Account Qualification
Accounts were evaluated for organisation type, fleet and maintenance characteristics, process maturity, and signs that fragmented systems were limiting operational control.
An aviation maintenance platform reached specialised decision-makers by connecting software capabilities to planning, airworthiness, compliance, materials, and operational control.
OASES provides aviation maintenance software for airlines, continuing airworthiness management organisations, and MRO providers. The platform connects maintenance planning, continuing airworthiness, materials, compliance, work activity, and commercial data through one governed source of information.
A shared master data set gives teams a consistent view of aircraft and component status while building an audit trail as maintenance activity progresses. This replaces fragmented paper, spreadsheets, and disconnected records with a traceable operational environment.
OASES represented a high-value and operationally significant purchase. MRO requirements could carry annual values of $25K+, while broader MRO and CAMO deployments could exceed $50K. The SDR programme therefore needed to create credible conversations with organisations where maintenance complexity justified the investment.
The ICP combined organisation type, maintenance maturity, fleet characteristics, and seniority. Smaller MROs could be relevant when manual processes were limiting growth, while newer airlines offered an opportunity to establish more connected maintenance operations.
Upturnly built the SDR programme around the operational problems behind maintenance digitalisation. Messaging connected the OASES platform to the day-to-day priorities of technical, airworthiness, planning, materials, and compliance teams.
The outreach became more specific by prospect type. CAMO conversations emphasised traceability, compliance, and managing larger aircraft portfolios without equivalent growth in administrative workload. MRO conversations focused on planning, work orders, materials, turnaround, and operational efficiency.
This reflected OASES' product architecture: connected planning, airworthiness, and materials processes supported by one master data set and an automatically generated compliance trail.
Across five months, the focused SDR campaign generated 23 meetings with aviation organisations where replacing fragmented maintenance processes represented a meaningful operational and financial decision.
The campaign used operational maturity, role relevance, and a tailored business case to reach a small set of high-value aviation prospects.
Accounts were evaluated for organisation type, fleet and maintenance characteristics, process maturity, and signs that fragmented systems were limiting operational control.
The SDR process identified the maintenance, airworthiness, planning, quality, and technical leaders most closely connected to the operating problem.
The business case changed with the prospect's responsibilities and operating model.
Relevant responses moved into meetings where OASES could explore the operator's maintenance environment, current systems, compliance requirements, and potential platform fit.
The campaign consistently opened conversations with organisations where replacing disconnected maintenance processes could improve aircraft availability, compliance, planning, and materials control. For a platform operating at a $25K–$50K+ annual contract level, this alignment mattered more than the volume of prospects contacted.
Specialised targeting. Maintenance relevance. High-value aviation conversations.
Build an SDR programme that connects a high-value product with the organisations and decision-makers most likely to need it.
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