EFF’s Street-Level Surveillance Project Dissects Police Technology
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Step onto any city street and you may find yourself subject to numerous forms of police surveillance:undefined:—:undefined:many imperceptible to the human eye.
A cruiser equipped with automated license plate readers (also known as ALPRs) may have just logged where you parked your car. A cell-site simulator may be capturing your cell-phone data incidentally while detectives track a suspect nearby. That speck in the sky may be a drone capturing video of your commute. Police might use face recognition technology to identify you in security camera footage.
EFF first launched its Street-Level Surveillance project in 2015 to help inform the public about the advanced technologies that law enforcement are deploying in our communities, often without any transparency or public process. We:undefined:’:undefined:ve scored key victories in state legislatures and city councils, limiting the adoption of these technologies and how they can be used, but the surveillance continues to spread, agency by agency. To combat the threat, EFF is proud to release the latest update to our work: a new mini-site that shines light on a wide range of surveillance technologies, includingALPRs,cell-site simulators,drones,face recognition, andbody-worn cameras.
Designed with community advocates, journalists, and policymakers in mind, Street-Level Surveillance seeks to answer the pressing questions about police technology. How does it work? What kind of data does it collect? How are police using it? Who:undefined:’:undefined:s selling it? What are the threats, and what is EFF doing to defend our rights? We also offerresources specially tailored for criminal defense attorneys, who must confront evidence collected by these technologies in court.
These resources are only a launching point for advocacy. Campus and community organizations working to increase transparency and accountability around the use of surveillance technology can find additional resources and support through ourElectronic Frontier Alliance. We hope you:undefined:’:undefined:ll join us in 2018 as we redouble our efforts to combat invasive police surveillance.
Make ISO from DVD
In this case I had an OS install disk which was required to be on a virtual node with no optical drive, so I needed to transfer an image to the server to create a VM
Find out which device the DVD is:lsblk
Output:NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT sda 8:0 0 465.8G 0 disk ├─sda1 8:1 0 1G 0 part /boot └─sda2 8:2 0 464.8G 0 part ├─centos-root 253:0 0 50G 0 lvm / ├─centos-swap 253:1 0 11.8G 0 lvm [SWAP] └─centos-home 253:2 0 403G 0 lvm /home sdb 8:16 1 14.5G 0 disk /mnt sr0 11:0 1 4.1G 0 rom /run/media/rick/CCSA_X64FRE_EN-US_DV5
Therefore /dev/sr0 is the location , or disk to be made into an ISO
I prefer simplicity, and sometimes deal with the fallout after the fact, however Ive repeated this countless times with success.dd if=/dev/sr0 of=win10.iso
Where if=Input file and of=output file
I chill out and do something else while the image is being copied/created, and the final output:8555456+0 records in 8555456+0 records out 4380393472 bytes (4.4 GB) copied, 331.937 s, 13.2 MB/s
Recreate postrgresql database template encode to ASCIIUPDATE pg_database SET datistemplate = FALSE WHERE datname = 'template1';
Now we can drop it:DROP DATABASE template1;
Create database from template0, with a new default encoding:CREATE DATABASE template1 WITH TEMPLATE = template0 ENCODING = 'UNICODE'; UPDATE pg_database SET datistemplate = TRUE WHERE datname = 'template1'; \c template1 VACUUM FREEZE;