You don’t have to be a security expert to protect your applications against SQL Injection.
Prevent SQL Injection attacks and thousands of other vulnerabilities in a few easy clicks.
SQL injections represent a code injection technique used to attack applications and the data they hold. They are mostly known as a website attack vector, but they can be used to attack any SQL database.
To make an SQL Injection attack, an attacker must first find vulnerable user inputs within the web page or application. When the attacker creates input content and sends it, malicious SQL commands are executed in the database. This way an attacker can gain complete control over the affected database.
SQL injections have been around for quite some time and most of them are automated.
SQL Injection prevention is quite easy to achieve, so it’s somewhat shameful that there are so many successful SQL Injection attacks occurring.
Input validation and parameterized queries, including prepared statements, are the only sure way to prevent SQL Injection attacks.
All inputs have to be sanitized, not only web form inputs such as login forms. It’s good practice to turn off the visibility of database errors on production sites. Database errors can be leveraged with SQL Injections to gain information about your database.
Another easy way to detect and prevent SQL Injections is to use an automated SQL Injection scanner.
Scans any target, whether Web Apps, APIs (REST. & SOAP, GraphQL & more), Web sockets or mobile, providing actionable reports
Bright works with your existing CI/CD pipelines – trigger scans on every commit, pull request or build with unit testing.
One file. One command. One scan. No UI needed.
Interacts with applications and APIs, instead of just crawling them and guessing.
Scans are fast as our AI-Powered engine can understand application architecture and generate sophisticated and targeted attacks.
Get Started now and detect SQLi and thousands of other vulnerabilities in a few easy steps
Bright works with the tools developers already know and love, including CI/CD, GitHub, Jira, Slack and more.
Stop chasing ghosts and wasting time. Bright doesn’t return false positives, so you can focus on releasing code.
“We’re ecstatic to partner with Bright. Bright technology was simple to deploy and integrate into our customer engagements and began showing immediate value. Nexploit has reduced the amount of wall clock hours AND man hours we used to spend“
“Bright was exactly what needed: automated application security testing that lets us find complex issues without human interactions and with immediate, actionable results for developers, saving time and resources.“
|Testing variance||Using Legacy Dast||Using Dev-Centric Dast|
|% of orgs knowingly pushing vulnerable apps & APIs to prod||86%||50%|
|Time to remediate >Med vulns in prod||280 days||<150 days|
|% of > Med vulns detected in CI, or earlier||<5%||~55%|
|Dev time spent remediating vulns||-||Up to 60x faster|
|Happiness level of Engineering & AppSec teams||-||Significantly improved|
|Average cost of Data Breach (US)||$7.86M||$7.86M|