SBC/VoIP
Oracle/Acme Packet Session Border Controllers, SIP routing, signaling architecture and trunk interoperability. End-to-end fault diagnosis.
Oracle SBC and VoIP diagnostics →
From signaling to solution —
Oracle consulting that
delivers measurable results
Ositron turns communication infrastructure into competitive advantage through Oracle technology, senior-level expertise and a relentless focus on results.
Our specializations:
Data
SBC, Session Router, Oracle Communications Session Monitor(OCSM), Oracle Communitcations Session Delivery Manager(OCSDM). Integration, validation and diagnostics of high-availability appliances.
SBC, OCSM and OCSDM integration →Cloud
Python automation, REST API integration and custom analytics systems such as Grafana. Software born from the problem, not from a feature catalog.
Python automation and Grafana →Support on Demand (SoD)
On-demand support, billed by the hour or by incident, with no monthly contract. For when you have a specific, critical problem — not a continuous need. Payment always after client approval.
Talk to a specialist →
Results that speak for themselves
Results that speak for themselves
0.0x
Throughput gain on an analytics platform migrated to the cloud, validated by controlled benchmark.
Zero
downtime during image upgrade on a high-availability SBC pair — standby node first, SNMP validation before each switchover, no maintenance window.
~370 min
A major pipeline optimization in CDR processing — nearly 97% time reduction, through worker benchmarking and execution on PyPy3.
Ready to transform?
Ready to transform your communication infrastructure?
Talk to a specialist and discover how to accelerate your results with Oracle technology.
Our Journey
We didn't learn telecom. We evolved alongside computing — from each architecture to the next, without skipping a single generation. A journey built inside Tier-1 carriers, including two decades at Tier-1 carriers, from 1999 to 2020.
Tier-1 Carrier
A Tier-1 carrier is one whose IP network reaches the entire Internet without paying transit to anyone — it exchanges traffic with the other large networks through settlement-free peering agreements. The tiers below (Tier-2, Tier-3) must buy that access.
This is only possible for those with large-scale proprietary infrastructure: fiber-optic backbone, submarine cables, data centers and distributed points of presence.
And here is the point: with NGN convergence, voice left TDM behind and began traveling as packets over that same IP backbone — TDM trunks became SIP trunks, switches became softswitches and SBCs. The Tier-1 backbone is the transport medium for telephony. This is the environment where the experience was built: one where a single signaling failure affects millions of sessions and the diagnosis has to be surgical.
- 1974 The first spark of curiosity: foundational electronics — from the crystal radio to VFO and antenna projects.
- 1981 The Zilog era — the first supermicros with the Z80 processor family.
- The 90s The Motorola era — the new 16-bit architecture generation, from the 68000 to the 68030, on the superminis of DigiRede Informática and Medidata Informática.
- 1999 The Internet era — the transition to IP networks, VoIP and NGN — Tier-1 carriers (1999–2020).
- Today Consulting in Oracle Communications and the cloud.
