Is your wireless network delivering the performance your operations require?
A Wireless Performance Assessment delivered through wireless infrastructure engineering — a defensible picture of where your environment performs, where it falters, and what that costs the work that depends on it.
Begin My Discovery →Slow wireless doesn't look like an infrastructure problem. It looks like slow staff.
When applications lag, clinicians work around them. When file transfers time out, workers develop manual fallbacks. The performance penalty of underperforming wireless is absorbed by the people using it — and rarely traced back to the network.
This assessment puts a number on what your wireless is actually delivering versus what your operations require, and maps the delta to the workflows bearing the cost.
What SignalForge evaluates.
SignalForge benchmarks wireless throughput, latency, and capacity against the actual requirements of the applications and workflows your staff depend on — not against generic vendor targets.
Every finding connects a performance gap to an operational impact, and every recommendation is sized to what the environment actually needs.
The same seven-step model, applied to performance.
Deploy is engaged only when the engagement includes implementation — assessment-only scopes stop at the documented roadmap.
Deliverables built for leadership decisions.
Executive Summary
The reliability picture in plain language, sized for the boardroom.
Reliability Scorecard
Score, grade, executive rating, and maturity at a glance.
Prioritized Findings
What's wrong, where, and why it matters — ranked by impact.
Risk Register
Operational exposure, tracked and rated for follow-through.
Remediation Roadmap
Immediate, near-term, and strategic moves — sequenced.
A defensible rating, not a gut feeling.
Representative output. Every environment is scored against the same framework so results hold up over time and across sites.
One finding, read three ways.
Every finding descends from business impact to engineering evidence — so leadership, operations, and engineers each see the layer that speaks to them.
Application response times exceed acceptable thresholds in high-density work areas.
Wireless throughput in high-density zones falls below application requirements during peak hours.
Measured downlink: 14 Mbps (required: 40 Mbps). Channel utilization at 87% — 2.4 GHz band saturated.
Layer 1 leads every report. Layers 2 and 3 live in the findings detail and technical appendix.
Sequenced for impact, kept at the executive level.
Immediate
Offload 2.4 GHz traffic and redistribute client load across available 5 GHz channels to recover throughput.
Near-Term
Redesign channel plan, add capacity in high-density zones, and upgrade access points where hardware is the limiting factor.
Strategic
Establish performance baselines and monitoring thresholds so degradation is caught before it reaches users.
Find out what your wireless is really costing operations.
Discovery defines scope, fit, and the right engagement for your environment. No commitment to start the conversation.
Begin My Discovery →