mikaelhjoshua.anasco@concentrix.com — Coaching Report

Week of 2026-05-25 – 2026-05-31


At a Glance

Calls HandledAvg Handle TimeTop ProductTop ProblemCases DocumentedCases Escalated
2632m 30sWHW03CONNECTIVITY226

Scorecard

DimensionThis WeekCalls Reviewed
Accuracy1.7626
Protocol1.7126
Communication2.2426
Overall2.1326

26 calls reviewed. Overall score range: 1.1 – 4.5.


This Week's Coverage

Models Supported

ModelCallsAvg Score
WHW0342.15
SPNM60CF21.40
LN1101120221.70
MX200021.45
SPNMX42GC22.40
SPNM60TB22.15
MX420021.75
MX550022.40
MX620022.65
MR20EC21.55

Low performance on SPNM60CF and MX2000 calls suggests a need for deeper familiarity with these models’ setup and troubleshooting flows.

Problem Categories

CategoryCallsAvg ScoreFocus Area?
CONNECTIVITY71.89
SETUP71.87
ACCESS52.16
GENERAL INQUIRY22.65

Connectivity and Setup categories show the greatest need for improvement, with average scores below 2.0. These areas should be prioritized for skill-building next week.


What Went Well

Successful Password Reset Resolution

“I’ve been trying to reset her password on the Linksy app for the last two days. Every time I click on the reset link that you send via email, it tells me that the email is either invalid or out of date.”
Resolution: Guided the customer to uninstall/reinstall the app and use the router admin password with the five-digit recovery key printed on the parent node. The customer confirmed successful login.
Ticket: #LTS00131198

Effective Escalation Protocol

Multiple calls were correctly escalated to L2 support with clear callback windows when technical resolution was not achievable:


Growth Opportunities

Incorrect Product/Process Guidance

Several calls contained materially incorrect technical guidance, including:

5-press calibration: WHW03 and MX5500 can support 5-press pairing/recovery in supported child-node contexts. Do not coach this as unsupported solely because the product is Velop, WHW, MX, or MR; treat it as an error only when the evidence shows the method was wrong for the model/state, described as a factory reset by itself, failed without a pivot, or contradicted KB guidance.

“The agent incorrectly declared the node reconfigured and functioning without validation.”
Ticket: #LTS00130704

What “good” looks like:

Failure to Verify Product Model Before Troubleshooting

Calls such as #7a58e5e6-5810-11f1-8d2b-42010a62006f and #57070c16-59ba-11f1-8d2b-42010a62006f show the agent failing to confirm the product model before providing troubleshooting steps, leading to ambiguous instructions and potential misdiagnosis.

What “good” looks like:


Next Week's Focus

  1. Model Verification First – Begin every call by confirming the exact product model and serial number before proceeding with any troubleshooting.
  2. KB Reference for Reset Procedures – Review and memorize model-specific reset instructions (e.g., 10-second hold for Velop, 5-press for Cognitive Mesh only).
  3. Accurate Credential Guidance – Clarify default admin credentials for each product family (e.g., Wi‑Fi password for SPNM/LN, admin/admin for MR series).
  4. LED State Interpretation – Re-familiarize with product-specific LED meanings to avoid misinterpretation (e.g., solid purple = ready for MX4200, not pink).

Technical Accuracy

Improvement

Incorrect LED interpretation and reset method applied to MX4200 Velop router. Claimed solid pink indicates “ready for setup” (should be solid purple) and used 5-press reset (invalid; correct is 10-second hold).

“The agent misinterpreted pink LED as ready state and falsely declared reconfiguration successful.”
Ticket: #LTS00130704

Improvement

Provided incorrect default admin credentials (admin/admin) for SPNM60, contradicting KB which states default is the Wi‑Fi password printed on the label. Also falsely claimed SPNM60 is not compatible with the Linksys app.

“Educated the customer that the SPNM60CF isn’t compatible with the Linksys app.”
Ticket: #LTS00130844

Improvement

Provided wrong default login credentials (suggested “retaradmin” as password) and used mesh node pairing methods (5‑press) for a basic router setup (MR20EC). Mixed up URLs (myrouter.local, myrouter.info).

“I instructed the customer to use ‘retaradmin’ as the password and apply the 5‑press reset method.”
Ticket: #LTS00131036

Improvement

Incorrectly stated that cognitive‑mesh must always remain the parent node and that MX2000 nodes cannot be used as a primary router in mixed topology. KB explicitly supports MX‑series as parent even with cognitive‑mesh extenders.

“Your parent node, or your main router uses cognitive Mesh Network or Mesh technology. So that's the reason why, sir, ah this one cannot be set up as a parent node.”
Ticket: #TE00123101

Strength

Correctly identified root cause: discontinued Linksys Smart Wi‑Fi remote access. Guided customer to uninstall/reinstall app and use router admin password with five‑digit recovery key printed on parent node. Confirmed successful login.

“I guided the customer to use the router admin password and the five-digit recovery key printed on the parent node to reset the app password.”
Ticket: #LTS00131198

Coaching Moments

Strength – Successful Password Reset

“I’ve been trying to reset her password on the Linksy app for the last two days. Every time I click on the reset link that you send via email, it tells me that the email is either invalid or out of date.”
Note: Agent correctly identified discontinued Linksys Smart Wi‑Fi remote access, guided the customer through app reinstall and recovery key method, and confirmed successful login.
Ticket: #LTS00131198

Improvement – LED Misinterpretation and Invalid Reset

“The agent misinterpreted pink LED as ready state and falsely declared node reconfiguration successful.”
Note: Applied 5‑press reset method to MX4200 Velop router, which is invalid; correct method is a 10‑second hold. Misinterpreted solid pink LED as ready (should be solid purple).
Ticket: #LTS00130704

Improvement – Incorrect Default Credentials

“Educated the customer that the SPNM60CF isn’t compatible with the Linksys app.”
Note: Provided incorrect default admin credentials (admin/admin) for SPNM60, contradicting KB which states default is the Wi‑Fi password printed on the label. Falsely claimed incompatibility with Linksys app.
Ticket: #LTS00130844

Improvement – Wrong Login Guidance and URL Confusion

“I instructed the customer to use ‘retaradmin’ as the password and apply the 5‑press reset method.”
Note: Provided wrong default login credentials and used mesh node pairing methods (5‑press) for a basic router setup (MR20EC). Mixed up URLs (myrouter.local, myrouter.info).
Ticket: #LTS00131036

Improvement – Incorrect Compatibility Statement

“Your parent node, or your main router uses cognitive Mesh Network or Mesh technology. So that's the reason why, sir, ah this one cannot be set up as a parent node.”
Note: Incorrectly stated that cognitive‑mesh must always remain the parent node and that MX2000 nodes cannot be used as a primary router in mixed topology. KB explicitly supports MX‑series as parent even with cognitive‑mesh extenders.
Ticket: #TE00123101

Escalation Lessons: What L2 Did

#TE00128992 — Resolved by Level 2

1. Always confirm product model and serial number before troubleshooting mesh nodes.

2. Verify WAN/internet status on the parent router before troubleshooting child nodes.

3. Use the channel-finder tool and signal strength checks to identify optimal node placement.

#TE00130712 — Resolved by Level 2

1. Do not reference non-existent LED states (e.g., solid pink/purple).

2. Use the correct 10-second reset method for WHW03 Velop devices.

3. Always verify modem connectivity via a wired device before troubleshooting mesh nodes.

#LTS00130844 — Resolved by Level 2

1. SPNM60CF routers are compatible with the Linksys app for limited functionality.

2. Default admin credentials for SPNM devices are the Wi‑Fi password printed on the label, not admin/admin.

3. Always provide the correct web UI URL (http://myrouter.info) for local management.

#LTS00131011 — Resolved by Level 2

1. Confirm product model before discussing feature compatibility.

2. SPNM routers do not support full parental controls via the Linksys app; use the web UI for limited “Instant Safety” features.

3. Provide clear, model-specific guidance instead of generic referrals.

#TE00123101 — Resolved by Level 2

1. Always collect product model and serial number before troubleshooting.

2. Use model-specific reset procedures (e.g., 10-second hold for MX/LN series).

3. Validate internet connectivity on the parent node before troubleshooting child nodes.

#TE00037591 — Resolved by Level 2

1. Do not apply 5-press reset to Velop devices; use the 10-second method.

2. Verify LED states against KB documentation (solid purple = ready, not pink).

3. Confirm internet connectivity after each troubleshooting step before declaring resolution.


Coach Appendix

Weekly Trend Summary:

The agent’s week was marked by frequent failures to verify product models before providing troubleshooting steps, leading to incorrect guidance (e.g., 5-press reset on unsupported models, misinterpretation of LED states, and wrong default credentials). While escalation protocols were generally followed, the root cause often lay in missing model-specific validation and KB reference. Focus for next week should be on strict model verification and reviewing model-specific troubleshooting flows.

Key Patterns to Address:

These patterns are evident across the calls listed in the “Technical Accuracy” and “Coaching Moments” sections and should guide the next coaching conversation.


This Week's Calls

CaseDateScoreDirectionProductCategoryOutcome
#TE001289922026-05-25 08:05:223.00INBOUNDWHW03CONNECTIVITY↑ Escalated
#GI001307012026-05-25 11:36:493.00OUTBOUNDGENERAL INQUIRY✓ Likely resolved
#LTS001307042026-05-25 12:15:071.50INBOUNDMX4200CONNECTIVITY⚠ Closed incorrectly
#TE001307122026-05-25 13:14:182.60INBOUNDWHW03SETUP↻ Callback set
#TE001307122026-05-25 14:09:301.40OUTBOUNDWHW03SETUP↻ Callback set
#LTS001308282026-05-26 08:51:253.30INBOUNDWHW0301GCACCESS✓ Resolved
#LTS001308362026-05-26 09:44:033.00INBOUNDMX6200SETUP✓ Likely resolved
#GI001308422026-05-26 11:33:503.00INBOUNDGENERAL INQUIRY⏳ Pending
#LTS001308442026-05-26 12:19:541.30INBOUNDSPNM60CFACCESS❌ Abandoned
#LTS001308472026-05-26 12:37:351.50INBOUNDE1200CONNECTIVITY❌ Abandoned
#LTS001308642026-05-26 13:32:381.40INBOUNDEA7300ACCESS⏳ Pending
#LTS001050322026-05-26 17:01:421.30INBOUNDRE6300ACCESS❌ Abandoned
#LTS001050322026-05-26 17:06:283.00INBOUNDRE6300ACCESS❌ Abandoned
#LTS001310112026-05-27 10:01:142.80INBOUNDSPNM60TBACCESS⏳ Pending
#LTS001310162026-05-27 10:53:483.00INBOUNDMX5500CONNECTIVITY✓ Resolved
#TE001231012026-05-27 12:00:511.40INBOUNDLN11011202SETUP↑ Escalated
#TE001231012026-05-27 13:58:522.00INBOUNDLN11011202SETUP↑ Escalated
#LTS001310362026-05-27 14:01:281.80INBOUNDMR20ECSETUP❌ Abandoned
#LTS001310362026-05-27 14:06:081.80INBOUNDMR20ECSETUP⏳ Pending
#LTS001310482026-05-27 15:08:241.80INBOUNDEA6500ACCESS⏳ Pending
#LTS000617362026-05-28 01:37:111.10INBOUNDSPNMX56CFCONNECTIVITY❌ Abandoned
#LTS001311922026-05-28 09:03:171.80INBOUNDSPNMX42HFCONNECTIVITY⏳ Pending
#LTS001311982026-05-28 09:55:214.50INBOUNDSPNMX42GCACCESS✓ Resolved
#LTS001311992026-05-28 10:35:023.00INBOUNDSPNMX42GCACCESS↻ Callback set
#LTS001312012026-05-28 11:55:233.00INBOUNDUNKNOWNCONNECTIVITY❌ Abandoned
#TE000375912026-05-28 12:46:081.50INBOUNDMX2000SETUP⏳ Pending
#TE000375912026-05-28 13:34:251.40OUTBOUNDMX2000SETUP↻ Callback set