Linear Logix Corporation 741 Sebastian BLVD Suite 2 SEBASTIAN FL 32958 USA
Linear Logix Corporation 741 Sebastian BLVD Suite 2 SEBASTIAN FL 32958 USA is a federal contractor, registered under UEI SLED_EADF9B0F55473B51. It has been awarded $451,528 in federal contracts. Primary work spans Other Electronic Component Manufacturing. Top awarding agencies include Department Of Commerce.
Contact Information
Registration and classification details
Registration
UEI Code
SLED_EADF9B0F55473B51Federal Contracting Overview
Award totals, agency breakdown, NAICS distribution, and geographic footprint.
AI Capability Profile
Linear Logix Corporation provides specialized solutions within the Other Electrical Equipment and Component Manufacturing sector. The company has experience supporting the Department of Commerce. Their industry focus is centered on NAICS 334419, specializing in the manufacturing of electrical equi...
Linear Logix Corporation provides specialized solutions within the Other Electrical Equipment and Component Manufacturing sector. The company has experience supporting the Department of Commerce. Their industry focus is centered on NAICS 334419, specializing in the manufacturing of electrical equipment and components. Linear Logix Corporation is based in Sebastian, Florida.
Key Performance Metrics
Awards Count
1
All time
Active
0
Currently performing
Completed
0
Past period of performance
Total Awards
All time
Contracts
Prime · all time
Subcontracts
Sub · all time
Grants
Prime · all time
Subgrants
Sub · all time
Award Analytics & Distribution
Compete with Linear Logix Corporation 741 Sebastian BLVD Suite 2 SEBASTIAN FL 32958 USA
Track the contractors you bid against, and the work they win
Award history, agency mix, and NAICS coverage for Linear Logix Corporation 741 Sebastian BLVD Suite 2 SEBASTIAN FL 32958 USA
AI-powered matching against your own capabilities and past performance
Teaming and subcontracting signals on every award
Automated alerts when a competitor wins in your market
Join 750+ contractors already using CLEATUS
