Jazz will make 5G test trials available at 180 towers for Jazz customers starting March 11, 2026.

Jazz’s total spectrum holdings increased from 94.4 MHz to 284.4 MHz as a result of the auction.

The auction increased the total spectrum available to mobile operators in Pakistan from 274 MHz to 754 MHz.

The NGMS auction raised a total of $507 million for the Pakistani government.

The Assignment Stage to finalize exact frequency positions within each band is scheduled for March 12, 2026.

Jazz secured 190 MHz of additional spectrum for a total sum of $239.375 million.

Jazz committed $1 billion of investment over the next three years to modernize its core network and scale its JazzWorld digital ecosystem.

Average data consumption in the Pakistani market is 8 GB per user compared with a regional average of 20 GB per user.

Following assignment, initial 5G rollouts are expected to begin in Islamabad and provincial capitals within five to six months.

Jazz’s acquisition strategy focused on a balanced coverage-and-capacity model securing frequencies across four key bands.

Pakistan experienced a period of spectrum starvation that constrained the rollout of high-quality digital services prior to the auction.

On March 10, 2026, Jazz (JazzWorld) emerged as the largest winner in the Pakistan Telecommunication Authority’s Next Generation Mobile Services auction.

JazzWorld currently serves over 100 million users across fintech, health-tech, and entertainment services.

The preliminary design for the Epoch 2 program was completed in less than nine months from the initial contract award in May 2025.

BAE Systems serves as prime contractor for the Epoch 2 program, leading mission planning, payload delivery, launch, and operations support.

The next major technical milestone for the Epoch 2 program is the Critical Design Review.

The Preliminary Design Review for the Epoch 2 program represented a $1.2 billion milestone establishing the technical foundation for a ten-satellite constellation and associated ground command and control systems to track advanced missile threats.

Epoch 2 spacecraft are intended to operate in concert with existing and future layers of the missile defense architecture to provide continuous global coverage against maneuvering threats.

The rapid development pace for the Epoch 2 preliminary design was facilitated by the use of high technology readiness level components, including the BAE Systems TREK product bus, and the implementation of digital model-based systems engineering.

The Epoch 2 mission is designed to provide resilient, space-based warning and tracking for traditional ballistic missiles and advanced emerging threats such as hypersonic glide vehicles.

A Medium Earth Orbit constellation for missile warning offers increased resilience through a proliferated architecture compared with legacy geostationary systems.

Following completion of the Preliminary Design Review, the Epoch 2 program will transition into the final design and fabrication phase.

The Space Systems Command MEO Epoch 2 program is part of a Department of War and Space Force strategy to diversify orbital regimes for national security.

BAE Systems is using the TREK product bus and its heritage in infrared optical payloads to streamline delivery of the Epoch 2 space segment.

BAE Systems completed the Preliminary Design Review for the U.S. Space Force Space Systems Command Resilient Missile Warning and Tracking – Medium Earth Orbit Epoch 2 program on March 11, 2026 in Broomfield, Colorado.

ST Engineering iDirect will aim to provide predictable and transparent pricing and deliver SLA-backed performance with enterprise-grade compliance and security through the partnership with Q-KON.

The collaboration aims to lower barriers to entry for Q-KON and Q-KON’s customers and enable businesses and organizations of all sizes to access premium satellite ground technology.

The partnership between ST Engineering iDirect and Q-KON was announced on March 10.

Dawie de Wet is the Group CEO of Q-KON.

The collaboration aims to accelerate time to market for Q-KON and its customers.

Q-KON will provide satellite capacity and teleport facilities in South Africa for the Intuition Unbound deployment.

ST Engineering iDirect will deliver Intuition Unbound’s scalable satellite ground connectivity.

Q-KON is an African satellite engineering and service provider.

Intuition Unbound leverages scalable infrastructure, advanced virtual network operator capabilities, and global bandwidth management technologies.

ST Engineering iDirect is partnering with Q-KON to launch Intuition Unbound across Africa.

Max Space offered an independent station concept called Thunderbird in December 2025.

Voyager and Max Space announced a strategic partnership focused on expandable space exploration technology a month before Voyager’s investment.

NASA’s forecast at the time referenced a moon landing with Artemis 4 in 2028 under an updated mission architecture.

Saleem Miyan is the cofounder and CEO of Max Space.

NASA changed its Commercial Lunar Destinations approach in mid-2025 to offer Space Act Agreements for continuous station design and development rather than fixed-price contracts for certification.

Voyager plans to provide expandable habitats from Max Space plus infrastructure, mission management, logistics, propulsion, and power systems for moon and cislunar missions.

Dylan Taylor is the chair and CEO of Voyager Technologies.

Voyager intends to pair its integrated platform with Max Space’s expandable habitat architecture to accelerate transition from demonstration missions to durable lunar capability.

Max Space emerged from stealth in April 2024 fully focused on expandable modules.

Thunderbird Station’s concept targets launching one module on a SpaceX Falcon 9 that would expand to 350 cubic meters of habitable volume.

Voyager is the lead company for the Starlab Space commercial station concept seeking business from NASA after the International Space Station retires.

Voyager Technologies made a multi-million-dollar strategic investment in Max Space that industry reporting characterizes as a low eight-figure investment.

Voyager Technologies plans to use the investment for internal research and development to accelerate engineering, manufacturing scale-up, and mission integration activities with Max Space.

Max Space plans a Mission Evolution flight in 2027 that will send a smaller prototype expandable habitat on a Falcon 9 rideshare mission.

The investment aims to advance development of next-generation expandable space habitats supporting sustained lunar operations and future deep-space missions.