AES-256 encrypted backbone networks, emergency response, embassy connectivity, and sovereign infrastructure for governments and defense agencies worldwide.
AES-256 encrypted backbone networks, emergency response, embassy connectivity, and sovereign infrastructure for governments and defense agencies worldwide. CLATA TELECOM delivers vendor-neutral solutions engineered for the unique technical, regulatory, and operational requirements of the Government & Defense sector.
Licensed microwave PTP backbone — carrier-grade, AES-256 encrypted, 99.999% availability. 6–23 GHz bands, up to 2 Gbps, 50 km range.
LEO satellite broadband: 20–40 ms latency, 100–500 Mbps, global coverage. Ideal when terrestrial infrastructure is absent or as redundancy.
Multi-link bonding: LEO + 4G/5G + microwave in one managed fabric. Sub-300ms failover, L7 QoS, zero-touch provisioning.
Complete off-grid power: solar array, battery bank, charge controller, UPS backup. Sized for 72-hour autonomy in worst-case conditions.
Full turnkey project delivery: site survey, link design, frequency coordination, equipment supply, installation, commissioning, 24/7 NOC.
0% equipment financing over 24 months, equipment leasing, extended payment terms, and BEAD/grant funding assistance.
Secure, reliable fiber broadband infrastructure for government agencies, embassies, military bases, and public facilities. GPON passive architecture — no active equipment in the field means fewer failure points and less maintenance.
Mini FTTO with compact GPON OLT and optical APs for government offices. Classified and unclassified VLAN isolation at OLT level. Ceiling optical APs with PoF — secure, no exposed copper data cables.
Complete FTTH infrastructure for national broadband programs. GPON to XGS-PON migration path protects investment. Scalable from pilot zone to national rollout with same OLT platform.
GPON over single-mode fiber reaches 20km from OLT — ideal for serving rural government facilities, schools, and clinics without active amplifiers in the field. Combines with CLATA wireless backhaul where fiber trenching is cost-prohibitive.