Data gathering is notorious for being a long and dreaded process. Spyse, a relatively new service, strives to make improvements in that field.
Spyse aims to entirely oversee reconnaissance by offering several reconnaissance tools which are merged together into a full-service cyberspace search engine. Their primary advantage is that they offer users access to a ready database, a solution which negates the need to wait for new target scans.
In this article, we will look closely at Spyse cyberspace search engine, how they gather and store data, their flexibility and productivity-aimed tools, as well as how different types of experts can use this service to their advantage.
How Spyse Collects Data
Spyse Engine performs regular scans to maintain their database.
They implement ten self-developed scanners, each focusing on specific information. These scanners work uninterruptedly to gather mass data. The data gets collected from multiple sources before in order to provide the correct results.
Spyse’s 50 server global distribution system which allows them to scan for this data all over the world, bypassing area scanning restrictions and ISP blocking. As a result, users can tap into a database which contains all the information they need to perform reconnaissance or gather data on targets.
The Database Approach
The database contains mass internet data gathered by Spyse scanners. Sorted and interlinked by algorithms, the data offers a plethora of exploring possibilities. Users can not only find specific information on their target, but also branch out their search by browsing data relationships, patterns, and more.
The database is a cluster of 250 shards containing 7 billion documents of hot data. All of this is stored on fifty highly-functional servers, which receive constant updates to keep the data relevant. Instead of waiting for new scans to complete, users get results right away.
Data Presentation: Website and API
Spyse’s web interface looks much like a familiar search engine. You simply look up what you want to find, and the data comes back sorted into tables that can be customized for more convenient use. All this data can also be downloaded in CSV and JSON formats. With its handy filters and other productivity perks, Spyse’s web interface is great for newcomers as well as professionals.
Spyse engine has a flexible API which can be easily integrated into your tools and services. The API has documentation on Swagger, and all the methods for how it can be used are displayed on the Spyse website. All GUI info can be attained with the API.
They also have a Python wrapper made by zer0pwn, whose work many pentesters will be familiar with. Spyse does not currently have a CLI, but it is reportedly in the works.
Spyse engine offers two handy tools for sorting results and testing the cyber-defense of several targets at once.
Advanced search helps users extract precise results from mass pools of data. By implementing up to 5 search parameters, users can find very specific data. For example: Make an ASN lookup to investigate the target’s AS and find all IP addresses that have vulnerable technology on their assets.
How Specialists Benefit from Spyse
This search engine greatly improves the workflow and efficiency of cybersecurity specialists. With its expansive toolkit, security engineers can automate many processes which used to take up lots of time. This service lets specialists quickly analyze their own cyberinfrastructures and wall-off hackers by sealing vulnerabilities as they come up.
Bug bounty hunters can use this Spyse search engine when other methods are not allowed by bug bounty contracts. They can also quickly build target lists and avoid rate limits, which increases their output tenfold. Keep in mind that both pentesters and bug bounty hunters will remain undetected when performing mock attacks or looking for bugs.
With its expansive toolkit and clever productivity-enhancing features, Spyse is a formidable service to use for anybody working in cybersecurity.