Building the governance layer AI-RAN needs.
OranSense is developing InfraSense — a dedicated AI inference layer for the 5G/6G RAN that makes latency a first-class, enforced property of every inference request. US provisional patent filed.
To give the AI-RAN ecosystem a concrete, tested answer to 'how do we guarantee AI inference latency in the RAN' — with refusal semantics that make failures visible instead of silent. And to provide the missing operator-grade management story for ISAC: sensing as a priced, prioritized, intent-driven service — a prerequisite for every ISAC business case.
What we stand for
Verifiable honesty
Measured values are labelled measured. Simulated values are labelled simulated. The system fails explicitly instead of degrading silently.
Open standards first
InfraSense attaches to A1, E2, E3, O1, and O2 as defined by O-RAN — adding a policy type and an orchestrator, not replacing the stack. Designed to align with O-RAN working-group directions.
Measured, not simulated
Latency evidence is measured as application-level round-trips of real model calls on two independent dedicated local serving stacks. Nothing is retried into a pass.
Explicit over silent
Requests that cannot be placed on a compliant tier are refused explicitly. Conflicts that cannot be resolved are reported as infeasible. No papering over failure modes.
The team behind InfraSense
Deep expertise across AI inference, O-RAN standards, telecom operations, and enterprise go-to-market — united by a single conviction: latency must be a first-class, enforced property of every AI decision in the RAN.
Haseem Ahmed
CEO & Co-FounderTelecom and AI systems architect with 15+ years spanning RAN software, edge inference, and standards. Led the InfraSense concept from O-RAN gap analysis to US provisional patent. Active contributor to O-RAN Alliance and AI-RAN Alliance working groups.
Doug Roderman
Business Development
Former VP at Ericsson and Nokia with two decades of enterprise telecom sales and strategic partnerships. Brings deep operator relationships across North America and EMEA to OranSense's commercial expansion.
Alex Meyers
Solutions Architect
Distributed systems engineer specialising in GPU inference serving and latency-bounded scheduling. Previously built low-latency ML pipelines at a Tier-1 cloud provider. Leads InfraSense's dedicated inference layer implementation.
Barak Hirchson
CTO
O-RAN Alliance working-group veteran with contributions spanning A1, E2, and O1 interface specifications. Provides standards alignment guidance ensuring InfraSense integrates cleanly with multi-vendor RAN deployments.
Shauna Geraghty
CFO
Chief Customer Officer background with experience scaling SaaS and platform businesses from Series B through IPO. Advises OranSense on operator engagement, pricing strategy, and enterprise go-to-market motion.
Takeshi Fujiwara
Advisor
Senior researcher with NTT and 3GPP background in ISAC waveform design and 6G sensing standardisation. Bridges OranSense's platform roadmap with emerging 6G sensing specifications in APAC operator ecosystems.
Prof. Dr. Çağatay Büyükkoç
Advisor
PhD in Electrical & Electronics Engineering and Computer Engineering from the University of California. Former Lead MTS and Director of RAN Evolution Architecture & Network Realization at AT&T; prior roles as VP/CEO consultant at ZTE and manager at Lucent Technologies. Currently Professor of Computer Engineering at OSTIM Technical University, Ankara. Brings deep RAN architecture and operator-scale network realization expertise to OranSense.