Guardara secures the world’s code by making application security testing fast and easy through Fuzzlabs, a fuzz-testing platform that helps enterprise product security teams quickly uncover previously unknown software, OS, network, and web app vulnerabilities across industries such as industrial control, IoT, medical devices, telecom, defense, aerospace, and automotive.

Industries

Network Management SoftwareComputer and Network SecurityBusiness/Productivity SoftwareCybersecurityCloudTech & DevOpsSaaS

Type

Privately Held

Social Media

twitter

Company Size

Employees

RangeSelf-employed

1101001K5K10K+

Similar Organizations

Ohio Hospital and Medical CentreSpokly - Mobile and Web App DevelopmentNTP Healthcare & Medical Services Private LimitedMRG EffitasMantra Information SecurityCognitionHubZayMed Healthcare CentreIntellio Healthcare Private LimitedMercy HospitalTechradix Technology

Headquarters

86-90 Paul Street, Hoxton, Hackney, London, Ec2a 4ne, England, United Kingdom

Followers

828

Press Coverage

Date	Article	Publisher
Jun 25, 2020	ICE71 powers cyber start-ups to raise S$18 million to strengthen cyber ecosystem	markets.businessinsider.com

Contact Information

Generali***@guardara.com

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Product

Name	Description
Fuzz Testing Platform	A platform for conducting comprehensive negative testing to identify bugs and zero-day vulnerabilities in software.
Web Services Testing	Performs static and dynamic tests on web services using OpenAPI documentation to identify vulnerabilities.
Web Applications Testing	A Google Chrome extension that facilitates the testing of web applications directly from the browser.
Custom / Proprietary Testing	Offers testing solutions for custom and proprietary software layers where most vulnerabilities reside.
Test Case Generation	Generates test cases using templates for structured data, supporting generation-based, mutation-based, and hybrid methods.
Issue Detection	Employs five methods to detect unexpected behavior during test runs, including connection-based, response-based, monitor-based, callback-based, and performance-based detection.