For Phase 1, Step 4: Scope of Work, the engine has integrated old field notes on SOW criteria and documentation hygiene to calculate an objective CRITICAL RISK LEVEL: 9.3 / 10.
Contractual & Architectural Friction Points Discovered:
- The Physical-to-Virtual Monitoring Gap (Severity: High): Your note emphasizes the danger of not fighting for physical patch bays to handle monitoring and emergency bypass circuits. In an IP infrastructure, this risk is magnified exponentially. If the SOW excludes legacy baseband patching but fails to contractually mandate an equivalent software monitoring matrix—such as dedicated packet capture nodes, hardware telemetry probes, and integrated NMOS trace tools—the engineering team will be left completely blind when multi-vendor streams drop packets.
- The 'Turnkey' System Performance Trap (Severity: High): While the SOW states system performance specifications must be locked down for sign-off, assuming an IP fabric is 'turnkey' without detailing multi-vendor interoperability boundaries creates a massive liability deadlock. The software control plane must be held to explicit open-standard benchmarks (like EBU 3371 Technology Pyramid compliance) to guarantee third-party broadcast controllers can execute connection commands across disparate network interfaces.
- Undefined Mean-Time-To-Recovery [MTTR] (Severity: Medium): The directive to always plan how to "get back on the air quickly" during a critical equipment failure requires explicit definition in an active 2110 core. If the SOW's assumptions do not dictate full SMPTE ST 2022-7 hitless protection switching with mathematically non-interfering redundant paths, a single core switch failure will cause systemic dropouts rather than instantaneous recovery.
- Engineering CAD Overhead Bloat (Severity: Low): As noted, blindly over-generating highly fragmented conceptual drawings with vast empty spaces creates artificial complexity. The pipeline registers this as an operational friction point; conceptual drafting must be combined into dense, logical synoptics early on to properly acclimate the client to reading the multi-layered multicast routing architectures typical of a modern system environment.
