Platform Architecture

One business data model. Governed events. Atomic where it matters.

Infrakinetic runs commercial, finance, workforce, documents and workflow on one shared operating foundation instead of synchronising separate copies after the fact.

In one paragraph

What makes Infrakinetic's architecture different?

Infrakinetic engines operate on shared business entities and react to a catalogued set of business events, so there's no background process trying to keep separate systems in agreement. A won opportunity can create its Deal, Project, and Order as one controlled transaction, while downstream processes like finance notification react through the automation layer.

Core Architecture

Three Pillars That Make Everything Else Possible

Every differentiator - the lifecycle spine, customer intelligence, atomic packs, free platform infra - derives from these three architectural decisions.

One Business Data Model

Commercial, Finance, HR, Payroll, Documents, and Workflow operate on shared business entities rather than maintaining independent synchronized copies. No syncing, no copies drifting out of date.

Governed Events

Catalogued business events - a deal won, an invoice paid, a candidate hired - can trigger workflows, automations, and registered platform actions across engine boundaries. Cross-team handoffs become automatic, not an integration project.

Atomic Where It Matters

Operations that must succeed or fail together are executed transactionally. A won opportunity can create its Deal, Project, and Order as one controlled transaction - downstream processes like finance notification then react through the automation layer.

Key takeaway: Infrakinetic's engines share one foundation instead of syncing copies between separate tools - so cross-engine automation just works, instead of being a project every time.

This is also what makes migration reconciliation possible - data lands on the same governed model, not a separate synced copy. See how it's packaged across product families. Guides: what a unified business data model actually means, and why "API-first" isn't the fix for CRM-ERP integration.

Lifecycle Spine

The Loop That Closes Itself

One connected view of every account's journey, spanning Commercial, Sales, and Customer Success. No handoff gap at 'won'. Renewals and expansion are detected automatically, not tracked by hand.

Prospect
Qualified
In Pipeline
Committed
Onboarding
Active
At Risk
Renewing
Expanding
Churned
Won Back

Every account moves through this journey automatically as real business events happen - no one has to manually update a status.

Key takeaway: A won deal never sits in a spreadsheet waiting for someone to remember the renewal date - the lifecycle spine creates the renewal opportunity automatically, 90 days out, with full deal context carried forward.

Customer Intelligence

Every Score Tracked Over Time, Not Just Today's Snapshot

Lead quality, deal priority, customer health, churn risk - one connected scoring system instead of four disconnected spreadsheets, so you see the trend, not just a number.

Lead Quality

How likely a prospect is to convert, updated as new information comes in.

Deal Priority

Ranks your pipeline by win probability, so reps know where to spend time.

Customer Health

One score combining subscription status, payment behavior, engagement, satisfaction, onboarding progress, and support experience.

Churn Risk

Gets more precise as a tenant's history grows - starts simple, becomes predictive with scale.

Relationship Strength

How engaged and broad the relationship is, from real logged calls, meetings, and emails.

Renewal Readiness

Signals when an account is approaching renewal, drawn from its lifecycle stage and contract terms.

Expansion Readiness

Flags accounts showing signs they're ready to grow, so expansion conversations happen at the right time.

Why This Matters for Your Business

Scores Improve Without Losing History

When a scoring model is refined, past scores stay intact - you always know which version produced which number.

Trends, Not Just Snapshots

Lead quality and deal priority become trend lines you can watch over time, not a number that resets every time you refresh the page.

Scores Connected to Outcomes

Every score can be compared against what actually happened - the precondition for intelligence that actually improves decisions, not just looks impressive.

Data Isolation

Built to Align With DPDP 2023 by Architecture, Not Policy

Your data is never mixed with another customer's - not just as a policy, but as a structural guarantee enforced by database-level controls below the application layer.

Isolated at the data layer, not just the app

Every tenant's data is walled off below the application - so isolation doesn't depend on every screen and every feature getting a filter right by hand.

No shared learning across tenants

Predictive scoring is trained and run separately for each tenant. One customer's data is never used to build or improve another customer's model.

India data residency

Data is stored in a single region in India, encrypted at rest and in transit, with no cross-region replication.

Key takeaway: Isolation is a structural guarantee enforced by database-level controls, not a screen-by-screen policy - production certification remains an explicit release-evidence step, not an assumption.

Under the hood: how isolation is enforced
  • PostgreSQL Row-Level Security - tenant context is set per request and enforced by database policies, not filtered in application code.
  • Audit triggers - writes to tenant-scoped tables are logged at the database layer, independent of which API route made the change.
  • Tenant-local model boundaries - relationships between records are validated as tenant-safe, so a foreign key can never point across a tenant boundary.
Architecture FAQ

Questions about how the platform is built

01

What makes Infrakinetic's architecture different from a normal SaaS stack?

Every engine - Commercial, Finance, HR, Documents, Workflow - reads and writes to the same underlying data and reacts to the same events. There's no background sync process trying to keep separate copies in agreement, because there's only one copy to begin with.

02

How does Infrakinetic keep customer data isolated between tenants?

Isolation is enforced below the application layer, not just in screens and permissions, using database-level row policies rather than relying on every feature remembering to apply the right filter. Production certification remains an explicit release-evidence step.

03

What is the lifecycle spine?

A single view of every account's journey - prospect through won-back - shared across Sales and Customer Success. There's no separate "sales stage" and "customer stage" that can disagree with each other.

04

How is churn risk calculated?

The model gets more sophisticated as a tenant's own history grows - simple and rule-based at first, increasingly predictive with more data - and it's always trained on that tenant's data alone, never pooled across customers.

05

Is Infrakinetic single-tenant or multi-tenant?

Multi-tenant, with each customer's data and predictive models kept fully separate under the hood - not just filtered apart in the interface.

See the Architecture Live

Walk through the platform architecture and data isolation model in a live briefing.

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