BModelr
Corporate Travel Management
Operating intelligence, where the work already happens

From a quiet Teams chat to a live operating model — in days, not quarters.

No new software for the team. No dashboards to learn. BModelr listens to the conversations the team already has, turns them into a structured operating model, and surfaces the friction that quietly costs them money.

3 hrs
to set up in Teams
30 sec
to generate the model
17
operating drivers tracked
0
new tools for the team
BModelr
● Actual — completed
Step 1 · Onboarding

The whole setup took one afternoon.

A single bot registered inside the company's own Microsoft 365 tenant — their data never leaves their walls. Most of the three hours was just waiting on Microsoft to propagate settings.

Register the bot in Azure
Single-tenant, free tier. Lives entirely inside the company's M365 — no third-party data hosting.
~30 min
Upload the Teams app & grant consent
One admin click to approve channel-read permission. The piece that usually needs IT — now self-serve.
~15 min
Add the bot to the team's channels & DMs
It joins the chats the team already uses. Everyone sends a one-time "hi" to bind their identity.
~15 min
Wire the platform & verify
Tenant routing, roster, daily recap. Confirmed live end-to-end with a test message.
~30 min

Remaining time: Microsoft policy propagation (hands-off). Net hands-on effort ≈ 90 minutes.

BModelr
● Actual — generated
Step 2 · The operating model

Describe the business once. The model builds itself in ~30 seconds.

BModelr's Model Agent turned a plain-English description of the corporate-travel operation into a causal value chain — every process, the drivers that move it, and how they connect.

Intake
Request triage
Fulfillment
Booking transaction
Quality
Accuracy & policy
Support
Changes & rework
Billing
Invoice & reconcile
Governance
Account & financial
⚡ Plus an input-side friction layer — the headwind, not just the scoreboard
Booking-tool frictionManual reworkUnplanned capacity lossApproval latencyInformation-retrieval delay

12 corporate drivers + 5 friction drivers = 17 tracked. Regenerated in seconds whenever the business changes.

BModelr
● Actual — Phase 0, passive listening
Week 1 · Phase 0 — get aligned

It just listens — and we confirm the model points at the right things.

In its first week the bot says nothing. It reads the team's natural chatter and attributes it to people and drivers — so within days we can see whether the model's focus areas and owners actually match how the team works, and tune them before anyone is asked to do a thing.

50+

messages observed

13

operational signals classified

6

team members contributing

1

major cost pattern surfaced

Phase 0 is one week: align on the right drivers and owners from real interactions — calibration, not measurement.

BModelr
● Actual — captured signal
What 30 days surfaced

A real, expensive pattern — caught from a normal Tuesday chat.

A single booking error consumed most of a day. The cause wasn't carelessness — it was tooling friction and manual rework, exactly the headwind the friction layer was built to see.

C
Carol
"service fee for $414 — but may have 46 people attached to it. I'm going to void it…"
→ Booking accuracy
E
Ellen
"50 errors in ARC this morning… and now it says ticket number not found. god help me."
→ Tooling friction
C
Carol
"the service fee was all that was needed. not the other 45 people… so glad this day is over, and those 46 are issued!"
→ Manual rework

The takeaway: the error was fixable in minutes — the tool made it a day. A systemic tax on every booking, invisible to a normal dashboard. BModelr now measures it.

BModelr
▲ Projected — Phase 1
▲ Illustrative projection — not yet measured
Week 2 · Phase 1 — daily rhythm

From listening to a light daily rhythm.

Once the model is calibrated, BModelr sends each driver-owner one short check-in a day — answered in plain English, in the chat they already live in. Structured signal, near-zero effort.

6

driver-owners on a daily cadence

~30/wk

structured signals captured

~80%

projected check-in response rate

<60sec

per person, per day

Every signal attributed to a named owner and a specific driver — so the weekly brief writes itself.

BModelr
▲ Projected — Phase 2
▲ Illustrative — the countermeasure starts in the chat
Week 3 · Phase 2 — from insight to action

The bot turns the top friction into a focused, owned experiment.

It picks the highest-cost driver, proposes a specific countermeasure, names an owner, and gets the CEO's go — all in a few lines of chat.

B
BModelr → Jaime · CEO
PLANTooling friction is your #1 cost driver this month — 5 ARC incidents, ~7.5 agent-hours lost. Want to run a countermeasure?
J
Jaime · CEO
Yes, let's do it.
B
BModelr
DOProposed: a pre-issue guardrail that flags any service fee attached to >5 travelers before it issues. Owner: Ellen · 2-week cycle. Approve?
J
Jaime · CEO
Approved. 👍
B
BModelr
Locked in. From here I'll keep the whole team focused on it — here's what the next few days look like →
BModelr
▲ Projected — Phase 2
▲ Illustrative — how the bot keeps the focus, day by day
Week 3 · Phase 2 — the follow-through

Show & tell: the bot makes sure the countermeasure actually sticks.

Every touch is framed around the one active experiment — light, specific, and pulled to the right person at the right moment.

DAY 1
B
BModelr → Ellen
CHECKYour fee guardrail is live. Quick one — did it flag anything today, and how was ARC running?
E
Ellen
Caught one oversized fee before it issued. ARC was fine today.
B
BModelr
First catch logged ✅ — I'll track it with you all week.
DAY 2
B
BModelr → Ellen
Day 2 — anything slip past the guardrail, or any friction actually using it?
E
Ellen
One more catch. Easy to use, no slowdowns.
B
BModelr → Carol
Ellen's running the fee guardrail this week — seeing fewer surprise voids land on you?
C
Carol
Yeah, none so far. Big improvement.
DAY 3
B
BModelr → Jaime · CEO
ACT3 days in: 3 fees caught pre-issue, 0 escaped, team says it's low-effort. Rework down ~40% vs baseline. Make it standard?
J
Jaime · CEO
Yes — make it standard.
B
BModelr
Done — it's now part of the workflow. I'll keep the gain in the weekly brief so we know it holds.
BModelr
▲ Projected — model economics
▲ Illustrative figures — one driver, one cycle
Week 4 · The first improvement, measured

One driver. One cycle. A permanent shift in the model's economics.

Baseline (the headwind)
Tooling friction + manual rework on oversized fees
~7.5 hrs /wk lost
$14.8k/yr in agent capacity, plus client-facing errors
The cycle (run in Teams)
Pre-issue guardrail + faster ARC escalation. Owned by Ellen, tracked by the bot.
Plan→Do→Check→Act
After one cycle
Rework down ~40%, accuracy up, fewer voids/rebooks
+ $5.9k /yr
~3 agent-hrs/wk back to revenue work
Now compound it. That's one of five friction drivers. Run the same loop across the friction layer and the model's addressable headwind is ~$25–30k/yr — recovered capacity that flows straight to throughput and margin.
BModelr
● Brief + transcript ingestion — live today
● The weekly loop — human judgment and the system, together
The operating rhythm

Every week, the system briefs the humans — and the humans teach the system back.

The recap focuses the standup; the recorded standup, dropped back into Teams, sharpens the model. Each loop is tighter than the last.

1
Weekly recap brief
System compiles the week — drivers, signals, friction, countermeasure progress.
System
2
Review the brief
BModelr support + Jaime (CEO) read it together and set the week's focus.
CEO + Support
3
Recorded team standup
A short weekly standup in Teams, recorded & transcribed — guided by the brief.
CEO leads team
4
Drop the transcript in
The standup transcript is posted into the Teams chat for BModelr to read.
One click
5
System incorporates it
BModelr ingests the transcript — updates drivers, confirms impact, frames next week.
System
↻ Repeats weekly — each cycle the model gets sharper, and the standup gets shorter.

Brief generation and transcript ingestion are live capabilities today — this is the recommended cadence to run them in.

BModelr
The arc
One afternoon → continuous operating intelligence

Set up in 3 hours. Modeled in 30 seconds. Real value executed in 30 days.

Wk 1
Phase 0 · align on the right areas
Wk 2
Phase 1 · daily structured signal
Wk 3
Phase 2 · run the fix
Wk 4
First improvement working
  • It doesn't ask the team to work differently — it learns how they already work.
  • It turns everyday chat into a living operating model — owner by owner, driver by driver.
  • And it improves that model week by week — until the economics of the whole business move.