ADVANCED SATELLITE COMMUNICATIONS INC
ADVANCED SATELLITE COMMUNICATIONS INC is a federal contractor, registered under UEI ZN5VC6LPE2U5 and CAGE code 3XVB3. It has been awarded $88,551 in federal contracts. Primary work spans Cable and Other Subscription Programming, Unknown NAICS, and Satellite Telecommunications. Top awarding agencies include Department Of Justice and Department Of Homeland Security.
Contact Information
Registration and classification details
Registration
UEI Code
ZN5VC6LPE2U5CAGE Code
3XVB3Entity Structure
OtherEstablished
N/ABusiness Classifications
NAICS Codes
Federal Contracting Overview
Award totals, agency breakdown, NAICS distribution, and geographic footprint.
AI Capability Profile
ADVANCED SATELLITE COMMUNICATIONS INC specializes in the procurement, installation, and integration of satellite-based telecommunications equipment for federal operational environments. Their core capabilities center on deploying secure, high-reliability satellite TV and communication systems tailor...
ADVANCED SATELLITE COMMUNICATIONS INC specializes in the procurement, installation, and integration of satellite-based telecommunications equipment for federal operational environments. Their core capabilities center on deploying secure, high-reliability satellite TV and communication systems tailored for field offices requiring resilient connectivity in remote or mission-critical locations. The company demonstrates technical expertise in satellite signal acquisition, RF infrastructure setup, conditional access systems, and end-to-end integration of satellite terminals with existing agency IT architectures. Their specialization lies in delivering turnkey satellite communication solutions that ensure uninterrupted audiovisual and data transmission for law enforcement and homeland security operations, with a focus on rapid deployment and field-hardened hardware compatibility. The contractor has established a direct working relationship with the Department of Homeland Security, specifically supporting ICE/ERO operations through the installation of satellite television systems at field office facilities. This engagement reflects a focused alignment with mission-critical communication needs in federal detention and enforcement environments, where terrestrial network dependencies are limited or unreliable. Their primary industry focus is satellite telecommunications (NAICS 517410), which in practice involves the design and implementation of geosynchronous and low-earth-orbit satellite systems for government use cases requiring bandwidth resilience, mobility, and secure signal distribution. The company positions itself as a niche provider of specialized satellite infrastructure for federal agencies operating in infrastructure-constrained zones. ADVANCED SATELLITE COMMUNICATIONS INC is a small business entity headquartered in Livonia, Michigan, with no federal certifications on record. Their geographic presence is centered in the Midwest, with project execution concentrated in federal facilities requiring satellite communication upgrades. The company’s market positioning is defined by its ability to deliver specialized, mission-tailored satellite solutions to federal agencies with limited vendor options in this technical domain.
Key performance metrics
Award counts and award dollars by type, as prime and as subcontractor.
Awards Count
14
All time
Active
0
Currently performing
Completed
14
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
Awards by agency, industry, year, award type, size, and place of performance.
Compete with ADVANCED SATELLITE COMMUNICATIONS INC
Track the contractors you bid against, and the work they win
Award history, agency mix, and NAICS coverage for ADVANCED SATELLITE COMMUNICATIONS INC
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
