Collider has built deep capability in the kind of venture where business case, technical architecture, and regulatory pathway have to be engineered as one — most visibly in greenfield 5G and LTE networks. We combine network strategy and financial modeling, Open RAN and cloud-native architecture, end-to-end licensing and spectrum work, and deployment operations. The same integrated discipline applies to any capital-intensive, heavily regulated business.
Network Strategy & Business Planning
Market and business-case development; multi-revenue modeling across mobile broadband, fixed wireless, enterprise, and IoT; ARPU and subscriber-economics modeling; phased rollout and milestone-driven capital deployment; CAPEX/OPEX optimization; and the full financial and investor package required to fund infrastructure at scale.
Network Architecture & Cost Structure
[P] Cloud-native LTE/5G architecture on Open RAN principles; EPC and 5G Core design; RAN planning and spectrum-layer optimization across coverage and capacity bands; NFV orchestration on Kubernetes; solar-hybrid power and automated operations; and vendor-neutral design that removes proprietary lock-in — together delivering materially lower CAPEX per site and OPEX than incumbent approaches.
Licensing, Spectrum & Regulatory Compliance
[P] End-to-end operator licensing — application strategy, documentation, agency engagement, and award — together with spectrum acquisition and auction strategy, multi-jurisdiction licensing, and the post-award compliance regime: renewals, reporting, lawful-intercept and data-protection obligations, standards conformance (3GPP, ITU-R, ETSI), and interconnection, roaming, and wholesale frameworks. We treat a license as a long-term obligation to be operated, not a hurdle to be cleared once.
Deployment & Operational Readiness
[P] Corridor-based, phased rollout planning; site acquisition strategy; NOC design for 24/7 monitoring; field operations and organizational design; vendor selection, RFP management, and technology audit; pre-launch readiness, acceptance testing, and QoS engineering; and the drive-test and coverage-validation programs that prove a network before it carries customers.