information about the subdomains it finds, including IP address, WHOIS, and web server and web technologies information built-in (if applicable). Plus, you can easily filter results to surface the most useful findings you need to move forward.

The Deep scan version delivers speed, accuracy and extensiveness, all together, along with access to all the pentesting tools and features on the platform. The Deep scan uses multiple techniques to find subdomains fast and effectively:

Subdomain Finder is a comprehensive tool, so scan duration varies depending on the target. For an average domain, a subdomain scan takes just a few minutes. For instance, it can return up to 500 results in under 10 minutes.

When you choose a paid plan and log into your Pentest-Tools.com account, you get eight additional detections methods and can select and combine the following subdomain scanning parameters to customize the output:

Our solution for finding domains, our free Google Hacking tool, and Find Virtual Hosts provide breadth by extending your attack surface. Enhance your reconnaissance work with complementary tools such as the Port Scanner, the UDP Port Scanner, and the Website Recon tool which provide you with in-depth information about a specific target.

Web vulnerability scanners, web CMS scanners, and network vulnerability scanners are all available from your online account, along with powerful offensive tools (e.g. URL Fuzzer, Subdomain Takeover, Sniper Auto-Exploiter, and more).

Automation features also help you expedite entire testing sequences. For instance, Recon Robot, one of our pentest robots, automatically discovers all subdomains of any given domain, does full port scanning and service discovery, and gathers technologies and takes screenshots for each web port it finds. It also delivers all the data it aggregates in the unified Attack Surface view. All without you having to wait for scans to finish to start follow-up scans with different tools and other work that disrupts your flow.

3a8082e126