Intelligent Product Enablement
Code ships → the content keeps up
Release readiness. When engineers ship a change, the help articles, release notes, training video and sales briefing it needs are written to match. Nothing goes out until a person approves it.
The problem
Organizations now ship technology faster than their customers can absorb it. Documentation, release notes and training arrive late and uneven, so customers are left to work out a product that has already moved on — and support absorbs the difference.
The value in solving it
Customers get timely, clear, high-quality guidance the moment a release lands, so they can actually adopt what was built. Release velocity stops outrunning the customer, and the field walks in prepared instead of catching up.
IPE
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Release Readiness
Code change → content
Synced
Release 26.3
Code merged
PR #2841
services/close/variance.ts
- threshold = 0.05
+ threshold = config.entityThreshold
+ requireApproval(amount > 250_000)
ui/close/VarianceRule.tsx
+ <ThresholdPerEntityField />
migrations/0412_entity_threshold.sql
+ alter table close_rules add column…
3 files · 2 user-facing changes
detected
→
→
→
Help articlesupdated
Two articles rewritten and a new screenshot taken
Release notes · 26.3in review
"You can now set a limit per entity. Anything over $250k needs approval."
Training videorendering
A 4-minute how-to, recorded from the new screens
Briefing for the teamdrafted
What to say, what to expect, and which customers to tell
A person approves every piecenothing auto-publishes
Acquisition Integration Engine
Capability comparison · survivor calls · migration plan
For an acquisitive software company: compare capabilities across every acquired technology, flag which implementation survives and which retires, and build the migration plan that folds the acquisition into one unified platform.
The problem
Growth through acquisition is a sound strategy — but only if the acquired technology gets folded into the existing stack quickly. Miss that window and you accumulate an arsenal of disconnected parts that never turns into customer expansion.
The value in solving it
The acquisition becomes part of one platform instead of another product to maintain: the surviving capability chosen on evidence, duplicates retired on purpose, and the migration sequenced so the deal compounds into expansion rather than fragmenting the portfolio.
AIE
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Portfolio unification
3 acquired products
Board view
Sequence
Capability comparison — which implementation survives
38 capabilities compared
| Capability |
Platform |
Northwind |
Meridian |
Alto |
Survivor |
| Consolidation engine |
4.6 |
3.1 |
2.8 |
— |
Platform |
| Intercompany matching |
2.9 |
4.8 |
2.2 |
— |
Northwind |
| Disclosure reporting |
3.4 |
— |
4.5 |
3.0 |
Meridian |
| Identity & access |
4.7 |
2.4 |
2.6 |
2.1 |
Platform |
| Close task workflow |
3.8 |
3.9 |
— |
3.7 |
Flagged · too close |
Migration plan · generated4 waves · 18 months
Wave 1Single identity directory · all four productsdone
Wave 2Northwind intercompany lifted into platformrunning
Wave 3Meridian disclosure module ported, Alto retiredplanned
Wave 4One close workflow · legacy UIs sunsetplanned
Sequenced by dependency, not by deal date✓
Duplicate functionality
7 modules
auto-flagged for retirement
Needs a human call
2
scores within tolerance
Entities on one platform
412
from four systems of record
Autonomous Implementor
Intake → process analysis → auto-configuration → ROI
It starts with the problem the customer is trying to solve. The engine maps that problem to the technology that solves it, analyzes their actual process, translates it into implementation data, writes the configuration files, configures the system to their requirements — and tracks the ROI they were promised the whole way.
The problem
Customers arrive with a specific problem, shaped by everything unique about their business. Translating that into the technology is done by hand, so implementations run long, the original problem gets lost in the build, and nobody can quantify the return they came for.
The value in solving it
Quicker time to value, traceable value, and an accountability system: the configuration reflects how this business actually works, every step ties back to the problem they came to solve, and the return is measured against the numbers they walked in with.
IMP
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Implementation run
Accounts payable · 14 sites
Agent running
1 · Intake ✓
2 · Capability map ✓
3 · Process analysis ✓
4 · Auto-configure
5 · Verify
6 · ROI tracking
Intake — the problem to solve
"We process 40,000 supplier invoices a month across 14 sites. Half are keyed by hand, approvals sit in email, and we're paying late fees on invoices nobody could find."
→ Invoice capture
→ PO matching
→ Approval routing
Process analyzer → implementation data31 steps read
"Site manager signs over $25k"→approval_tier: 25000
"Freight can be 5% over the PO"→match_tolerance: 0.05
"Pay on the 15th and the 30th"→payment_runs: [15, 30]
"Never pay a duplicate invoice"→duplicate_block: hard
Configuration writtenapplied to tenant
ap_config.yaml
sites: 14 · approval_chains: 6
approval_tier: 25000
match_tolerance: 0.05
routing_rules: 142 · validated
ROI tracked against intake
Late-payment fees$310k → $18k
Time to value
3 wks
from a 6-week baseline
Guards
Config reviewed by a humanbefore apply
Fail-closed authorityon
Self-closed steps0
Roadmap Prioritization Engine
Due diligence · prioritization · allocation
Which problem deserves the next six months. Candidates are scored on impact, strategic fit, feasibility and signal, weighted by confidence, then re-ranked as evidence arrives — the judgment call, made in the open.
The problem
What to build next gets decided emotionally, or on a half-baked case, rather than on what will actually drive value. The people building are usually a step removed from the problems they are solving — and from how customers use the collection of products together.
The value in solving it
The decision gets made on evidence: every candidate scored on the same dimensions, grounded in how customers actually use the portfolio, re-ranked as new signal arrives — and defensible enough to walk a board through.
RPE
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Decision intelligence
Q3 candidate set · 11 scored
score = (impact × fit × feasibility × signal) ÷ effort × conf.
Scoring comparison
| Candidate |
Score |
Impact |
Feas. |
Conf. |
Decision |
| Close automation for multi-entity |
9.4 |
4.8 |
4.1 |
92% |
Pursue |
| Source-system connector library |
8.1 |
4.2 |
4.6 |
88% |
Pursue |
| AI variance narratives |
7.6 |
3.9 |
4.4 |
71% |
Watch |
| Mobile approvals refresh |
4.2 |
2.1 |
4.8 |
64% |
Defer |
Compliance Knowledge Base
Citable retrieval · provenance · re-verifiable
Atomic rules that carry their own citations. Ask a question, get the governing rule and the policy that overrides it — not a paraphrase. The same retrieval pattern runs the company, domain and industry corpora.
The problem
An AI answer nobody can trace back to a rule is unusable where being wrong is a reportable event — and company policy sits in people’s heads, not in the model.
The value in solving it
Every answer walks back to the standard and the internal policy it came from, so an expert who does not trust the model can still verify it and sign off.
CKB
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Compliance knowledge base
4,180 atomic rules · 6 corpora
Index fresh
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When does a lease modification require remeasurement?
Governing rules returned
3 of 3 cited
RULE-1142 · ASC 842-10-25-8exact
A modification is a separate contract when it grants an additional right of use not in the original terms and the price is commensurate with standalone value.
RULE-1147 · ASC 842-10-25-11exact
Otherwise the lessee remeasures the lease liability using a revised discount rate at the effective date of the modification.
POL-0308 · Internal lease policy v4company overlay
Remeasurements above $250k require controller sign-off before the entry posts.
Provenance
Every rule cites source100%
Answers without a citationrefused
Last corpus verification18h ago
Corpora
Company policy612
Domain · US GAAP / IFRS2,240
Industry844
Compliance & controls484
Multi-Dimensional Orchestrator
Registry routing · fail-closed authority · memory
The layer every other system runs on. Work arrives from any direction — a support case, a use case, a code change, a product area — and lands in the same governed path: classified, routed from a live registry, checked against authority before it can act, verified against evidence after.
The problem
Agents that can act without governance are a liability, work arrives from four different directions, and every new specialist means another rewrite.
The value in solving it
One governed path for all of it: routed from a live registry, fail-closed on authority, verified against evidence — and a new specialist is a config entry, not a project.
ORC
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Orchestrator · live registry
35 agents · 16 teams
Nominal
Entry points — one path, four doorsall normalized to one envelope
By support case
"Invoice stuck in approval"
→ triage · 34 today
By use case
"Three-way match at 14 sites"
→ analysis · 9 open
By code
Merged diff · PR #2841
→ readiness · 118 diffs
By product
Payables · release 26.3
→ roadmap · 6 areas
Request trace
req_8f31c
routeEntered by support case → payables-triage12ms
authorityPayment release denied · read allowed4ms
memoryRecalled 6 prior decisions · 2 above threshold88ms
actThree tools invoked under governed contract1.4s
verifyStatus recomputed from evidence · claim matches210ms
Dimensions routed on
intent
domain
authority
urgency
memory depth
Escalation path
Triage L1clear
Analyst L22 open
Systems · governanceclear
Past SLA thresholdself-escalates