RecruitEm
Operator: Clever Biscuit Ltd, United Kingdom
A free search query generator for public professional profiles on LinkedIn, GitHub, Xing and other networks.
Social Media (SOCMINT)
Product
Availability and source date
As of: 17 October 2026.
Check: 17 October 2026.
Generation of a LinkedIn search expression and an X search expression using the provider examples accountant and PHP.
Both operations opened a dialogue with a copyable search link. LinkedIn uses /in/ and /pub/; the X expression uses site:twitter.com.
Use in OSINT research
Creates search expressions for researching public professional profiles. Depending on the network, occupation, employer and location can be used as search criteria.
Queries
| Input | Result | Result type |
|---|---|---|
| Keyword / free text | A search expression with an occupation, skills or freely chosen search terms. | Derived |
| Company / organisation name | A LinkedIn search expression with the desired employer. | Derived |
| Place name | A search expression with a location or country filter, depending on the network. | Derived |
Features
- Creates search expressions for LinkedIn, Xing, GitHub, X and other professional networks.
- Combines search filters for occupation, employer, education and included or excluded words.
- Supports Boolean operators and suggestions for related job titles.
- Shows copyable search links to open in Google or Bing.
- Saves recurring searches in the browser.
- Uses an AI generator to extract occupation, skills and location from job advertisements.
Categories
- Social Media (SOCMINT)
- Multi-platform
Coverage
Dataset
Access
Requirements
Export
Provider
Country of establishment
Interfaces
No API, MCP or AI integration is documented.
Legal note
Limitations
- The search uses public profile pages indexed by Google.
- The X generator still uses site:twitter.com; x.com is not included in the observed search expression.
Guides and practical reports
Official · RecruitEm: X-Ray Search User Guide
Clever Biscuit · EN
Explains search criteria, Boolean operators and the individual networks.